Specification Value Stock Number 66117 Brand NILES (Germany) Model ZE800 Max. Workpiece Diameter 800 mm Max. Module 16 mm Main Motor Power 1 - 32 kW CNC Control System Siemens 840D 1. Equipment Overview: The Benchmark of Gear Grinding The NILES ZE800 profile gear grinding machine is an iconic piece of German engineering, specifically designed for those who demand the highest levels of precision and reliability in gear production. NILES, a brand synonymous with quality in the global machine tool industry, developed the ZE series to address the complex requirements of profile grinding. This specific used unit (Stock No. 66117) offers a rare opportunity to acquire high-end German technology at a fraction of the cost of a new machine. Engineered for versatility, the NILES ZE800 is capable of handling gears up to 800mm in diameter. Its robust construction ensures thermal stability and vibration damping, which are critical when achieving the sub-micron tolerances required for DIN 3 or AGMA 14 quality gears. Whether you are producing external spur or helical gears, this machine provides the technical foundation for world-class manufacturing. 2. Technical Parameter Analysis: Power and Precision High-Capacity Machining Specs With a maximum workpiece diameter of 800mm and a massive module capacity of 16mm, the NILES ZE800 is positioned perfectly for heavy-duty industrial applications. The ability to grind modules up to 16mm means the machine can handle large-tooth profiles typically found in mining and energy transmission gearboxes. The mechanical rigidity allows for high stock removal rates during roughing, while the high-resolution feedback systems ensure flawless finishing. Siemens 840D: The Brain of the Machine The integration of the Siemens 840D CNC system provides a sophisticated user interface and powerful computational capabilities. This system allows for the synchronization of the grinding wheel movement with the workpiece rotation with extreme accuracy. The 840D's open architecture also allows for customized grinding cycles and easy integration of measuring probes for on-machine inspection. Dynamic Power Range The main motor delivers a power output ranging from 1 to 32 kW. This wide power spectrum is essential for maintaining constant peripheral speeds of the grinding wheel across different materials and wheel diameters. The 32 kW peak power ensures that even the most aggressive grinding passes do not compromise spindle speed stability, effectively preventing thermal damage to the gear teeth. 3. Industrial Applications and Success Cases The NILES ZE800 is a versatile workhorse found in many critical industries. In the **Wind Energy** sector, it is used for grinding the planetary gears of wind turbine gearboxes, where durability over a 20-year lifespan is mandatory. In the **Railway** industry, the ZE800 ensures that traction gears operate with minimal noise and vibration, increasing passenger comfort and reducing maintenance costs. Furthermore, in **Aerospace and Defense**, the machine's ability to hold tight tolerances on complex helical profiles makes it ideal for helicopter transmission components. The NILES ZE800's flexibility also extends to the 'Industrial Automation' sector, where high-precision racks and pinions are required for robotic movements. 4. Maintenance History and Machine Condition This used NILES ZE800 has been maintained according to a rigorous schedule. The guideways show minimal wear, and the lubrication system has been consistently monitored to prevent friction-related accuracy loss. The Siemens 840D control unit has been kept in a climate-controlled environment, ensuring the longevity of its electronic components. Before being offered for sale, the machine underwent a series of geometric tests including spindle runout and axial alignment checks. All parameters remain well within the acceptable range for high-precision grinding. The cooling and filtration unit is fully functional, capable of handling the high-volume oil flow required for efficient heat dissipation during the grinding process. 5. Cost-Effectiveness and Investment ROI Purchasing a used NILES ZE800 represents a strategic financial decision for any gear manufacturer. A new machine of this caliber often involves a seven-figure investment and a lead time exceeding one year. By choosing this used unit (66117), you gain: "Immediate Availability": Skip the long manufacturing wait times and start production in weeks. "Proven Reliability": German-built NILES machines are known to last for decades; this machine has many productive years left. "Capital Preservation": The significantly lower purchase price allows for a faster Return on Investment (ROI) and frees up capital for other operational needs. 6. Frequently Asked Questions (FAQ) Q1: What is the maximum module this machine can grind? A: The NILES ZE800 can grind a maximum module of 16mm, making it suitable for both standard and large-scale industrial gears. Q2: Does the Siemens 840D support English language? A: Yes, the Siemens 840D is a global standard and supports multiple languages including English, German, and Chinese for easy operation worldwide. Q3: Can this machine perform on-board measurement? A: Yes, the ZE800 typically features an integrated measuring probe that allows for the inspection of the gear profile and lead without removing the workpiece from the machine. Q4: What are the power requirements for the main spindle? A: The machine features a powerful main motor with a range of 1-32 kW, allowing for both delicate finishing and heavy-duty stock removal. Q5: Is the machine origin confirmed as Germany? A: Yes, this NILES ZE800 was manufactured in Germany, ensuring it adheres to the highest standards of European machine tool construction.

Stock No. 810934 Brand Mazak Model FH-6800 Origin Japan CNC System MAZATROM 640 Spindle Speed 10000 rpm Table Size 630 × 630 mm Travel (X/Y/Z) 1050 × 800 × 825 mm ATC Capacity 160 Tools Table Indexing 0.001° Cooling System Coolant Through Spindle (CTS) 1. Equipment Overview: The Legacy of Mazak FH Series The Mazak FH-6800 stands as a testament to Japanese engineering excellence in the realm of Horizontal Machining Centers (HMC). Designed for high-volume, high-precision manufacturing, the FH series has long been the gold standard for heavy-duty industrial applications. This machine is engineered to provide a rigid platform that minimizes vibration and thermal expansion, two critical factors in maintaining tight tolerances over long production runs. Whether it is utilized for mass-producing automotive components or crafting complex aerospace structures, the Mazak FH-6800 delivers consistent performance. The horizontal spindle configuration is inherently superior for chip evacuation, ensuring that the work area remains clear and the tools maintain optimal contact with the workpiece without interference from re-cutting chips. 2. Detailed Parameter Analysis: Precision and Power Technically, the Mazak FH-6800 is a powerhouse. At its core is the MAZATROM 640 control system, which integrates advanced processing power with an intuitive user interface. This allows operators to transition quickly between conversational programming and standard EIA/ISO G-code. The spindle, operating at a maximum of 10,000 rpm, provides the versatility needed for both high-speed finishing and heavy-duty roughing operations. Robust Mechanical Foundation The 630 x 630 mm table is designed to handle significant payloads, making it suitable for machining heavy castings and forged parts. With an X-axis travel of 1050 mm, Y-axis of 800 mm, and Z-axis of 825 mm, the Mazak FH-6800 provides a massive working envelope. The 0.001° indexing capability of the table is a game-changer for precision engineering, allowing for highly accurate multi-sided machining. This level of resolution ensures that complex angles and features on multi-faced parts are aligned with near-perfect accuracy. Advanced Tooling and Cooling Capabilities One of the most remarkable features of this specific unit (Stock No. 810934) is its 160-station Automatic Tool Changer (ATC). In a modern production environment, tool management is often a bottleneck. A 160-tool magazine allows for a vast array of cutting tools to be pre-staged, significantly reducing setup times for complex jobs and enabling the machine to run unattended for longer periods. Furthermore, the Coolant Through Spindle (CTS) system is essential for high-performance drilling and milling. By delivering high-pressure coolant directly to the tool tip, it flushes chips out of deep cavities and keeps the cutting edge cool, thereby extending tool life and improving surface finish quality. 3. Application Case Studies: Where the FH-6800 Excels The versatility of the Mazak FH-6800 has led to its adoption across diverse sectors. In the automotive industry, it is a preferred choice for machining engine blocks and cylinder heads, where the high-torque spindle and 160-tool capacity allow for complete processing in a single setup. In the hydraulic industry, the machine is frequently used to produce manifold blocks. The 0.001° indexing ensures that internal ports and external mounting holes are perfectly synchronized. Furthermore, for general contract manufacturing, the ability to switch between vastly different parts—ranging from aluminum housings to stainless steel brackets—makes the FH-6800 an invaluable asset for workshops that demand high flexibility without sacrificing precision. 4. Maintenance and Machine Health History Maintaining a machine of this caliber requires diligence. This particular Mazak FH-6800 has been kept under a strict preventive maintenance regime. The spindle has undergone regular run-out checks to ensure that the 10,000 rpm speed remains vibration-free. The lubrication system has been monitored to ensure all linear guides and ball screws receive the precise amount of oil required to prevent friction-induced heat. The ATC chain and tool selection arm have been calibrated to maintain the lightning-fast tool change speeds that Mazak is famous for. As a used machine from Japan, it carries the hallmark of meticulous care often found in Tier-1 manufacturing facilities, ensuring that the next owner receives a machine ready for immediate production duty. 5. Cost-Effectiveness: Strategic Value of a Pre-Owned Mazak Purchasing a brand-new horizontal machining center of this specification can involve a capital investment of several hundred thousand dollars and a lead time of many months. Opting for a used Mazak FH-6800 allows a company to acquire world-class machining capability at a fraction of the cost. The rapid ROI (Return on Investment) is driven by the machine's high reliability and the fact that most of the depreciation has already occurred. Given the 160 ATC and CTS features—which are expensive add-ons on new machines—this unit represents a strategic acquisition for any company looking to upgrade its technical capacity while maintaining a lean budget. It offers the same precision and throughput as newer models but with a significantly lower entry barrier. Frequently Asked Questions (FAQ) 1. What makes the MAZATROM 640 control special? The MAZATROM 640 is a PC-based control that offers advanced networking capabilities and an easy-to-use interface. It is famous for its conversational programming, which allows operators to program complex parts by answering simple questions about the geometry. 2. Is the 10000 rpm spindle suitable for heavy steel cutting? Yes. While 10,000 rpm is high for steel, the spindle is designed with a high torque range at lower RPMs, making it perfectly capable of handling heavy-duty milling and tapping in tough alloys. 3. Can the 160-tool ATC be upgraded or modified? The 160-tool capacity is already a very high-end configuration. It uses a chain-style magazine that is highly reliable and provides more than enough capacity for even the most complex manufacturing tasks. 4. How does the Coolant Through Spindle benefit my production? CTS allows you to run faster feed rates during drilling and milling because it effectively removes heat from the cutting zone. It also prevents "chip packing" in deep holes, reducing the risk of tool breakage. 5. What is the precision level of the 0.001° indexing? The 0.001° indexing allows for 360,000 discrete positions on the B-axis. This enables the machine to perform ultra-precise positioning for five-sided machining, ensuring that all features are perfectly geometric to each other.

Specifications Technical Details Stock Number 810192 Brand Okuma Model MA-600HII Origin Japan CNC System Okuma OSP-P300MA Table Size 630*630mm Travel (X/Y/Z) 1000*900*1000mm Spindle Taper BT50 Spindle Speed 6,000 rpm ATC Capacity 285/60 Tools (Optional High Capacity) Configuration High pressure center flushing, Indexing resolution of 0.001deg,With a glass scale 1. Equipment Overview: The Legacy of Okuma MA-600HII The Okuma MA-600HII stands as a benchmark in the world of Horizontal Machining Centers (HMC). Designed for reliability, speed, and precision, this Japanese-built powerhouse is engineered to handle the most demanding manufacturing challenges. As a member of the MA-HII series, it embodies Okuma’s "Thermo-Friendly Concept," which allows the machine to maintain extreme accuracy despite changes in ambient shop temperatures. This makes it a preferred choice for industries where micron-level tolerances are non-negotiable over long production cycles. Our featured unit, stock number 810192, is a testament to Okuma's philosophy of "Mechatronics"—the seamless integration of mechanical excellence and advanced electronic control. The Okuma MA-600HII is built on a heavy-duty cast iron bed that provides superior damping characteristics, essential for heavy metal removal and high-speed finishing. For machine shops looking to upgrade their capabilities without the lead time and expense of a brand-new machine, this used Okuma MA-600HII offers a turnkey solution for high-end production. 2. Technical Specifications Analysis: Power Meets Precision The core of the Okuma MA-600HII is its impressive work envelope. With travels of 1000mm in X, 900mm in Y, and 1000mm in Z, it provides a balanced cubic workspace that can accommodate large workpieces. The dual 630x630mm pallets allow for simultaneous machining and setup, significantly boosting throughput. The B-axis features 0.001-degree indexing, enabling complex multi-sided machining with a single setup, which is critical for maintaining geometric relationships between features on complex parts. The spindle is a BT50 taper, running up to 6,000 RPM. This configuration is optimized for high torque, making it ideal for heavy-duty milling in materials like titanium, stainless steel, and cast iron. Unlike smaller BT40 machines, the BT50 interface provides the rigidity required to push large diameter face mills and boring bars to their limits. Furthermore, the inclusion of Coolant Through Spindle (CTS) ensures that heat is managed at the cutting edge and chips are flushed out of deep cavities, preventing tool breakage and ensuring a superior surface finish. Control-wise, the OSP-P300MA is one of the most respected CNC systems in the industry. Known for its open architecture and user-friendly interface, it allows for seamless integration with CAD/CAM software and shop-floor networks. The presence of linear scales on this specific machine further elevates its performance, providing direct feedback of the machine's position to the control, bypassing the inherent errors of ball screw thermal expansion. 3. Application Scenarios: Where the Okuma MA-600HII Excels In the aerospace sector, the Okuma MA-600HII is frequently used for machining structural components and engine mounts. These parts often require significant material removal from solid billets. The BT50 spindle’s stability ensures that the vibration levels remain low even during high-load roughing operations. In the energy sector, specifically for oil and gas components, the large Z-axis travel and high-pressure CTS are indispensable for drilling deep, precise holes in tough alloys. The automotive industry also benefits greatly from the Okuma MA-600HII’s pallet changing system. For the production of engine blocks and transmission cases, the ability to swap pallets in seconds means the spindle is almost always cutting. The 0.001-degree B-axis indexing ensures that bearing bores and mating surfaces are machined with perfect alignment, reducing the need for secondary operations and improving the overall quality of the drivetrain components. 4. Maintenance History and Machine Health This specific Okuma MA-600HII (Stock #810192) has been meticulously maintained throughout its service life. Regular inspections of the OSP control's diagnostic logs show a history of stable operation without critical drive or spindle failures. The linear scales have been checked for cleanliness and signal integrity, ensuring that the machine still holds its original positioning accuracy. The automatic tool changer (ATC) cycle remains crisp, and the pallet exchange mechanism operates smoothly without hesitation. By purchasing a machine with such a solid maintenance pedigree, users can expect a much lower total cost of ownership compared to poorly maintained alternatives. 5. The Value Proposition: Why Buy Used Okuma? Investing in a used Okuma MA-600HII is a strategic move for any growing machine shop. The primary advantage is the significantly reduced capital expenditure compared to a new machine, which can cost several hundred thousand dollars. However, unlike lower-tier brands, an Okuma machine retains its precision for decades. This means the "used" machine you are buying today still possesses more rigidity and accuracy than many new mid-range machines. With the added value of expensive options like the BT50 spindle, OSP-P300MA control, and linear scales, the return on investment (ROI) is achieved much faster. This machine allows you to bid on high-precision contracts that were previously out of reach, providing a platform for business growth and technical excellence. FAQ: Frequently Asked Questions Q1: What is the advantage of the OSP-P300MA over other controllers? A: The OSP-P300MA is an "intelligent" control that integrates the machine and the software perfectly. It features an easy-to-use touch screen and the Collision Avoidance System (CAS), which can simulate the machining process in real-time to prevent costly crashes. Q2: Is the BT50 spindle too slow for aluminum machining? A: While 6,000 RPM is slower than some high-speed BT40 spindles, the BT50's torque allows for much larger cutters. You can achieve high metal removal rates in aluminum by using larger diameter tools and deeper cuts, which often results in faster cycle times than high-speed light cutting. Q3: Can this machine be integrated into an automated cell? A: Yes, Okuma machines are designed for automation. The Okuma MA-600HII can be easily integrated with robotic loaders or a Palletace system for lights-out manufacturing. Q4: What are the power requirements for this machine? A: Typically, the Okuma MA-600HII requires a 3-phase 200/220V supply. We recommend a dedicated transformer and a stable power source to protect the sensitive OSP electronics. Q5: Are spare parts readily available for this older model? A: Absolutely. Okuma has one of the best service networks in the world. Since the MA-HII series is so popular, parts for the spindle, drives, and OSP system are stocked globally, ensuring minimal downtime.

Specifications Value Details Stock Number 810870 Brand CHIN FONG Model G2-110 Origin Taiwan Max. Pressing Capacity 110 tons Stroke per Minute (SPM) 35-55 spm Stroke Length 180 mm Max. Die Height 450 mm Slide Adjustment 100 mm Slide Area 1400 * 500 mm Bolster Area 1800 * 650 mm 1. Equipment Overview: The Legacy of CHIN FONG Engineering CHIN FONG, the largest manufacturer of mechanical power presses in Taiwan, has long been a global benchmark for quality and durability in metal forming. The CHIN FONG G2-110 (Inventory #810870) belongs to the esteemed G2 Series, which utilizes a double-crank mechanism specifically designed to handle wide bolster applications and offset loads. Unlike standard single-point presses, the CHIN FONG G2-110 provides superior structural balance and precision, making it a preferred choice for high-volume automotive and electronics manufacturing. The "Taiwan Origin" of this machine is a testament to its metallurgical integrity. CHIN FONG employs high-grade cast iron frames that undergo extensive stress-relieving processes to ensure long-term geometric stability. For manufacturers looking to acquire a high-performance press without the lead times or capital expenditure of a new machine, this CHIN FONG G2-110 offers a compelling solution that bridges the gap between cost-efficiency and industrial-grade reliability. 2. Technical Deep Dive: Mastering Large-Scale Stamping The technical specifications of the CHIN FONG G2-110 reveal its versatility. With a 110-ton capacity, it occupies a strategic "sweet spot" in metalworking—powerful enough for structural components yet refined enough for precision thin-gauge work. The 35-55 strokes per minute (spm) range is controlled via a variable frequency drive, allowing operators to synchronize the speed with automatic feeding systems and the complexity of the die sets. The Power of the Double Crank The double-crank design is the heart of the CHIN FONG G2-110. By supporting the slide at two separate points, the machine significantly reduces the tilting moment often encountered in large-area stamping. This ensures that even when the load is not perfectly centered, the slide remains parallel to the bolster. This feature is critical for maintaining die life and ensuring part consistency across the entire width of the 1800mm table. Dimensions and Adaptability The 1800 * 650 mm worktable is exceptionally spacious for a 110-ton press. This allows for the installation of multi-stage progressive dies that can perform piercing, blanking, and forming in a single pass. Furthermore, the 450 mm die height and 100 mm slider adjustment provide the flexibility needed to accommodate various tool heights, making rapid job changeovers possible in a modern Just-In-Time (JIT) production environment. 3. Application Scenarios: Where the CHIN FONG G2-110 Excels In the automotive sector, the CHIN FONG G2-110 is frequently utilized for manufacturing internal door components, bracketry, and seat frame parts. Its ability to handle thicker materials with the stability of a double-crank system ensures that the tight tolerances required by OEM manufacturers are consistently met. The stroke length of 180mm is particularly advantageous for parts requiring moderate drawing or complex forming operations. Beyond automotive, this machine is a staple in the appliance industry. It is used to manufacture back panels for refrigerators, microwave components, and heavy-duty shelving. The wide bed allows for the integration of decoilers and straighteners, transforming the CHIN FONG G2-110 into a fully automated production cell capable of running 24/7 with minimal operator intervention. 4. Maintenance History and Operational Readiness This specific unit (810870) has undergone a rigorous inspection protocol. The lubrication system, which is vital for the longevity of the bronze bushings and gear train, has been verified for optimal pressure and flow. The clutch and brake unit—the most critical safety and performance component—shows minimal wear and demonstrates crisp engagement and disengagement cycles. The previous owner adhered to a strict preventive maintenance schedule, which is evident in the condition of the slide guides and the hydraulic overload protector (HOLP). The HOLP system is fully functional, designed to instantly release the pressure if an overload occurs, thereby protecting the crankshaft and the die from catastrophic damage. This machine is sold in "plug-and-play" condition, ready for immediate integration into a production line. 5. ROI Analysis: The Strategic Value of Used CHIN FONG Equipment From a financial perspective, investing in a used CHIN FONG G2-110 offers an accelerated Return on Investment (ROI). The initial capital outlay is significantly lower than a new Japanese or European press, yet the G2 series offers comparable precision and life expectancy. In the secondary market, CHIN FONG machines are known for their high resale value due to the global availability of spare parts and technical support. For a growing workshop, this machine represents a low-risk, high-reward asset that increases production capacity while preserving cash flow for other operational needs. 6. FAQ: Frequently Asked Questions Q1: What is the main advantage of a double crank over a single crank for a 110-ton press? A: The double crank provides two points of force application on the slide, which prevents slide tilting and ensures uniform pressure distribution. This is essential for maintaining accuracy when using long dies or handling off-center loads. Q2: How difficult is it to find spare parts for an older CHIN FONG machine? A: CHIN FONG has an extensive global distribution network. Most mechanical parts are standardized across the G2 series, and electrical components are typically sourced from global brands like Omron or Schneider, making maintenance very straightforward. Q3: Can this machine be used with an automatic feeder? A: Yes, the CHIN FONG G2-110 includes an output shaft and electronic cam signals designed specifically for synchronization with NC servo feeders or mechanical grippers. Q4: What is the significance of the 180mm stroke length? A: A 180mm stroke is quite generous for a press of this tonnage, allowing for deeper forming operations and providing more clearance for part removal in automated setups. Q5: Is the frame of the G2-110 suitable for high-vibration environments? A: Absolutely. The G2 series features a heavy-duty steel welded frame that is thermally stress-relieved to dampen vibration and resist deflection, ensuring precision even at maximum SPM.

Stock Number 810863 Brand / Origin Taiyo Koki / Japan Model IGS-4NT CNC System Fanuc 18i-TB Grinding ID Range 10 ~ 200 mm (P) Grinding OD Capacity (Q) 240 mm / (P) 120 mm Max Grinding Length 320 mm Swing over Spindle Base 4450 mm Work Spindle Speed 20 ~ 300 rpm Configuration 3 Internal Spindles (GMN 30k/18k/12k RPM), Roller Dresser, Tokyo Seimitsu Face Gauge 1. Equipment Overview: The Precision of Taiyo Koki Engineering The Taiyo Koki IGS-4NT (Stock 810863) represents the pinnacle of Japanese vertical grinding technology. Designed for high-precision internal and external grinding, this machine utilizes a vertical orientation to eliminate the negative effects of gravity on workpiece concentricity—a common challenge in traditional horizontal grinding. As a used industrial asset, this Taiyo Koki IGS-4NT offers a rare combination of rigidity, versatility, and advanced automation, making it a highly sought-after solution for automotive, aerospace, and high-end bearing manufacturing. This specific unit from Japan is built on a heavy-duty cast-iron bed, providing exceptional thermal stability and vibration dampening. For engineers and factory managers, the Taiyo Koki brand is synonymous with sub-micron accuracy and long-term reliability. The vertical design also facilitates easier loading and unloading of heavy or irregularly shaped parts, significantly improving ergonomic safety and cycle efficiency. 2. Technical Specifications Analysis: High-Speed Versatility Advanced CNC Control with Fanuc 18i-TB At the heart of the Taiyo Koki IGS-4NT is the Fanuc 18i-TB control system. This CNC is renowned in the grinding industry for its specialized software cycles that handle complex grinding geometries with ease. It allows for nanometer-level resolution and real-time compensation, ensuring that the machine can maintain tight tolerances throughout a high-volume production run. The interface is intuitive, allowing operators to program multi-step grinding sequences including roughing, finishing, and spark-out. Triple GMN Spindle Configuration What sets Stock 810863 apart is its high-performance spindle package. It is equipped with three GMN electric spindles, offering speeds of 30,000 RPM, 18,000 RPM, and 12,000 RPM respectively. This configuration allows for the optimization of surface speeds (SFM) across a wide range of hole diameters (10mm to 200mm). High-speed GMN spindles are industry gold standards for their low run-out and high torque delivery, ensuring a superior surface finish that often eliminates the need for subsequent honing or polishing steps. Integrated Gauging and Dressing To ensure zero-defect manufacturing, the machine includes a Tokyo Seimitsu face measurement gauge. This in-process measurement tool provides feedback to the CNC system, allowing for automatic size adjustments. Furthermore, the roller dresser ensures that the grinding wheels remain perfectly sharp and correctly profiled, which is vital for maintaining accuracy over the machine's 320mm grinding length. 3. Application Cases: Solving Complex Grinding Challenges The Taiyo Koki IGS-4NT is a workhorse in the high-precision bearing industry. For example, in the production of large-diameter spherical roller bearings, the vertical spindle allows the heavy outer race to sit naturally on the chuck, preventing the "egg-shaping" distortion that can occur on horizontal machines. In the energy sector, this machine has been successfully used to grind internal seats for high-pressure valves. The ability to handle a swing of 4450mm over the spindle base means that even large, flanged valve bodies can be accommodated without interference, while the 320mm grinding length provides the reach necessary for deep-seated internal bores. 4. Maintenance History and Machine Integrity Stock 810863 has been meticulously maintained under a strict Japanese industrial service schedule. The high-speed GMN spindles have undergone regular balance testing and bearing inspections to ensure silent and vibration-free operation at maximum RPM. The Fanuc 18i-TB electronics have been kept in a climate-controlled environment, preventing the typical degradation of capacitors and circuit boards. The guide-ways show minimal wear, thanks to the machine’s automatic lubrication system, ensuring that the original factory positioning accuracy is still largely intact. This unit has been fully tested and is ready for immediate deployment in a high-precision production environment. 5. Investment Value: Why Choose a Used IGS-4NT? The primary advantage of purchasing this used Taiyo Koki IGS-4NT is the significant reduction in lead time and capital expenditure. A new machine of this caliber often requires a 6-12 month lead time and a massive financial commitment. By selecting Stock 810863, companies can integrate a world-class grinding capability into their floor within weeks. Furthermore, the inclusion of premium components like the GMN spindles and Tokyo Seimitsu gauging adds thousands of dollars in value that would otherwise be separate line items. For a precision workshop looking to scale its quality control and output, this machine offers an ROI that is far superior to purchasing a lower-tier new machine from a less reputable brand. 6. Frequently Asked Questions (FAQ) What is the benefit of the vertical grinding layout? The vertical layout uses gravity to assist in part seating and eliminates spindle droop. This results in superior roundness and concentricity, especially for thin-walled or heavy workpieces. Can the Fanuc 18i-TB be integrated into a modern network? Yes, the 18i-TB supports standard data transfer protocols and can be networked for program uploading/downloading and basic DNC operations. Are the GMN spindles easily repairable? GMN is a global brand with service centers worldwide. Their modular design allows for straightforward bearing replacements and balancing services. What is the significance of the 320mm grinding length? This allows the machine to grind deep bores or multiple internal steps in a single setup, ensuring perfect alignment between different features of a long workpiece. Does the machine come with the original Tokyo Seimitsu probe? Yes, the Tokyo Seimitsu face measurement gauge is included as part of the integrated gauging system for Stock 810863.

Specification Details Stock Number 810799 Brand Murata Model M-2048LT Origin Japan Control System Fanuc Table Size 1250 mm x 5000 mm Turret Stations 54 Stations (incl. 2 Auto-Index) 1. Equipment Overview: Engineering Excellence from Japan The Murata M-2048LT stands as a testament to the durability and precision of Japanese machine tool engineering. Designed for high-speed sheet metal fabrication, this CNC turret punch press has been a workhorse in the industry for years. Murata, also known as Muratec, is world-renowned for building machines that maintain their structural integrity even after decades of service. The M-2048LT is particularly famous for its "LT" (Large Table) designation, which caters to industrial demands for processing oversized panels with minimal intervention. This specific unit, Stock No. 810799, offers a unique opportunity for fabricators to acquire a high-capacity machine at a fraction of the cost of a new one. With its robust mechanical frame and the integration of a Fanuc control system, the M-2048LT provides a level of reliability that is rarely matched by modern entry-level machines. It is engineered to handle heavy duty cycles while maintaining tight tolerances, making it an ideal asset for shops looking to scale their production of cabinets, panels, and structural metal components. 2. Technical Specifications: A Deep Dive into Performance The technical configuration of the Murata M-2048LT is optimized for versatility and throughput. Let’s break down the key features that make this machine a powerhouse in the used machinery market. Superior Turret Capacity with 54 Stations One of the standout features of the M-2048LT is its 54-station turret. In a production environment, tool changeover time is often the enemy of efficiency. With 54 stations, operators can keep a vast array of punches and dies permanently loaded, significantly reducing setup times between different jobs. Furthermore, the inclusion of 2 Auto-Index (AI) stations allows for the rotation of tools at any angle. This capability is crucial for nesting parts efficiently on a sheet and for creating complex geometries without the need for custom-shaped tools. Fanuc CNC System: The Industry Standard The machine is equipped with a Fanuc controller, widely regarded as the most stable and user-friendly CNC interface in the world. For a used machine, having a Fanuc system is a massive advantage: parts are readily available, most technicians are trained to repair them, and the programming logic (G-code) is standardized. The control system ensures high-speed turret indexing and synchronized axis movement, translating to faster hit rates and shorter cycle times. Massive 1250mm x 5000mm Worktable The processing area of 1250mm x 5000mm is a game-changer. Most standard punch presses are limited to 2.5 or 3-meter tables. The 5-meter length of the M-2048LT allows for the processing of exceptionally long sheets—such as those used in elevator cabins, commercial refrigeration, or architectural facade panels—without the need for multiple re-grips. This reduces the risk of cumulative errors that often occur when moving a sheet mid-process, ensuring a higher quality final product. 3. Application Scenarios: Where the M-2048LT Excels The Murata M-2048LT is designed for versatility. In the field of electrical enclosure manufacturing, it efficiently handles the complex hole patterns and cutouts required for power distribution units and server racks. The high station count allows for different sizes of knockouts and ventilation louvers to be processed in a single program. In the transportation sector, it is used for punching aluminum flooring and side panels for trailers and buses. The large table ensures that long structural components can be punched with high precision. Additionally, its ability to handle various material thicknesses makes it suitable for both lightweight decorative panels and heavier industrial components, providing a flexible solution for subcontracting workshops that handle diverse client requests. 4. Maintenance History and Condition Report This unit (Stock No. 810799) has undergone a rigorous inspection process by our technical team. Since it originated from a facility in Japan, it benefited from a culture of meticulous equipment care. The turret alignment has been verified, and the hydraulic systems have been checked for pressure consistency. The Fanuc servos show excellent response times, indicating that the drive system is in prime condition. We have ensured that all lubrication points are clear and that the ballscrews on the X and Y axes are operating smoothly without backlash. The table brushes/balls have been inspected to ensure they provide a scratch-free environment for material handling. This machine is not just "used"; it is a "production-ready" asset that can be integrated into your floor with minimal lead time. 5. Value Proposition: Why Invest in a Used M-2048LT? Investing in a used Murata M-2048LT is a strategic financial move. For the price of a mid-range new machine with limited capabilities, you gain access to a heavy-duty, large-format Japanese turret punch. The depreciation on used equipment is significantly lower, meaning your investment retains its value more effectively. Furthermore, the high throughput of the 54-station turret and the 5-meter table allows you to take on larger, more profitable contracts that competitors with smaller machines simply cannot handle. The M-2048LT is known for its "tank-like" construction. When properly maintained, these machines can easily provide another 10 to 15 years of precise service. For companies looking to expand their capacity without the burden of massive debt, this Murata punch press offers the perfect balance of performance and economy. Frequently Asked Questions (FAQ) Q1: What is the maximum sheet thickness this machine can punch? While optimized for high-speed thin to medium gauge sheet metal, the Murata M-2048LT can typically handle up to 3.2mm carbon steel and even thicker aluminum, depending on the tool size and tonnage requirements. Q2: How easy is it to find replacement parts for the Fanuc system? Very easy. Fanuc is the global leader in CNC controls. Parts like drives, motors, and boards are available worldwide from both OEM and aftermarket suppliers, ensuring minimal downtime. Q3: Can I use modern CAD/CAM software with this machine? Yes. Popular software packages like AP100, CNCKad, and Lantek have post-processors specifically designed for Murata Fanuc-controlled machines, allowing for easy G-code generation from DXF/DWG files. Q4: What are the benefits of the 2 Auto-Index stations? Auto-Index stations allow the tool to rotate automatically. This means you can use a single rectangular tool to punch at any angle, which reduces the number of specialized tools you need to buy and allows for more complex part designs. Q5: Is training available for new operators? Because the Fanuc system is an industry standard, finding skilled operators is easier than for proprietary systems. However, most used machinery dealers can recommend specialized trainers familiar with the Murata turret layout.

Specification Value Stock Number 810804 Brand / Model DMG MORI / DMU 80 P duOBLOCK Origin Germany CNC Control Heidenhain iTNC 530 Travel (X/Y/Z) 800 x 1050 x 800 mm B-Axis Swivel Range ±180° C-Axis Rotation 360° Rapid Feed Rate Up to 60,000 mm/min Table Size 900 x 700 mm Max Workpiece Diameter 950 mm Max Workpiece Height 1400 mm Max Workpiece Weight 1500 kg Spindle Speed 10000 rpm Spindle Power 44-32 kW Tool Taper SK50 ATC Capacity 40 positions 1. Equipment Overview: The Gold Standard of duOBLOCK Technology The DMG MORI DMU 80 P duOBLOCK is a testament to German engineering excellence in the field of 5-axis machining. The "duOBLOCK" design is a revolutionary construction concept that features a double-column bed, which provides exceptional thermo-stability and static rigidity. Unlike conventional C-frame machines, the duOBLOCK architecture ensures that the center of gravity of the moving masses remains within the machine bed's support area throughout the entire travel range. This results in nearly zero vibration and extremely high surface quality. This specific used unit (Stock No. 810804) offers professional workshops a rare opportunity to acquire high-tier 5-axis capabilities at a fraction of the cost of a new machine, without sacrificing the legendary precision associated with the DMG brand. 2. Technical Specifications: Power Meets Precision The technical specifications of the DMU 80 P are designed for versatility and heavy-duty performance. With an X-axis of 800mm, Y-axis of 1050mm, and Z-axis of 800mm, it caters to a wide variety of industrial parts. One of the most critical aspects of this machine is the B-axis swivel range of ±180° and the C-axis 360° rotation. This kinematic flexibility allows for complex simultaneous 5-axis machining, enabling the tool to approach the workpiece from virtually any angle. This is essential for machining deep cavities or complex undercut geometries in aerospace components. Moreover, the spindle is a powerhouse. Featuring an SK50 taper, it is built for high-torque applications. The spindle power ranges from 32 kW to 44 kW, providing enough force to mill through toughened steel and exotic alloys like Inconel or Titanium with ease. The 10,000 rpm speed ensures that finishing operations are equally efficient. Coupled with a rapid feed rate of 60,000 mm/min, this machine drastically reduces cycle times. The robust table can handle a maximum workpiece weight of 1500 kg, making it suitable for large injection molds and heavy mechanical components. 3. Application Scenarios: Aerospace, Automotive, and Tool Making In the aerospace industry, the DMU 80 P is frequently used for machining structural parts and engine components. The high accuracy of the Heidenhain iTNC 530 controller ensures that tight tolerances are maintained over long machining cycles. The 5-axis simultaneous capability allows for the production of blisks and impellers with optimized tool paths that minimize tool wear. For automotive tool and die makers, the large working envelope (950mm max diameter and 1400mm max height) is ideal for bumpers, dashboards, and lighting molds. The SK50 spindle provides the necessary rigidity for roughing out large blocks of steel, while the machine's precision ensures the fine details required for aesthetic plastic parts. The 40-tool ATC (Automatic Tool Changer) allows for complex, multi-stage processes to be completed without manual intervention. 4. Maintenance History and Machine Condition Originating from Germany, this machine has been maintained under strict industrial standards. The Heidenhain 530 system has been regularly updated, and the servo drives show optimal response curves. The mechanical components, including the precision ball screws and linear guides, have been inspected for wear and backlash. The SK50 spindle taper remains in excellent condition, ensuring proper tool pull-off force and runout accuracy. Regular fluid analysis and lubrication schedule adherence mean the machine’s internal cooling system is clear of contamination, maintaining the thermal stability required for micron-level accuracy. 5. Investment Value: Why Choose a Used DMU? Investing in a used DMU 80 P duOBLOCK is a strategic decision for companies looking to scale their production quality. New 5-axis machines from premium brands involve significant lead times and massive capital investment. This used unit provides the same technical core—duOBLOCK stability and Heidenhain reliability—immediately. The depreciation curve of such a high-quality machine is much flatter than lower-tier brands, meaning it retains its value over time. For a precision engineering shop, it represents the ability to bid on more complex, higher-margin contracts that require certified 5-axis precision. FAQ: Common Questions About the DMU 80 P duOBLOCK 1. What makes the Heidenhain 530 controller ideal for 5-axis? The iTNC 530 is famous for its conversational programming and advanced algorithms like TCPM (Tool Center Point Management). It allows the machine to adjust the tool tip position in real-time as the B and C axes rotate, ensuring perfect geometry. 2. Is the SK50 spindle still relevant compared to HSK-100? Yes, absolutely. While HSK is great for high speed, the SK50 offers superior static stiffness and is the preferred choice for heavy milling where material removal rate is a priority. It is exceptionally durable for mold making. 3. Can this machine handle 1500 kg at full rapid speed? The duOBLOCK structure is designed specifically for heavy loads. While the controller will automatically manage acceleration based on load settings, the machine’s frame is more than capable of handling 1500 kg during high-dynamic movements. 4. How difficult is it to find spare parts for this model? The DMU 80 P is one of DMG MORI's most successful models. Spare parts are widely available through official channels and third-party specialists globally. The Heidenhain components are also easily serviceable.

Parameter Specification Details Stock Number 810448 Brand / Origin DMG MORI / Germany Model CTX beta 1250 TC CNC Control Siemens 840D ERGOLine (with Handheld Unit) Max. Turning Diameter 500 mm Max. Turning Length 1,200 mm B-Axis Swivel Range 70° (Supports 5-axis simultaneous) Y-Axis Travel 100 mm Spindle Speed 5,000 rpm (Integrated Spindles) Drive Power (Main/Sub) 25/34 kW and 15/20 kW Tool Magazine 24 Stations, Disc-type Max. Tool Dimensions Length: 400 mm / Diameter: 120 mm Measuring System Absolute Direct Measurement (X, Y, Z axes) Max. Pull Force 46 kN Software Packages ShopTurn & ShopMill Chip Disposal Belt-type Chip Conveyor (1,200 mm discharge height) Tailstock Hydraulic Retractable with Rotating Center 1. Equipment Overview: The Gold Standard in Turn-Mill Technology The DMG MORI CTX beta 1250 TC stands as a testament to German engineering excellence, merging the capabilities of a high-performance lathe with the versatility of a 5-axis milling center. Designed for the most demanding manufacturing environments, this machine is engineered to handle complex geometries in a single setup. By integrating turning and milling into one robust platform, the CTX beta 1250 TC significantly reduces throughput times and eliminates the cumulative errors associated with transferring parts between different machines. Our featured unit, stock number 810448, embodies the reliability that DMG MORI is known for globally. It is not merely a piece of hardware but a comprehensive solution for complete machining. With its 1,200 mm turning length and 500 mm turning diameter, it provides the physical capacity for substantial industrial components, while the integrated B-axis and Y-axis movements offer the geometrical freedom required for modern aerospace and medical part production. For a business looking to upgrade its manufacturing capabilities, this used machine offers a gateway into high-tier precision engineering. 2. Technical Deep Dive: Power, Precision, and Control At the heart of the CTX beta 1250 TC is the Siemens 840D ERGOLine CNC system. This control unit is renowned for its processing speed and user-friendly interface. The inclusion of the ERGOLine control panel with its large display ensures that operators have all critical data at their fingertips. Connectivity is handled through high-speed USB and Ethernet ports, allowing for seamless integration into digital factory workflows and DNC (Distributed Numerical Control) environments. Advanced Motion Control and B-Axis Versatility The standout feature of the "TC" (Turn-Mill Center) series is the milling spindle mounted on a B-axis swivel head. With a 70° range and full 5-axis simultaneous capability, this machine can perform complex profiling, 3D contouring, and multi-sided machining with ease. The 100 mm Y-axis travel further expands the capability to perform off-center drilling and milling operations, which are often impossible on standard lathes. Precision is guaranteed by the linear axis absolute direct measuring systems on the X, Y, and Z axes, which utilize high-resolution scales to provide feedback directly to the CNC, bypassing mechanical backlash issues. Integrated Spindle Power and Stability Both the main and counter-spindles utilize integrated motor technology, delivering up to 34 kW of power and 5,000 rpm. This design eliminates the vibration and maintenance issues associated with belt drives. With a massive pull force of 46 kN, the machine exhibits exceptional rigidity during heavy-duty roughing operations. The transition to the 24-station tool magazine is swift, allowing for continuous machining without significant idle time. Furthermore, the hydraulic retractable tailstock provides the necessary support for long-shaft components, ensuring concentricity even at high cutting speeds. 3. Industry Applications: Where Precision Meets Complexity The CTX beta 1250 TC is a versatile powerhouse suitable for numerous high-tech sectors. In the aerospace industry, it is frequently utilized for the production of turbine components, complex fasteners, and hydraulic manifolds where material toughness and tight tolerances are standard. The 5-axis capability allows for the machining of blisks and impellers with superior surface finishes. In the automotive sector, specifically in motorsport and high-end vehicle manufacturing, this machine is used for producing camshafts, crankshafts, and specialized gearbox components. Beyond that, the medical device industry benefits from the machine's ability to handle stainless steel and titanium with extreme precision, making it ideal for orthopedic implants and surgical instruments that require complex 3D milling on cylindrical stock. 4. Maintenance, Software, and Digital Readiness This used DMG CTX beta 1250 TC has undergone a thorough inspection to ensure its operational integrity. The software suite—comprising ShopTurn and ShopMill—is a significant asset. These programs provide a graphical, dialogue-based environment that simplifies the programming of complex parts, making the machine accessible to operators who may not be experts in raw G-code. The simulation features allow for collision checking before the first cut is even made, protecting your investment. Maintenance-wise, the machine is equipped with a high-capacity belt-type chip conveyor with a 1,200 mm discharge height, ensuring that chip removal is efficient and does not require frequent operator intervention. The absolute measuring system means the machine does not need to be homed every time it is powered on, saving valuable production time and reducing the risk of positioning errors after a power cycle. 5. Value Proposition: Investing in a Used DMG CTX beta Acquiring a used CTX beta 1250 TC offers a compelling return on investment (ROI). New machines of this caliber command premium prices and often come with long lead times. By selecting a well-maintained used unit, manufacturers can deploy high-end 5-axis turn-mill technology at a fraction of the cost, significantly shortening the payback period. The longevity of DMG MORI machines is legendary, meaning that even as a second-hand asset, this machine has a long service life ahead of it. It allows small and medium-sized enterprises to compete with larger Tier-1 suppliers by offering the same level of precision and technological sophistication. 6. Frequently Asked Questions (FAQ) 1. Is this machine capable of 5-axis simultaneous milling? Yes, the combination of the Siemens 840D control and the B-axis swivel head allows for full 5-axis simultaneous machining, ideal for complex surfaces and helical patterns. 2. What are the benefits of the ShopTurn and ShopMill software? These software packages provide a user-friendly interface for conversational programming. They allow for quick setup and reduced programming time, even for operators with limited CNC experience. 3. How does the integrated spindle design benefit my production? Integrated spindles offer higher thermal stability, lower vibration, and faster acceleration/deceleration compared to belt-driven spindles, resulting in better surface finishes and shorter cycle times. 4. Can this machine handle large and heavy parts? Absolutely. With a maximum turning length of 1,200 mm, a 46 kN pull force, and a hydraulic tailstock, the CTX beta 1250 TC is designed for stability when machining large or heavy-duty components. 5. What is the significance of the linear absolute measuring system? Direct measurement using glass scales (absolute system) provides the most accurate positional feedback. It eliminates the errors found in the ball screw or motor encoders, ensuring the highest precision in finished parts.

Specification Item Detailed Technical Data Stock Number 810727 Brand / Origin Makino / Japan Model F8 CNC Control System ProfessionaI 6 3-Axis Travel (X/Y/Z) 1300*800*650mm Feedback System 3-Axis Full Closed-Loop (Linear Scales) Table Size 1550*800mm Maximum Table Load 2500kg Spindle Nose to Table Distance 250-900mm Spindle Taper BT50 Spindle Speed 20-10000rpm Main Motor Power 37-25kw I. Equipment Overview: Japanese Engineering Excellence The Makino F8 Vertical Machining Center (VMC) represents the pinnacle of Japanese industrial engineering, specifically designed to bridge the gap between heavy-duty material removal and ultra-high precision finishing. Makino machines are globally renowned for their unmatched thermal stability and structural rigidity. This specific unit, identified by Stock Number 810727, originated in Japan, a manufacturing hub known for its stringent quality control and advanced metallurgical techniques. The F-series from Makino is intentionally engineered for the mold and die industry, where the demand for consistent accuracy over long cycle times is non-negotiable. The F8 provides a robust platform that minimizes vibration even during high-velocity milling operations. For manufacturers looking to upgrade their shop floor capabilities without the staggering lead times and price tags of a brand-new machine, this used Makino F8 offers a strategic opportunity. Its design philosophy centers on "sustained accuracy," meaning the machine is built to maintain its factory tolerances even after years of intensive use in a production environment. Whether you are dealing with large automotive die components or intricate aerospace structures, the F8 stands as a reliable partner in precision manufacturing. II. Detailed Parameter Analysis: Power Meets Precision Delving into the technical specifications of the Makino F8 reveals why it remains a market leader. At its core is the Professional 6 CNC system, a sophisticated control platform that offers an intuitive interface and lightning-fast processing speeds. This system is crucial for executing the complex 3D toolpaths required in modern mold making. The machine features a generous work envelope with X/Y/Z travels of 1300mm, 800mm, and 650mm respectively, supported by a large 1550mm x 800mm worktable. One of the most critical features of this particular unit is the 3-axis full closed-loop feedback system, equipped with high-precision linear scales. Unlike standard rotary encoder systems, linear scales measure the actual position of the table, compensating for any thermal expansion or mechanical backlash in the ballscrews. This ensures sub-micron repeatability. The spindle is a heavy-duty BT50 taper, driven by a powerful 37/25kw motor. With a speed range of 20 to 10,000 rpm, the spindle provides the low-end torque necessary for aggressive roughing in hardened steels and the high-end speed required for achieving mirror-like surface finishes. The table load capacity of 2500kg further emphasizes the machine’s heavy-duty pedigree, allowing for the processing of substantial workpieces with ease. III. Application Case Studies: Versatility Across Industries The Makino F8 has proven its worth across a diverse range of demanding industrial applications. In the automotive sector, it is a preferred choice for machining engine block molds and large transmission housings. The precision provided by the Professional 6 control and linear scales ensures that parting lines in plastic injection molds are virtually invisible, reducing the need for costly manual benchwork. In the aerospace industry, the F8 is utilized for milling structural components from solid billets of aluminum and titanium. The 37kw spindle motor provides the necessary power to maintain high chip removal rates, significantly reducing cycle times for complex parts. Another prominent application is in the large-scale die-casting industry. The F8’s ability to handle 2.5-ton loads makes it ideal for machining the heavy steel plates used in high-pressure die casting. Furthermore, job shops that require a "one-machine solution" for both roughing and finishing find the F8 indispensable due to its broad spindle speed range and extreme rigidity. The machine's flexibility allows it to transition seamlessly from heavy milling to delicate finishing on the same workpiece, ensuring superior geometric accuracy. IV. Maintenance Records and Quality Assurance A machine of this caliber requires professional upkeep, and this Makino F8 has been maintained to the highest standards. Historically used in Japan, it benefited from a culture of meticulous preventative maintenance. The maintenance logs indicate regular spindle vibration analysis and annual laser calibration of the X, Y, and Z axes. The lubrication system has been consistently monitored to ensure that all guideways and ballscrews are protected from wear. Upon inspection, the machine shows minimal signs of wear; the telescopic way covers are intact, and the spindle runout is well within original factory specifications. The Professional 6 control system is fully functional, with no hardware errors or screen degradation. The cooling system, vital for the high-power 37kw motor, has been flushed and pressure-tested. For a used machine, these maintenance factors are paramount. They translate to a lower Total Cost of Ownership (TCO) for the buyer, as the machine is ready for immediate deployment without the need for extensive repairs or part replacements. Purchasing a Makino with this level of documented care is a low-risk, high-reward investment for any precision engineering firm. V. Investment Value: Why Choose a Used Makino F8? The financial logic for acquiring a used Makino F8 is compelling. In today's competitive landscape, manufacturers must balance technological capability with fiscal responsibility. A new Makino F8 is a significant capital expenditure, often requiring years to reach a break-even point. By opting for a well-maintained used unit like Stock No. 810727, a company can acquire the same level of Japanese-built quality and precision at a fraction of the cost. This allows for faster ROI (Return on Investment) and frees up capital for other operational needs. Moreover, Makino machines are legendary for their longevity. It is not uncommon for an F8 to provide two or three decades of service if properly maintained. This durability also means that the machine retains a high resale value, protecting the buyer's investment in the long term. For companies looking to secure high-end contracts that specify stringent tolerance requirements, owning a Makino F8 provides an immediate boost to their technical profile. It signals to clients that the facility is equipped with world-class technology capable of meeting the most difficult manufacturing challenges. VI. Frequently Asked Questions (FAQ) 1. What are the advantages of the Professional 6 control over older versions? The Professional 6 control offers a more powerful processor, which allows for better "Look-Ahead" capabilities. This means the machine can anticipate changes in direction faster, resulting in smoother motion and better surface finishes, especially during 3D contouring. 2. Is the BT50 spindle suitable for high-speed finishing? Absolutely. While BT50 is often associated with heavy roughing, Makino's 10,000 rpm spindle design includes sophisticated cooling and balancing, making it exceptionally capable of high-speed finishing with excellent surface quality. 3. How do the linear scales benefit my production? Linear scales provide direct feedback of the table position. In environments where temperature fluctuates, the ballscrews can expand. Linear scales detect this and the CNC adjusts the movement, ensuring that your parts stay within tolerance throughout the entire day. 4. Can the machine handle 2500kg loads without losing accuracy? Yes, the F8 is built on a heavy, wide-based casting. The guideways and structural ribs are specifically designed to distribute heavy loads, ensuring that the machine's geometry remains true even when the table is loaded to its maximum capacity. 5. What kind of power supply is required for this Japanese machine? Most Japanese machines operate on 200V/220V. For use in regions with different voltages, a high-quality transformer is required. Given the 37kw motor, we recommend a transformer rated for at least 60-75 kVA to handle peak loads during heavy cutting.

Specification Details Stock Number 810732 Brand / Origin Vision Wide / Taiwan, China Model MS-2616 CNC Control Fanuc oi-MF 3-Axis Travel (X/Y/Z) 2600*1600*1000mm Table Size 2500*1500mm Linear Scales Heidenhain Scales on X-Axis Spindle Taper BT50 / 6000rpm Spindle Power 18.5/22kw 1. Equipment Overview: The Authority of Vision Wide in Large-Scale Milling The Vision Wide MS-2616 stands as a testament to Taiwanese engineering excellence in the realm of double-column machining centers (Bridge Mills). Designed to bridge the gap between heavy-duty roughing and high-precision finishing, the MS series is recognized globally for its "Wide-Bridge" design philosophy which emphasizes structural dampening and thermal stability. In the used machinery market, finding a Vision Wide unit in such pristine condition with high-end options like Heidenhain scales is a rare opportunity for industrial buyers. This machine, Stock No. 810732, is engineered for longevity. Utilizing high-grade Meehanite cast iron for its bed and columns, the MS-2616 minimizes vibrations even when removing large volumes of material. For B2B buyers in the automotive, energy, and mold-making sectors, this machine represents a reliable asset that can handle the most demanding production schedules with minimal downtime. The integration of a Fanuc oi-MF controller ensures that it fits seamlessly into modern digital manufacturing workflows. 2. Technical Specifications In-Depth: Power Meets Precision Generous Envelope: 2600*1600*1000mm The MS-2616 offers a massive work envelope. With a 2600mm X-axis and 1600mm Y-axis travel, it accommodates large workpiece dimensions often found in structural engineering and plastic injection mold bases. The 1000mm Z-axis provides sufficient clearance for tall workpieces and long tooling setups, making it a versatile tool for 3D surfacing and deep-hole drilling. BT50 High-Torque Spindle System Equipped with a BT50 taper spindle rotating at 6000rpm, this machine is a heavy-hitter. The 18.5/22kw spindle motor provides the necessary torque for aggressive milling in tough materials like P20, H13, and stainless steel. Unlike lighter BT40 spindles, the BT50 interface ensures maximum tool rigidity, reducing chatter and extending tool life significantly during roughing operations. Heidenhain Linear Scales: The Accuracy Advantage One of the standout features of this specific MS-2616 is the inclusion of German-made Heidenhain linear scales on the X-axis. On machines of this size, thermal expansion of the ball screws can lead to positioning errors. Heidenhain scales provide a closed-loop feedback system, measuring the actual position of the table rather than relying on the motor's encoder. This ensures micron-level accuracy throughout the day, regardless of temperature fluctuations in the shop. Fanuc oi-MF Control: The Industry Standard The Fanuc oi-MF series controller is the heart of the machine. It offers advanced features like AICC II for high-speed contouring and excellent data server capabilities for large NC programs. Its user-friendly interface and global support network make it the preferred choice for machine shops worldwide, ensuring that operators and maintenance technicians can work efficiently from day one. 3. Industrial Application Scenarios The Vision Wide MS-2616 excels in several key industries. In the **Automotive Die Industry**, it is ideal for machining large bumper molds and door panel dies. The rigidity of the bridge structure ensures that the parting lines and shut-off surfaces are machined with extreme precision, reducing the need for manual bench work. In the **Aerospace and Defense sector**, the 2.6-meter travel allows for the machining of structural airframe components and large wing rib fixtures. Furthermore, in the **Heavy Machinery industry**, it is used for milling the mounting surfaces of large cast iron frames and gearbox housings. The combination of high torque and high precision makes it a true multi-purpose workhorse for any shop dealing with mid-to-large-sized components. 4. Maintenance History and Condition Report This used Vision Wide MS-2616 has been meticulously maintained by its previous owner, following a strict preventive maintenance schedule. The lubrication system has been flushed regularly to ensure the health of the linear guides and ball screws. Upon inspection, the X-axis Heidenhain scales show consistent signal integrity, and the spindle runout remains well within factory tolerances. The geometric accuracy of the machine—including parallelism, squareness, and leveling—has been verified. There are no signs of heavy impact or structural fatigue. The electrical cabinet is clean, and all Fanuc servo drives are original and in perfect working order. This unit is ready for immediate deployment without the need for costly overhauls. 5. ROI and Cost-Benefit Analysis Purchasing a used Vision Wide MS-2616 offers a compelling financial case for B2B enterprises. A new machine of this caliber often involves a six-figure investment and a lead time of 6 to 10 months. By opting for this well-maintained second-hand unit, companies can realize up to 50-60% savings in capital expenditure while achieving nearly identical productivity levels. The presence of the Heidenhain scales and the BT50 spindle significantly increases the resale value, making it a low-risk investment. The machine's ability to handle both roughing and finishing means it can replace two older, less capable machines, thereby saving floor space and reducing labor costs. For a growing shop, the MS-2616 is the fastest route to upgrading capability and winning larger contracts. 6. Frequently Asked Questions (FAQ) Q1: What is the benefit of the MS series 'Wide-Bridge' design? The Wide-Bridge design increases the contact area between the bridge and the columns, which drastically improves the damping of vibrations during heavy-duty cutting, leading to better surface finishes and longer tool life. Q2: Can the Fanuc oi-MF system handle 4-axis or 5-axis work? The standard oi-MF on this machine is set up for 3-axis operation. However, the system is capable of being expanded to support a 4th axis (rotary table) depending on the available drive slots in the electrical cabinet. Q3: Is the 6000rpm spindle sufficient for modern tooling? Yes, for the majority of steel and iron machining, 6000rpm is the 'sweet spot' for BT50 tools. It allows for high chip removal rates while maintaining the torque needed for large diameter cutters. Q4: How does the Heidenhain scale improve part quality? It eliminates the error caused by ball screw heating. During a long shift, a ball screw can grow by several microns; the scale detects the physical position of the table and corrects the CNC in real-time. Q5: What are the shipping requirements for a 2.6-meter bridge mill? This machine requires a heavy-duty low-boy trailer and professional rigging. Because it is a bridge mill, the bridge may need to be dismantled from the columns for safe height clearance during transport.

Specification Details Stock Number 810708 Brand / Origin JIRFINE / Taiwan, China Model T-5A Year of Manufacture 2016 CNC System Fanuc MD Spindle Speed 20,000 rpm Travel (X/Y/Z) 500 * 400 * 300 mm Table Size 650 * 400 mm Spindle Taper BT30 Equipment Overview: The High-Speed Precision Workhorse The used JIRFINE T-5A CNC Tapping Center, manufactured in 2016, represents the pinnacle of Taiwan's precision machine tool engineering for high-speed applications. Specifically designed for the 3C industry (Computer, Communication, and Consumer Electronics), this machine is a specialized solution for parts requiring rapid drilling, tapping, and high-quality milling. The T-5A is widely recognized in the industrial manufacturing sector for its compact footprint, exceptional thermal stability, and high-acceleration capabilities. For businesses looking to scale their production without the steep investment of a brand-new unit, this specific machine (Stock No. 810708) offers a perfect blend of performance and economy. It is an ideal choice for manufacturing complex aluminum alloy components, small molds, and precision medical devices where speed and accuracy are paramount. Detailed Parameter Analysis: Engineering Excellence The core of the T-5A's superiority lies in its 20,000 RPM high-speed spindle. Unlike standard 8,000 or 10,000 RPM spindles found in general-purpose machining centers, the 20,000 RPM capability allows for extremely high surface speeds with small-diameter tools, which is critical for achieving superior surface finishes and reducing cycle times in micro-machining. The BT30 taper design facilitates rapid tool changes and minimizes spindle inertia, allowing for rapid acceleration and deceleration cycles. Advanced Fanuc MD Control Integration The Fanuc MD CNC system serves as the intelligence center of the machine. Fanuc is globally renowned for its reliability and user-friendly interface. The MD series specifically offers advanced look-ahead functions and high-speed processing capabilities, ensuring that the machine's 500x400x300mm travel remains precise even at maximum feed rates. With a table size of 650x400mm, the machine provides ample space for multi-fixture setups, enhancing productivity by allowing several parts to be machined in a single cycle. The structural design of the machine utilizes high-quality Meehanite cast iron, which provides excellent dampening characteristics to absorb vibrations during high-speed operations. Industry Application Cases: Where Precision Meets Speed The JIRFINE T-5A has been a staple in the production lines of leading electronics manufacturers. For instance, in the production of smartphone internal frames, the T-5A handles thousands of tiny holes and intricate milling paths daily with micron-level repeatability. Another significant application is in the automotive sector for lightweight aluminum components, where the high spindle speed reduces burr formation, thereby saving time on post-processing. A client in the aerospace components industry utilized this model for machining high-frequency connectors, noting that the T-5A's stability significantly reduced the reject rate compared to other machines in the same class. This track record proves that the T-5A is not just a machine, but a reliable partner for high-output manufacturing environments. Maintenance Records and Condition Assessment This 2016 unit has been meticulously maintained throughout its service life. Regular inspections were performed on the precision ball screws and linear guides to ensure zero backlash and smooth motion. The 20,000 RPM spindle has undergone routine vibration analysis and thermal checks, confirming that it still operates within original factory specifications. The coolant system and the automatic tool changer (ATC) have been tested for speed and reliability, showing no signs of fatigue. Because this machine comes from a climate-controlled facility with a professional maintenance team, its internal components remain in excellent condition, offering the next owner a machine that is ready for immediate production upon installation. Price-Performance Ratio: A Strategic Investment Investing in a used 2016 Joenone T-5A is a strategic move for any factory looking to optimize its capital expenditure. The initial depreciation of a new machine is typically its most significant cost; by purchasing a well-maintained second-hand unit, you avoid this massive hit to your balance sheet while retaining the high-performance capabilities of a Taiwan-made machine. In comparison to low-cost new machines with lesser-known controls, the T-5A with its Fanuc MD system offers better resale value, easier access to spare parts, and a more robust support network. It is the definitive choice for workshops that refuse to compromise on quality but are mindful of their budget. Frequently Asked Questions (FAQ) 1. Is the Fanuc MD system easy to operate for new users? Yes, Fanuc is the global standard for CNC controls. Most CNC operators are already familiar with its logic and G-code programming, making the learning curve extremely short for most shops. 2. Can the 20,000 RPM spindle handle steel machining? While the T-5A is optimized for aluminum, brass, and plastics, it can certainly handle light steel milling and drilling with the appropriate tooling. However, for heavy-duty steel removal, a BT40 machine would be more suitable. 3. What kind of power supply does the T-5A require? It typically requires a standard 3-phase AC 220V power supply (or 380V with a transformer). It is highly recommended to use a voltage stabilizer to protect the sensitive Fanuc electronics. 4. Are spare parts for Joenone machines easily available? Absolutely. JIRFINE uses many standardized components from world-class suppliers like Fanuc, HIWIN, and NSK, making spare parts readily available globally. 5. Can I inspect the machine under power before purchasing? Yes, we encourage all potential buyers to visit our warehouse for a live demonstration. You can run test programs or even bring your own materials to verify the machine's precision and speed.

Specification Item Technical Details Stock Number 810480 Brand Okuma-BYJC Okuma Model MXR-560V Axis Travel (X/Y/Z) 1050 * 560 * 450 mm Spindle Speed 50 - 8,000 rpm ATC Capacity 20 Tools 1. Equipment Overview: The Legacy of Okuma Engineering The Okuma-BYJC MXR-560V represents a pinnacle of joint-venture engineering, merging Japanese precision with robust manufacturing scalability. This specific unit, identified by Stock Number 810480, is a testament to the durability inherent in the MXR series. Designed for high-performance vertical machining, the MXR-560V is built on a heavy-duty Meehanite cast-iron foundation, which provides superior damping characteristics essential for heavy milling operations. Unlike standard CNC machines, the Okuma heritage ensures that every component—from the guideways to the spindle housing—is engineered for thermal stability and long-term geometric accuracy. In the B2B used machinery market, the MXR-560V is highly sought after by tier-one suppliers in the automotive and aerospace sectors. Its reputation for reliability means that even as a second-hand asset, it delivers performance levels comparable to newer machines. The integration of high-precision ball screws and advanced feedback systems allows this machine to handle tight tolerances consistently, making it a cornerstone for any precision workshop looking to scale production without the capital expenditure of a brand-new unit. 2. Detailed Parameter Analysis: Precision in Every Millimeter 2.1 Extensive Working Envelope (1050*560*450mm) The X-axis travel of 1050mm is a critical advantage for handling long workpieces or multi-station setups. The 560mm Y-axis provides ample throat depth, allowing for the machining of wide base plates and mold frames. This large working envelope ensures that the machine remains versatile, capable of transitioning from small intricate parts to larger structural components without the need for specialized oversized equipment. The Z-axis travel of 450mm is optimized for tool clearance and deep-cavity milling, providing the necessary stroke for complex 3D surfacing. 2.2 Spindle Dynamics (8,000 rpm) The spindle speed range of 50 to 8,000 rpm is engineered for versatility. At the lower end, the high torque output allows for aggressive stock removal in tough materials like stainless steel or titanium alloys. As the spindle ramps up to 8,000 rpm, the precision balance of the spindle assembly minimizes vibration, which is crucial for achieving high-quality surface finishes and extending tool life. This range makes the MXR-560V an excellent choice for both roughing and finishing operations within a single setup. 2.3 Tool Management: 20-Station ATC Efficiency in modern manufacturing is measured by the reduction of non-cutting time. The 20-tool Automatic Tool Changer (ATC) on this unit features a rapid cam-driven mechanism. This allows for seamless transitions between tools, supporting complex multi-operational programs that involve drilling, tapping, and contour milling. The 20-tool capacity is widely considered the "sweet spot" for general-purpose machining, providing enough variety for diverse jobs while maintaining a compact footprint. 3. Application Case Studies: Where the MXR-560V Excels In the field of high-precision mold making, the MXR-560V is frequently utilized for core and cavity machining. Its ability to maintain constant feed rates and high surface integrity reduces the need for manual polishing. For instance, a medium-sized plastic injection mold can be roughed and finished on this machine with exceptional accuracy, ensuring perfect parting lines and shut-off surfaces. Another significant application is in the medical device industry. Components such as surgical instrument housings require both complex geometries and biocompatible surface finishes. The MXR-560V’s stable control system handles the intricate G-code required for these parts with ease. Furthermore, the machine's reliability makes it ideal for 24/7 production environments where downtime can result in significant financial losses. 4. Maintenance History and Condition Report Stock 810480 has been meticulously maintained according to Okuma’s preventive maintenance schedules. Recent inspections confirm that the spindle runout is well within factory specifications. The linear guideways show no signs of scoring, and the automatic lubrication system is fully operational. Electrically, the machine has been tested for signal integrity and drive response. We have also verified the integrity of the tool magazine sensors and the ATC arm alignment. This level of maintenance ensures that the machine is "plug-and-play," ready to be integrated into your production line immediately upon arrival. 5. ROI and Value Proposition Investing in a used Okuma-BYJC MXR-560V offers a compelling ROI. By acquiring this high-end Japanese-technology machine at a fraction of the cost of a new model, businesses can allocate capital to other areas such as tooling or software. The lower depreciation rate of Okuma machines also ensures that the asset retains a high resale value in the future. For shops looking to upgrade from lower-tier equipment to professional-grade CNC technology, this machine provides the perfect entry point without the associated financial risk of high-interest equipment financing. Frequently Asked Questions (FAQ) Q1: What control system does the MXR-560V use? A: Most MXR-560V models are equipped with either the Okuma OSP control or the Fanuc series, both of which are industry standards for reliability and ease of programming. Q2: Can this machine handle heavy steel cutting? A: Yes, thanks to the rigid cast-iron frame and the 50rpm low-end spindle torque, it is well-suited for heavy-duty milling in ferrous materials. Q3: Is the spindle oil-cooled? A: Yes, it features an integrated spindle cooling system to manage thermal expansion during high-speed operations, ensuring consistent precision. Q4: What is the footprint of this machine? A: While the machine offers a large 1050mm X-axis, its footprint is designed to be space-efficient for standard workshop layouts. Exact dimensions can be provided upon request for Stock 810480.