This used Sodick AP200L EDM (Stock ID: 811799) is currently in stock and available for immediate inspection. Engineered for high-precision electrical discharge machining, this unit features a compact footprint with X/Y/Z travels of 220 × 150 × 120 mm. It is a cost-effective, reliable solution for shops requiring immediate capacity for mold insert production, micro-machining, or intricate cavity work. Bypass standard OEM lead times and integrate this machine into your production line immediately. Stock Status and buying value In today’s manufacturing environment, securing reliable EDM capacity is a distinct competitive advantage. This Sodick AP200L is physically in stock, allowing you to bypass long manufacturing lead times. Acquiring this used unit is a low-risk capital investment for shops looking to add a dedicated EDM station without the overhead costs associated with purchasing new equipment. Key Specifications and Production Readiness The AP200L is purpose-built for precision, not high-volume roughing. Its specifications are optimized for intricate work where dimensional tolerance is critical. Specification Detail Brand Sodick Model AP200L X/Y/Z Travel 220 × 150 × 120 mm Max Spindle Travel 120 mm Max Machining Diameter 150 mm Origin Japan Production Impact: The 220 × 150 × 120 mm travel range is perfectly suited for small-to-medium workpieces. If your production involves electrode-based machining for mold inserts, connector housings, or medical devices, this travel range provides the necessary clearance without wasting floor space on an oversized machine. The 120 mm spindle travel provides ample room for deep cavity sinking while maintaining the rigidity required for superior surface finishes. Target Applications The Sodick AP200L is a versatile workhorse in the sinker EDM category. It is an excellent fit for facilities where precision and repeatability are non-negotiable. Consider this unit if your facility specializes in: Mold & Die: Ideal for producing precision mold inserts, slides, and lifters with complex geometries. Medical Device Manufacturing: Suitable for machining surgical instruments, dental components, and high-tolerance metal parts. Automotive & Electronics: Perfect for creating connectors, micro-switches, and precision components requiring high-definition cavity sinking. Aerospace Components: Useful for small-scale, high-precision parts that demand strict adherence to tolerances. If your current production bottleneck involves waiting for EDM capacity on larger machines, the AP200L serves as the perfect "satellite" unit to offload smaller, high-precision tasks and increase overall shop throughput. Why the AP200L is a Strategic Addition The Sodick AP200L is renowned for its stable discharge circuit technology. For production managers, this machine offers an immediate path to improving output quality. It delivers the "Sodick" standard of EDM performance in a compact footprint, making it an excellent choice for expanding capabilities into complex, small-part machining without the significant capital expenditure of a new unit. With the machine currently in stock, the transition from decision to production can be remarkably fast. Frequently Asked Questions Is the Sodick AP200L currently available for inspection? Yes, this machine (Stock ID: 811799) is currently located in our facility and is available for immediate inspection and power-on testing. What type of production is the AP200L best suited for? The AP200L is a high-precision sinker EDM designed for small-to-medium mold cavities, intricate inserts, and micro-machining tasks where high surface finish and dimensional accuracy are critical. What should I check during an on-site inspection? Key inspection points include the X/Y/Z axis repeatability, the condition of the dielectric fluid system, controller responsiveness, and the state of the spindle assembly. How does this machine compare to larger EDM machines? The AP200L is specialized for smaller workpieces. While it lacks the large travel range of heavy-duty EDMs, it offers superior precision and efficiency for small parts, making it a more cost-effective choice for specific micro-machining applications.

This Takumi B5 high-speed machining center is available for immediate inspection and purchase. Engineered for precision, this unit features a 30,000 RPM spindle and a 600 x 590 x 300 mm work envelope, making it an excellent asset for shops specializing in intricate, high-finish components. Equipped with the reliable Fanuc 18i-MB control, this machine is built for production environments that require consistent accuracy and rapid cycle times. Whether you are scaling up capacity for mold making or precision electronics, this unit offers a proven, capable platform. Stock Status and Value This machine (Stock #811797) is currently located in our warehouse. As a 2007 model, it represents a mature, well-understood platform in the high-speed machining sector. The primary advantage of this unit is its immediate availability; unlike new equipment with lengthy lead times, this machine is ready for on-site inspection, power-on testing, and logistics coordination. For procurement managers and shop owners, acquiring this machine offers a cost-effective path to increasing throughput for precision parts. The machine is sold as-is, and we encourage potential buyers to bring their own operators or technicians to verify the machine's operational state against their specific production requirements. Technical Specifications Understanding the technical parameters is essential to determining if this machine aligns with your current workflow. The Takumi B5 is engineered specifically for high-speed applications rather than heavy-duty material removal. Specification Detail Brand Takumi Model B5 CNC Control Fanuc 18i-MB Travels (X/Y/Z) 600 x 590 x 300 mm Spindle Speed 30,000 rpm ATC Capacity 16 Tools Origin Taiwan Stock Number 811797 Spindle Performance: The 30,000 RPM spindle is the defining feature of this machine. It is optimized for small-diameter tooling, allowing for high feed rates and superior surface finishes on aluminum, brass, and hardened steel. This makes it ideal for the finish-machining phase of production. Control System: The Fanuc 18i-MB is a widely recognized industrial standard. Its presence ensures that your existing programming staff will face a minimal learning curve, and spare parts or service support remain accessible globally. Ideal Applications for the Takumi B5 The Takumi B5 is a versatile workhorse within the high-speed machining category. It excels in environments where precision and surface quality are non-negotiable. Mold & Die Shops: Excellent for finishing electrodes and small mold cavities where surface finish directly impacts final product quality. Medical Device Manufacturing: The high RPM capability is well-suited for the small, complex geometries found in surgical instruments and implants. Electronics & Consumer Goods: Ideal for machining aluminum chassis, small housings, and precision internal components. Automotive Tier 2/3 Suppliers: Suitable for producing small, high-precision brackets, sensors, or specialized fasteners. Is This Machine Right for Your Shop? To determine if the Takumi B5 fits your production needs, consider your part mix. This machine is designed for high-speed, light-load machining. If your production involves massive steel blocks requiring deep, heavy-duty roughing, this machine is not the correct choice. However, if your production involves: Small to medium-sized parts requiring high surface finish quality. Frequent tool changes for complex geometries (16-tool capacity). A need for a compact footprint with high-speed performance. Then the Takumi B5 is a strong candidate for your shop floor. It balances the need for precision with the agility required in modern, high-mix production environments. Why Invest in This Takumi B5? Takumi (Taiwan) has built a reputation for producing rigid, reliable platforms that hold their value well in the secondary market. The B5 model bridges the gap between basic machining centers and specialized high-speed units. By choosing a pre-owned machine of this caliber, you are investing in proven technology that has already demonstrated its ability to perform in industrial environments. With current supply chain unpredictability for new machinery, this stock unit offers a predictable, immediate solution for expanding your production capacity without the wait. Frequently Asked Questions Can I schedule an inspection of this Takumi B5? Yes. This machine is in stock and is available for inspection. Please contact our sales team to schedule a time to bring your technician or operator to power on the machine and verify its condition. Is this machine suitable for heavy-duty roughing? No. The Takumi B5 is a high-speed machining center designed for precision finishing and small-diameter tooling. It is not intended for heavy, aggressive material removal on large steel components. What type of tooling does this machine use? The machine is equipped with a 16-tool automatic tool changer (ATC). During your inspection, we can verify the specific taper type to ensure it matches your existing tooling inventory. How does the Fanuc 18i-MB control affect my production? The Fanuc 18i-MB is a robust, industry-standard controller. It is highly compatible with standard G-code programming and is supported by a vast network of service technicians and software providers, making it a reliable choice for long-term operation.

This second-hand Mazak HCN-5000 L horizontal machining center (stock number: 811790) is in stock and can be shipped immediately. Equipped with a 730 × 730 × 800mm stroke, a 12000 rpm BT40 spindle, and 40 tool magazines. As a versatile and universal device, it is highly suitable for processing automotive, 3C, and box components. High cost-effectiveness and maximum capacity per unit, please continue to review the parameters to evaluate the adaptability of the production line. Core parameters and practical production significanceWhen evaluating the procurement value of industrial equipment, parameters are not just cold data, they directly determine the production pace, process capability, and order range of the factory. This Mazak HCN-5000 L horizontal machining center, originally from Japan, demonstrates extremely high production flexibility in its core parameter configuration. 1. 730 × 730 × 800 mm three-axis travel and 800 × 1000 mm workpiece sizeThe X/Y/Z axis has a stroke of 730 × 730 × 800 mm, matched with a maximum workpiece accommodating size of 800 × 1000 mm, which means that the equipment can easily handle medium and large box parts. In actual production, the ample Z-axis travel (800 mm) allows factories to use longer sized tools for deep cavity machining, or install large four sided fixture towers (Tombstone) on a 500 × 500 mm workbench. By using a fixture tower for multi piece clamping, the time spent waiting for the spindle to stop and load/unload can be significantly reduced, greatly improving the output rate of a single shift. 2. Maximum speed of 12000 rpm and BT40 spindle taperThe spindle is the heart of the machining center. This device is equipped with a BT40 taper spindle, which can reach a maximum speed of 12000 rpm. The BT40 interface provides excellent dynamic response capability while ensuring sufficient cutting rigidity. The 12000 rpm high-speed spindle can achieve extremely high metal cutting rates and ensure excellent surface smoothness when processing aluminum alloy parts such as new energy vehicle motor housings and 3C electronic product housings, thereby reducing subsequent polishing processes. At the same time, it also has the ability to efficiently drill and mill materials such as medium carbon steel and alloy steel. 3. 40 knife magazine capacity (ATC)A tool magazine equipped with 40 tool positions is the key hardware foundation for realizing the concept of 'one machine at most'. For parts with complex processes, such as hydraulic valve bodies that involve multiple processes such as milling, drilling, tapping, and boring, a reserve of 40 cutting tools means that all machining steps can be completed in one clamping. Operators do not need to stop and manually replace tools during processing, which not only eliminates errors caused by manual tool changes, but also achieves true automated continuous production, making it an ideal configuration for improving unmanned night shift processing capabilities. Universal and versatile: mold matching and workpiece adaptationAs a versatile and versatile device, the original design intention of the second-hand Mazak HCN-5000 L is to adapt to the modern manufacturing needs of multiple varieties and variable batches. This equipment is currently available for sale as an immediate solution to quickly fill the production capacity gap in the following industries:Automotive parts processing: The maximum load-bearing capacity of the 500 kg workbench is perfectly adapted to aluminum alloy or cast iron die-casting parts such as automotive gearbox housings, engine cylinder blocks, water pump housings, etc. The chip removal advantage of horizontal machining centers is fully reflected in the processing of such deep cavity complex parts. The chips fall naturally under gravity, without scratching the surface of the workpiece or causing secondary cutting by the tool.Aerospace structural components and medical equipment: These types of workpieces typically have complex spatial angles and multi-faceted processing requirements. By utilizing the indexing function of the 500 × 500 mm worktable and the processing space of 800 × 1000 mm, high-precision milling of multiple surfaces can be completed in one clamping, ensuring the form and position tolerances between each surface.Mold manufacturing and 3C electronics: The 12000 rpm high-speed spindle performs well in the precision machining stage of molds or rapid prototyping of 3C aluminum parts. High speed combined with reasonable feed rate can effectively improve the surface quality of the mold cavity and shorten the delivery time. How do key parameters affect selectionWhen selecting equipment, it is not advisable to look at a single parameter in isolation, but rather to understand the synergistic effects between parameters. This Mazak HCN-5000 L has two sets of distance parameters that are crucial for the process layout:Distance from worktable surface to spindle end face: 70-870 mmDistance from the front end of the tray to the center of the spindle: 100-830 mmThese two sets of data define the "machining dead zone" and "maximum interference zone" of the machine tool. The minimum distance is only 70 mm and 100 mm, which means that when processing thin plate parts or using short edge cutting tools for high rigidity cutting, the spindle can be extremely close to the workpiece, avoiding vibration caused by excessive tool overhang (tool yielding phenomenon). When the maximum distance reaches 870 mm and 830 mm, it ensures that when a large workpiece or fixture with a rotation diameter of 800 mm is loaded on the worktable, there is sufficient safe space for the worktable to rotate or change tools after the spindle is retracted. This large-span adjustment ability is the core manifestation of its versatility. Frequently Asked Questions (FAQ)Q: What size of mold or workpiece is suitable for the 730 × 730 × 800 mm stroke of Mazak HCN-5000 L?A: This itinerary is compatible with equipment parameters and can accommodate workpieces with a maximum size of 800 × 1000 mm. In practical applications, it is very suitable for cubic box parts with a side length of about 500mm, or for batch processing by installing four sided fixtures on a 500 × 500mm workbench and simultaneously clamping multiple small and medium-sized workpieces. Q: What does BT40 spindle with 12000 rpm speed mean when selecting?A: This configuration means that the device combines moderate cutting rigidity with high-speed precision machining capability. When selecting, it is particularly suitable for efficient cutting of non-ferrous metals such as aluminum alloys and copper (such as 3C shells and lightweight automotive parts), and can achieve excellent surface smoothness; At the same time, it can also handle the conventional milling and drilling processes of steel parts, with strong versatility. Q: How to apply the maximum load-bearing capacity of a 500 kg workbench in actual production scheduling?A: The load-bearing limit of 500 kg includes the total weight of the workpiece itself and fixtures (such as fixture towers, pliers, etc.). When scheduling production, if processing aluminum alloy die-casting parts, they are usually lighter in weight and can make full use of space to install large multi station fixtures; If processing solid steel or cast iron parts, it is necessary to accurately calculate the total weight of the blank and fixture to ensure that it does not exceed 500 kg to protect the bearing accuracy of the rotary worktable. Q: Is this second-hand horizontal machining center currently in stock? How long after procurement can it be put into production?A: Yes, the device (stock number: 811790) is currently in stock and supports on-site inspection and testing at any time. After confirming the purchase and completing the relevant procedures, the goods can be shipped immediately. As it is a complete machine in stock, once it arrives at the factory and completes basic positioning and power on debugging, it can be quickly put into production line, which is an immediate solution to solve the current production capacity bottleneck.

The Okuma LT2000EX-R is a high-performance multitasking center engineered for shops that need to consolidate operations by performing simultaneous turning and milling. This 2013 model, currently in stock (Stock #: 811727), offers a robust, reliable platform for manufacturers looking to streamline production. With a 6000 rpm spindle and high-speed rapid traverse rates, this unit is built to handle complex, high-precision components with exceptional stability. Whether you are scaling production for automotive parts or precision medical devices, this machine provides the versatility required to maintain tight tolerances while optimizing cycle times. Availability and Value Proposition This Okuma LT2000EX-R (Stock #: 811727) is available for immediate inspection. Investing in a pre-owned Okuma of this caliber allows manufacturers to integrate high-end Japanese multitasking technology into their production line without the extended lead times associated with new equipment. The primary value of this machine lies in its "done-in-one" processing capability. By executing both turning and milling in a single setup, you significantly reduce idle time and eliminate the error accumulation inherent in transferring parts between multiple machines. For production managers, this translates directly to faster throughput and superior part consistency. Technical Specifications Review the technical parameters below to ensure this machine aligns with your tooling and part requirements. The LT2000EX-R is designed for precision and operational agility. Model Okuma LT2000EX-R Year 2013 Max Swing over Bed φ400 mm Max Machining Diameter 210 mm Max Machining Length 130 mm Spindle Bore Diameter φ62 mm Max Spindle Speed 6000 rpm Rapid Traverse (X/Y/Z) 30 / 15 / 40 m/min Operational Advantages: 6000 rpm Spindle: Delivers the high surface speeds required for finishing operations on aluminum, brass, and non-ferrous materials—perfect for the electronics and medical device sectors. 210 mm Machining Diameter: Provides an ideal capacity for small-to-medium shaft and flange components, offering sufficient clearance for standard tooling while maintaining high rigidity. 30/15/40 m/min Rapids: High rapid traverse rates minimize non-cutting time, ensuring the machine spends more time removing material and less time on tool changes or positioning. Ideal Production Applications The versatility of the Okuma LT2000EX-R makes it a "Swiss Army knife" for diverse manufacturing environments. It excels in facilities where part complexity is high and floor space is at a premium. Best Suited For: Automotive Suppliers: Ideal for producing small, complex transmission or engine components requiring both turning and off-center milling. Medical Device Manufacturing: The high-speed spindle and precision control are well-suited for surgical instruments or implant components demanding superior surface finishes. Electronics & Hardware: Capable of handling the rapid production cycles required for connectors, housings, and precision hardware. Job Shops: For shops managing diverse, small-batch orders, the ability to switch between part profiles quickly is a significant operational advantage. Why Choose This Pre-Owned Okuma? In today's manufacturing landscape, the ability to consolidate machining processes is a distinct competitive advantage. The Okuma LT2000EX-R is more than a standard lathe; it is a proven multitasking platform. For a 2013 model, it represents reliable, field-tested technology. By choosing a machine that is already in stock, you bypass the uncertainty of long lead times and can integrate this capacity into your production schedule immediately. Its combination of a 6000 rpm spindle and rapid axis movement ensures it remains relevant for modern production demands, offering a balance of throughput and precision that is difficult to replicate with older, single-function equipment. Frequently Asked Questions Is the Okuma LT2000EX-R currently available for inspection? Yes, this machine is in stock and is available for physical inspection by appointment. What type of production is the Okuma LT2000EX-R best suited for? This turn-mill center is ideal for complex, high-precision parts requiring both turning and milling operations in a single setup, such as automotive components, medical devices, and electronics hardware. What should I check during an inspection of this machine? Key inspection points include the spindle runout, turret indexing accuracy, control system responsiveness, and the condition of the guideways for any signs of excessive wear. Can this machine handle high-speed finishing? Yes, with a maximum spindle speed of 6000 rpm, this machine is well-equipped for high-speed finishing operations, particularly on non-ferrous materials. How does this machine improve production efficiency? By combining turning and milling in one setup, it eliminates the need to move parts between machines, reducing cycle times and minimizing the risk of errors associated with multiple setups.

The Mazak QUICK TURN 250L is a high-performance CNC turning center engineered for precision and high-volume throughput. This 2021 model is currently in stock and available for immediate inspection. With a maximum machining length of 511 mm and a substantial 91 mm spindle bore, this machine is built to handle a diverse range of shaft and chucking applications. It is an ideal solution for manufacturers looking to balance high-speed production with the flexibility required for automotive, aerospace, and general industrial component manufacturing. Stock Status and Production Value As a 2021 model, this Mazak QUICK TURN 250L is a modern asset for any shop floor. Because the machine is currently held in our inventory, you can bypass the long lead times associated with new factory orders. For production managers facing immediate capacity constraints, this lathe offers a proven platform for consistent, reliable output. The QUICK TURN series is widely recognized for its robust construction and intuitive interface, making it a dependable addition to existing turning cells or a primary machine for job shops. Key Specifications and Production Readiness Review the technical specifications of the QUICK TURN 250L to ensure it aligns with your part geometries and production requirements: Specification Value Model QUICK TURN 250L Year 2021 Swing over bed Ø660 mm Max machining diameter Ø380 mm Max machining length 511 mm X-axis travel 210 mm Z-axis travel 560 mm Spindle speed 45–4000 rpm Spindle bore diameter 91 mm Turret type 12-position drum turret Rapid traverse (X/Z) 30,000 / 33,000 mm/min Motor power 22 / 15 kW The 91 mm spindle bore is a critical feature, allowing for the processing of larger diameter bar stock and reducing the need for secondary operations. The 12-position drum turret facilitates complex operations in a single setup, optimizing cycle times for multi-operation parts. Ideal Applications for the QUICK TURN 250L The Mazak QUICK TURN 250L is a versatile all-rounder suitable for various production environments: Automotive Suppliers: Ideal for producing shafts, flanges, and transmission components that require high precision and repeatability. Aerospace Sub-contractors: The rigidity of the Mazak platform supports tight-tolerance machining on small-to-medium sized structural components. Medical Device Manufacturers: Suitable for turning surgical instruments or housings where surface finish and dimensional accuracy are critical. General Job Shops: The combination of a 511 mm bed length and 380 mm machining diameter offers the flexibility needed for high-mix, low-volume production runs. Why This Machine is worth considering In today's market, securing a 2021 CNC lathe with these specifications is an excellent opportunity to scale capacity without the wait times of new equipment procurement. The QUICK TURN 250L features a compact footprint (2630 × 1680 mm), allowing it to fit into crowded shop floors while providing the power (22/15 kW) necessary for heavy-duty material removal. Its design emphasizes ease of operation and rapid setup, which are critical factors for shops managing frequent job changeovers. Frequently Asked Questions Is this Mazak QUICK TURN 250L available for immediate inspection? Yes, this machine is currently in stock. We encourage prospective buyers to schedule an on-site visit to inspect the machine, verify its condition, and witness a power-on demonstration. What type of production is this machine best suited for? The QUICK TURN 250L is a versatile turning center. Its 91 mm spindle bore and 511 mm machining length make it excellent for shaft work and medium-sized chucking parts. It is well-suited for automotive, aerospace, and general precision machining environments. Can I see the machine running before purchase? Yes. We facilitate inspections where you can test the machine’s functionality, including the spindle, turret indexing, and control interface, to ensure it meets your specific production requirements. How does the 2021 model year impact my purchase decision? A 2021 model is a modern machine, meaning it utilizes current control technology and mechanical standards. This ensures compatibility with modern CAD/CAM software and provides a longer remaining service life compared to older vintage equipment. What is the footprint of this machine? The machine requires a floor space of 2630 × 1680 mm. Please ensure your facility has adequate clearance for the machine height (1703 mm) and surrounding access for maintenance and operator safety.

Stock Number: 811740 | Year: 2021 | Origin: Japan This 2021 Okuma LU3000EX is a high-performance CNC lathe designed for simultaneous dual-turret machining. Featuring the OSP-P300LA control and dual servo-driven turrets, this machine is engineered for complex part processing. With a 5000 RPM spindle and 22/15 kW power, it is built for demanding production environments. Currently in stock and available for inspection, this unit is an ideal solution for automotive, aerospace, and precision component manufacturers looking to increase throughput while maintaining tight tolerances. Availability and Procurement The Okuma LU3000EX (Stock #811740) is currently in our warehouse and available for technical inspection. As a 2021 model, it features the modern OSP-P300LA control, ensuring seamless integration with current digital manufacturing workflows. Purchasing a late-model machine like this provides immediate production capacity, bypassing the extended lead times often associated with new equipment orders. This unit is in "ready-to-work" condition. By acquiring a machine that has been vetted for its core mechanical functions, production managers can mitigate the risks associated with capital equipment procurement. This lathe is available for immediate shipment, making it a viable option for shops facing urgent contract demands or those looking to scale their turning capacity quickly. Key Specifications The LU3000EX is engineered for high-speed, high-accuracy turning. Review the technical parameters below to determine its fit for your specific part families. Specification Technical Detail CNC Control OSP-P300LA Max Swing over Bed Ø580 mm Max Turning Diameter Ø340 mm Max Turning Length 800 mm Distance Between Centers 1000 mm Spindle Speed 5000 rpm Spindle Motor Power 22/15 kW X-Axis Travel (Upper/Lower) 235 mm / 210 mm Rapid Traverse (X/Z) 25 m/min / 30 m/min Operational Advantages: Dual Servo Turrets: The upper and lower servo-driven turrets allow for simultaneous cutting, significantly reducing cycle times for complex shafts and multi-operation parts. High-Speed Spindle: With a 5000 RPM capability and 22/15 kW motor, this machine handles both aggressive roughing of steel/cast iron and high-speed finishing of aluminum or non-ferrous alloys. Operational Range: The 1000 mm distance between centers and 340 mm maximum turning diameter provide the envelope necessary for mid-to-large sized components, common in automotive drivetrain and aerospace fastener production. Ideal Applications & Industries The Okuma LU3000EX is a versatile workhorse, suitable for both contract machine shops and OEM production facilities. Its design focuses on flexibility, allowing for rapid changeovers between different part types. Target Industries Automotive: Ideal for shafts, transmission components, and steering knuckles where dual-turret efficiency minimizes cycle time per part. Aerospace: Suitable for machining complex, high-tolerance fittings and fasteners that require Okuma’s signature rigidity and precision. Medical Devices: The high-speed spindle and precise X/Z axis control are well-suited for the intricate turning required for medical instrument components. Mold & Die: Effective for turning mold bases, guide pins, and ejector sleeves that require consistent repeatability.  If your production floor is bottlenecked by single-turret lathes, or if you are looking to consolidate multiple operations into a single setup, this machine provides the axes and power to optimize your workflow. Why Choose the LU3000EX? In the current used machinery market, finding a 2021 model with dual servo turrets is increasingly rare. The Okuma LU3000EX functions as a complete production cell, designed to reduce the number of handlings required for a finished part. By utilizing both turrets, operators can perform roughing and finishing simultaneously or work on two different ends of a part, effectively doubling output compared to a standard 2-axis lathe. Furthermore, the Okuma OSP-P300LA control is widely supported, meaning your existing programming team likely has the expertise to integrate this machine immediately. Given its availability and the robust nature of Japanese-built CNC equipment, this unit represents a low-risk, high-reward investment for shops aiming to optimize their turning department. Frequently Asked Questions Is this Okuma LU3000EX available for immediate inspection? Yes, this machine is currently in our inventory and available for inspection by appointment. We recommend bringing your maintenance or production lead to verify the machine's condition against your specific part requirements. How does the dual-turret design affect cycle times? The dual-turret setup allows for simultaneous machining (e.g., the upper turret cuts the OD while the lower turret performs a grooving or facing operation). This can reduce total cycle time by 30-50% on complex parts compared to single-turret lathes. Is the OSP-P300LA control difficult to integrate into an existing shop? The OSP-P300LA is a standard, user-friendly interface widely used in the industry. Most operators familiar with Okuma controls or standard G-code programming will find the transition seamless. What kind of parts is this machine best suited for? This machine is a versatile all-rounder. It is best suited for medium-to-high volume production of shafts, flanges, and complex cylindrical parts that benefit from the simultaneous machining capabilities of dual turrets.

This pre-owned Feeler VB-825A vertical machining center is in stock and available for immediate inspection. Engineered with a 1650mm X-axis travel and a robust BT50 spindle, this machine is built for heavy-duty milling and large-part production. Featuring box guideways and a reliable Fanuc control system, the VB-825A delivers the stability required for demanding industrial applications—from automotive components to large mold bases. This unit is ready for immediate production integration, offering a cost-effective alternative to new equipment with long lead times. Technical Specifications and Production Capability Understanding the technical specifications of the Feeler VB-825A is essential for determining its fit within your production line. This machine is classified as a heavy-duty vertical machining center, prioritizing torque and rigidity over high-speed finishing. Model Feeler VB-825A Origin Taiwan Controller Fanuc MC X-Axis Travel 1650 mm Y-Axis Travel 825 mm Z-Axis Travel 700 mm Guideway Type Box Ways (Hard Ways) Spindle Taper BT50 Spindle Speed 6000 rpm Tool Changer 24 ATC Production Implications: 1650mm X-Travel: Ideal for machining oversized workpieces, long automotive rails, or large-scale mold bases that exceed the capacity of standard 1000mm or 1200mm VMCs. Box Guideways: Essential for heavy cutting in steel and cast iron. Box ways provide the surface area required to handle heavy table loads and resist the cutting forces that cause chatter in linear guide machines. BT50 Spindle Taper: Provides the necessary rigidity for large-diameter face mills and heavy boring operations. This is a critical feature for shops performing deep-hole drilling or heavy stock removal. Fanuc Control: The industry standard for reliability and operator familiarity. It ensures that your existing programming team can transition to this machine with minimal training. Ideal Applications for the Feeler VB-825A The Feeler VB-825A is a versatile workhorse, suitable for a variety of sectors that require heavy-duty capability and a large work envelope. If your production environment involves the following, this machine warrants consideration: Automotive and Transportation Ideal for machining engine blocks, transmission housings, and large structural components. The BT50 spindle provides the torque needed for heavy-duty milling on aluminum and cast iron castings. Large-Scale Mold Making For shops producing large injection molds or die-casting molds, the 1650mm X-axis provides the necessary room to maneuver large workpieces. The box ways ensure the geometric stability required for high-precision mold cavities. General Heavy Engineering Suitable for job shops that handle a mix of large-scale parts. The 24-tool ATC provides sufficient flexibility for complex parts that require a variety of drilling, tapping, and milling operations without frequent manual tool changes. Medical Device Manufacturing While often associated with smaller parts, the medical industry requires large fixtures for high-volume production. This machine can support multi-part fixturing, allowing for efficient batch processing. Frequently Asked Questions Q: Is this machine available for immediate inspection? A: Yes, this Feeler VB-825A is currently in stock. We welcome serious buyers to schedule an appointment to inspect the machine under power. Q: Can this machine handle heavy steel milling? A: Yes. The combination of box guideways and a BT50 spindle taper is specifically engineered for heavy-duty milling applications, making it well-suited for steel and cast iron work. Q: Is the Fanuc control system compatible with modern CAD/CAM software? A: Yes, Fanuc controls are the industry standard and are fully compatible with virtually all modern CAD/CAM software packages for post-processing and code generation.

The used Sodick ALN600QS Wire Electrical Discharge Machine (Wire EDM) is a highly capable, versatile system designed to immediately expand your shop's capacity. Manufactured in Japan in 2018 (Stock Number: 811723), this machine is in stock and ready for immediate shipment and integration into your production floor. Featuring a generous X/Y/Z travel of 600 × 400 × 350 mm and an exceptionally large U/V travel of 150 × 150 mm, it is engineered for intricate mold making, aerospace components, and precision stamping dies. By evaluating these core specifications against your tooling requirements, procurement managers and process engineers can see how this ready-to-ship EDM offers a cost-effective way to scale precision machining capabilities—bypassing the long lead times of new equipment. Core Specifications and What They Mean in Production Understanding the technical parameters of the Sodick ALN600QS is critical for determining its suitability for your specific part types and production volume. These mechanical specifications directly dictate the size of the tooling you can load, the complexity of the cuts you can achieve, and the overall efficiency of your machining process. Brand & Model Sodick ALN600QS X/Y/Z Axis Travel 600 × 400 × 350 mm U/V Axis Travel 150 × 150 mm Work Tank Inner Dimensions 1050 × 840 mm Maximum Wire Feed Speed 420 mm/s Max Workpiece Dimensions (Flushing) 800 × 570 × 340 mm Max Workpiece Dimensions (Submerged) 800 × 570 × 280 mm X/Y/Z Travel: 600 × 400 × 350 mm The primary travel dimensions determine the maximum continuous cutting area without repositioning the workpiece. The 600 mm X-axis combined with a 400 mm Y-axis provides a spacious work envelope ideal for mid-to-large progressive stamping dies or multi-part fixture setups. The 350 mm Z-axis travel accommodates tall workpieces and allows process engineers to stack multiple thinner plates for simultaneous cutting, increasing throughput per cycle. U/V Travel: 150 × 150 mm In Wire EDM, the U and V axes control the independent movement of the upper wire guide, enabling taper cutting. A 150 × 150 mm U/V travel is exceptionally large. On the shop floor, this means the machine can cut extreme draft angles and complex independent top-and-bottom profiles—such as extrusion dies or complex aerospace nozzles—that machines with standard U/V travels (typically 50–70 mm) simply cannot process. Work Tank Inner Dimensions: 1050 × 840 mm The work tank size dictates the absolute maximum physical footprint of the tooling or fixture block that can be loaded into the machine, regardless of the cutting area. At 1050 × 840 mm, this tank comfortably accommodates oversized mold bases or large clamping systems, giving operators ample clearance to properly secure the workpiece before initiating the cut.   Mold matching and workpiece adaptation: versatile and universal machining solution As a versatile and universal equipment, the second-hand Shadick ALN600QS slow walking wire demonstrates extremely high cost-effectiveness in adapting to workpieces in different industries. Based on the dimensions of its processing slot (1050 × 840 mm), let's take a look at which specific scenarios it is suitable for:Automotive parts stamping molds: Automotive stamping molds are usually larger in volume. The maximum workpiece size of this equipment can reach 800 × 570 × 340 mm during jet machining, which can easily accommodate the progressive die template of automotive hardware and complete high-precision hole cutting.3C electronics and connector molds: The 3C industry requires extremely high surface smoothness and dimensional consistency. In immersion processing mode (maximum workpiece size 800 × 570 × 280 mm), the workpiece is completely immersed in the working fluid, with minimal thermal deformation, making it very suitable for processing mobile phone parts molds and precision connectors.Medical devices and aviation structural components: For medical device parts made of titanium alloy or special stainless steel materials, ALN600QS's stable discharge control combined with large taper machining capability can form complex geometric shapes in one go, reducing subsequent polishing processes. How do key parameters affect selection When purchasing equipment, it is not advisable to look at a single parameter in isolation. The parameter combination of Shadick ALN600QS provides you with a high input-output ratio selection logic:Processing slot size vs stroke utilization: A large processing slot of 1050 × 840mm, combined with an actual cutting stroke of 600 × 400mm, means that there is sufficient space around for installing various non-standard fixtures or rotating tables. If the types of workpieces in your factory are complex and often require the use of special fixtures, this "large groove with medium to large stroke" design can greatly reduce the difficulty of clamping.The height difference between jet and immersion processing (340mm vs 280mm): When selecting, special attention should be paid. If the height of your workpiece is between 280mm and 340mm, the equipment can only use jet processing. Jet machining has fast processing speed but high requirements for flushing pressure; If the height of the workpiece is within 280mm, immersion processing can be used to achieve the best constant temperature high-precision cutting effect. This parameter difference directly affects your process scheduling for ultra thick workpieces. Frequently Asked Questions (FAQ) 1. What size of mold can be processed with the 600 × 400 × 350mm stroke of Shadick ALN600QS slow wire?Although the cutting stroke is 600 × 400 × 350mm, the machining slot size of this equipment reaches 1050 × 840mm. This means that you can place the maximum 800 × 570mm mold plate into the slot for local cutting. As long as the actual hole range that needs to be cut is within 600 × 400mm, the equipment can be perfectly adapted. 2. How to consider the difference in maximum workpiece height between jet machining and immersion machining (340mm and 280mm) when selecting?Immersion processing (maximum height 280mm) completely submerges the workpiece in water, with excellent thermal stability, suitable for precision molds with extremely high requirements for dimensional accuracy and surface roughness. If your workpiece height is between 280mm and 340mm, only jet machining can be used. Although it can cut through, the water pressure flushing effect and thermal stability will be slightly inferior to immersion mode. When selecting, it is necessary to evaluate based on the thickness of the mainstream workpieces in your factory. 3. What is the direct impact of the maximum wire speed of 420 mm/s on the production cycle?The maximum wire speed determines the chip removal ability during rough machining. The high-speed wire feeding of 420 mm/s combined with high current discharge can significantly shorten the time of the first cutting (rough cutting). For processes that require "one rough cut, multiple trimming", shortening the rough cutting time can directly increase the daily output of a single device. 4. Which factories are suitable for this second-hand Shadick slow-moving silk stock from 2018 as an instant production capacity supplement?Very suitable for automotive stamping molds, 3C electronic plastic molds, and medical device parts OEM factories. Because it is sold in stock, the factory can avoid the several month lead time for ordering new machines after purchasing, and immediately put them into production. The universality of its "large slot matching with large stroke" allows factories to accept orders without being limited by a single workpiece type.

The used Tongtai CMV-1050A is a highly capable vertical machining center (VMC) engineered in Taiwan, China, designed to deliver exceptional rigidity and precision across diverse manufacturing environments. Built in 2014, this specific machine (Stock Number: 811694) features the industry-standard FANUC 0i-MD CNC system, a robust BT40 spindle, and a generous 1050 × 510 × 530 mm three-axis travel envelope. As a versatile workhorse, it is an ideal fit for shop owners and production managers seeking an immediate capacity boost. Whether you're machining automotive brackets, aerospace components, or intricate electronics molds, this VMC offers exceptional multi-application flexibility. Currently in stock and ready to ship, this Tongtai CMV-1050A presents a cost-effective procurement opportunity—allowing facilities to bypass long OEM lead times and integrate reliable milling capacity into their production lines without delay. Core Specifications and What They Mean in Production Understanding the technical parameters of the Tongtai CMV-1050A is crucial for evaluating its fit within your production workflow. Every specification on this machine translates directly to metal removal rates, part size compatibility, and overall cycle time efficiency. Brand & Model Tongtai CMV-1050A Stock Number 811694 Year of Manufacture 2014 Origin Taiwan, China CNC System FANUC 0i-MD 3-Axis Travel (X/Y/Z) 1050 × 510 × 530 mm Spindle Taper BT40 Spindle Speed 8000 rpm Spindle Power 15 kW Tool Magazine Capacity 24 Tools 1050 × 510 × 530 mm 3-Axis Travel The 1050 mm X-axis travel provides a substantial work envelope, accommodating long structural components or multi-vise setups. In high-production environments, operators can fixture multiple identical parts along the table, reducing tool change frequency per part and minimizing idle time. The 510 mm Y-axis and 530 mm Z-axis offer ample clearance for deep pocket milling, tall fixtures, or the integration of a 4th-axis rotary table if required by your process engineers. BT40 Spindle with 8000 rpm and 15 kW Power The BT40 spindle is the backbone of this machine's versatility. Driven by a 15 kW motor, it delivers the torque required for aggressive roughing passes in carbon steel and cast iron, while the 8000 rpm maximum speed ensures fine surface finishes in aluminum and brass. This balance of torque and speed allows the Tongtai CMV-1050A to transition seamlessly from heavy material removal to high-precision contouring, making it an ideal asset for job shops handling a wide variety of materials. 24-Tool Magazine Capacity Equipped with a 24-tool automatic tool changer (ATC), this VMC supports complex machining operations requiring multiple drills, taps, end mills, and face mills. A 24-tool capacity is generally sufficient to complete intricate aerospace or medical parts in a single setup without manual tool swaps, ensuring continuous, uninterrupted production. FANUC 0i-MD CNC System The FANUC 0i-MD control is globally recognized for its reliability, rapid processing speeds, and user-friendly interface. For production managers, this translates to a significantly reduced learning curve for operators. Because FANUC proficiency is widespread among machinists, this used machine can be seamlessly integrated into your workflow, producing parts almost immediately after installation. Tooling Match and Part Fit The true value of the Tongtai CMV-1050A lies in its broad applicability across multiple industries. By utilizing the universally accepted BT40 tooling ecosystem, procurement managers can easily source tool holders, collets, and cutting tools, keeping inventory costs manageable. Automotive Industry: Excellent for machining engine brackets, transmission housings, and suspension components. The 15 kW spindle delivers the torque needed for fast cycle times on cast aluminum and steel parts. Aerospace Components: The rigid structure and precise FANUC control make it suitable for milling aluminum alloy structural frames, brackets, and interior fittings where dimensional accuracy is critical. Mold Making: The 8000 rpm spindle allows for the effective use of smaller-diameter ball nose end mills, essential for the 3D contouring of injection molds and die-casting dies. Medical Devices: Capable of producing orthopedic implants and surgical instrument housings, where superior surface finishes and tight tolerances are required. Electronics Sector: Ideal for machining heat sinks, communication equipment enclosures, and semiconductor manufacturing fixtures, benefiting from rapid positioning and fast tool changes. Frequently Asked Questions (FAQ)Q: How many workpieces can be placed in the actual layout of Dongtai CMV-1050A with a stroke of 1050mm?A: The 1050mm X-axis stroke means that there is ample workspace on the workbench. When processing small and medium-sized automotive parts or 3C structural components, it is easy to install 3 to 4 flat pliers side by side for multi station array processing, greatly reducing the time for spindle shutdown for loading and unloading, and directly improving the output cycle of a single shift.Q: What hardness of mold steel is suitable for processing with BT40 spindle and 15kW power?A: The 15kW BT40 spindle provides excellent cutting torque, making it very suitable for processing common medium hardness mold steels such as H13 and P20. During the rough machining stage, it is possible to ensure a high metal cutting rate without causing stuck cars; In the semi precision machining stage, a speed of 8000rpm can also provide a surface finish that meets the requirements.Q: Does the Fanuc Oi MD system for this second-hand equipment in stock have high requirements for operators?A: Fanuc Oi MD is a classic system with a high market share. This means that it is very easy for you to recruit operators or programmers, and the vast majority of CNC masters can get started directly without additional system training time, making it very suitable for factories that need to buy it back and immediately put it into production.Q: What are the advantages of purchasing this versatile vertical machining center compared to a specialized machine?A: The biggest advantage lies in the flexibility and risk resistance of "one to many". The dedicated machine can only produce a single product, while the CMV-1050A, with its moderate stroke, standard tool magazine, and universal spindle, can mill automotive die-casting parts today and drill medical device parts tomorrow. In an environment of fluctuating orders, this versatile spot equipment can ensure that the production line always maintains a high utilization rate.

This 2020 Miyano BNA-42S2 is a high-performance turn-mill center, currently in stock and available for inspection at our Kunshan facility. Engineered for complex, high-precision machining, this unit features a 42mm bar capacity and a 6000 RPM spindle—a versatile solution for shops requiring rapid production of small-to-medium components. Fully equipped with live tooling, a bar feeder, and a chip conveyor, this machine is ready for immediate integration into your production line. It is an ideal asset for automotive, medical, and electronics manufacturers looking to scale capacity without the lead times of new equipment. Key Specifications and Production Readiness Understanding the specifications of the BNA-42S2 is essential for determining how it fits into your current workflow. Below are the core technical parameters and their implications for your shop floor: Model: Miyano BNA-42S2 Control: Fanuc TD Max Bar Capacity: 42 mm Max Turning Diameter: 80 mm Spindle Speed: 6000 rpm Max Turning Length: 235 mm Spindle Distance: 310 mm Tooling: Live Tooling Equipped Production Interpretation: 42mm Bar Capacity: The "sweet spot" for small-to-medium precision components. It handles standard bar stock efficiently, minimizing material waste and setup time. 6000 RPM Spindle: High spindle speeds are critical for achieving superior surface finishes on non-ferrous materials like aluminum and brass, as well as high-speed turning of steel alloys. Live Tooling Capability: The ability to perform milling, drilling, and cross-drilling in a single setup eliminates the need for secondary operations, significantly reducing cycle time and labor costs. Ideal Applications and Industries The Miyano BNA-42S2 is a versatile workhorse, suitable for high-mix, low-to-medium volume production or dedicated high-speed lines. Suitable Industries: Automotive: Ideal for producing sensors, hydraulic fittings, and small engine components that require tight tolerances and high-speed cycle times. Medical Devices: The machine's precision is well-suited for surgical instruments, dental components, and orthopedic fasteners where surface finish and dimensional accuracy are non-negotiable. Electronics: Perfect for connectors, housing components, and small specialized hardware used in consumer electronics and telecommunications. General Precision Machining: Any shop focusing on complex, multi-axis parts that require turning and milling in a single cycle will see immediate ROI from the BNA-42S2. If your current production involves moving parts between a lathe and a mill, this machine will consolidate those processes, freeing up floor space and reducing work-in-progress inventory. Why This Machine is worth considering The market for high-quality Japanese turn-mill centers is competitive. The BNA series is renowned for thermal stability and structural rigidity. Unlike lighter-duty alternatives, the BNA-42S2 maintains accuracy over long shifts—essential for 24/7 operations. As a 2020 model, it offers a balance of modern technology and cost-efficiency, providing a lower capital expenditure than new equipment while delivering comparable output quality. Frequently Asked Questions Can I inspect the machine under power? Yes. This Miyano BNA-42S2 is available for inspection at our Kunshan facility. We encourage you to bring your own parts or test bars to verify the machining capability and precision firsthand. Is the bar feeder included in the sale? Yes, the machine comes as a complete package, including the bar feeder, parts catcher, and LNS chip conveyor. It is configured for immediate integration into your production line. Is this machine suitable for high-volume production? Absolutely. The BNA-42S2 is designed for high-speed, repetitive tasks. With the automated bar feeder and parts catcher, it is specifically built for unattended, high-volume production cycles.

The Doosan NHP 5000 is a high-performance horizontal machining center (HMC) engineered for high-volume, precision-critical production. With a 730 x 730 x 880 mm work envelope, a 15,000 RPM spindle, and a 40-tool automatic tool changer (ATC), this machine is built for rapid cycle times and complex part processing. Currently in stock and available for inspection, this unit offers an immediate capacity upgrade for manufacturers in the automotive, aerospace, and precision component sectors. Core Specifications and Production Performance Review the technical parameters of the Doosan NHP 5000 to verify its compatibility with your production requirements: Model Doosan NHP 5000 Controller Fanuc X/Y/Z Travels 730 x 730 x 880 mm Rapid Traverse (X/Y/Z) 60 m/min Spindle Speed 15,000 rpm Spindle Taper ISO #40 Spindle Power 30 / 18.5 kW Spindle Torque 230 N·m Pallet Size 500 x 500 mm Table Load Capacity 500 kg ATC Capacity 40 Tools Production Impact: 60 m/min Rapid Traverse: High rapid rates minimize non-cutting time, which is essential for reducing cycle times in high-volume batch production. 15,000 RPM Spindle: Provides the speed required for high-efficiency finishing in aluminum and non-ferrous materials, while maintaining 230 N·m of torque for robust steel milling. 40-Tool ATC: Supports complex part families and multi-process setups, allowing for extended, unattended operation. Tooling Match and Part Fit The NHP 5000 is a proven workhorse. Its 500 x 500 mm pallet is an industry standard, ensuring seamless integration with existing fixtures for transmission housings, engine blocks, aerospace brackets, and industrial valve bodies. The ISO #40 taper is optimized for high-speed, high-precision applications. While not intended for heavy-duty, large-diameter face milling that would require a #50 taper, it excels in the high-speed milling, drilling, and tapping operations standard in electronics and medical device manufacturing. Evaluating the NHP 5000 for Your Shop When assessing this machine for your facility, consider these production dynamics: Throughput vs. Complexity: For high-volume parts requiring multi-face access, the combination of 60 m/min rapids and a 40-tool ATC will directly increase your throughput. Material Versatility: The 15,000 RPM spindle offers the flexibility to switch between aluminum housings and steel structural components without changing machines. Footprint Efficiency: The 500mm pallet size balances a generous work envelope with a compact footprint, maximizing output per square meter of floor space. Is This Machine Right for Your Production? The Doosan NHP 5000 is an ideal fit if your requirements include: Medium-Volume Production: Shops requiring consistent repeatability across medium-to-large batch runs. Complex Geometries: Parts requiring multi-side access, benefiting from the horizontal configuration and automatic pallet changing. Mixed Material Workloads: Facilities handling a variety of materials, from aluminum to medium-carbon steels, requiring a versatile spindle. Immediate Capacity Needs: Manufacturers looking for an "in-stock" solution to bypass long lead times for new equipment. Frequently Asked Questions What industries is the Doosan NHP 5000 most suitable for? The NHP 5000 is highly versatile and widely used in automotive component manufacturing, aerospace precision machining, mold and die making, medical device production, and general electronics housing manufacturing. Is the 500mm pallet size enough for my parts? The 500mm pallet is the industry standard for medium-sized parts and is generally sufficient for components fitting within a 500mm cube. If your parts are significantly larger or require massive heavy-duty fixtures, verify the clearance against your specific fixture dimensions. How does the 15,000 RPM spindle affect my tooling choices? The 15,000 RPM spindle requires balanced tool holders to minimize vibration at high speeds. It is optimized for high-speed steel or carbide tooling used in finishing and light-to-medium roughing operations. Can I inspect this machine in person? Yes, this machine is currently in stock. We encourage potential buyers to schedule an inspection to verify the machine's condition, test the spindle, and review the controller operation.

This 2016 Gleason 300TWG gear grinder is available for immediate inspection and production assessment. Engineered for high-precision gear finishing, this unit features a 300mm grinding diameter and is equipped with a Siemens CNC system. Whether you are scaling automotive transmission production or manufacturing aerospace components, this machine offers the precision and control required for complex gear geometries. It is an ideal capacity solution for shops needing to integrate reliable, high-precision grinding without the lead times associated with new equipment. Core Specifications and Production Impact These specifications define the machine's operational envelope and part-processing capabilities. Reviewing these parameters is essential to ensure the 300TWG aligns with your specific gear manufacturing requirements. Specification Value Production Impact Model Gleason 300TWG Industry-proven platform for precision gear finishing. Grinding Diameter 300 mm Maximum external diameter (OD) capacity. X-Axis Travel +30 / -210 mm Radial positioning range for varied gear geometries. Y-Axis Travel 85 – 240 mm Vertical positioning for face width and gear placement. Z-Axis Travel 100 – 500 mm Maximum shaft or gear length capacity. CNC System Siemens Industry-standard interface for programming and diagnostics. Application Suitability The Gleason 300TWG is engineered for versatility across several high-demand sectors. Given its 300mm grinding diameter, it is particularly well-suited for: Automotive: Efficient finishing of transmission gears, differential gears, and planetary sets. Aerospace: High-precision requirements for actuator gears and auxiliary power unit components where surface finish is critical. Precision Tooling: Producing high-accuracy gear components for injection molding or die-casting applications. General Industrial: Ideal for small-to-medium batch production of precision spur and helical gears. When evaluating this machine, consider your current tooling inventory. The Siemens CNC platform allows for straightforward integration into existing production environments, provided your team is familiar with the Siemens programming architecture. Evaluating the 300TWG for Your Workflow Selecting a used gear grinder requires matching the machine’s "envelope" to your specific part family. The Gleason 300TWG’s axis travels are optimized for precision rather than heavy-duty roughing. The X-axis range (+30 / -210 mm) provides sufficient clearance for complex gear geometries, while the Z-axis (100-500 mm) supports a wide variety of shaft-type gears. If your production involves parts that consistently fall within the 300mm diameter limit, this machine provides the rigidity and control necessary to maintain tight tolerances. Assessing the Gleason 300TWG for Your Shop To determine if the Gleason 300TWG is the correct fit, compare the machine's specifications against your "worst-case" part scenario. Consider the following: Size Compatibility: Do your highest-volume parts exceed the 300mm grinding diameter? If not, this machine is appropriately sized. Process Requirements: Does your process require the precision and repeatability that the Siemens CNC/Gleason combination is known for? Integration: Does your facility currently operate with Siemens-based controls, or can your programming team adapt to this interface? Throughput: Are you looking to offload specific gear grinding tasks from larger, less efficient machines to a dedicated, specialized unit? Frequently Asked Questions What is the maximum gear diameter this machine can grind? The Gleason 300TWG has a maximum grinding diameter of 300 mm. It is best suited for parts that fall within or below this threshold to ensure optimal grinding performance and clearance. Is the Siemens CNC system compatible with standard gear grinding software? Yes. The Siemens CNC system is an industry-standard controller. Most modern gear grinding software packages are compatible with this platform, though you should verify your specific post-processor requirements during the inspection phase. What types of gears can be produced on this machine? The 300TWG is a versatile platform capable of handling various gear types, including spur and helical gears. Its axis configuration allows for the precision finishing required in automotive and aerospace applications. Can I inspect the machine under power? Yes. We facilitate inspections for qualified buyers. We recommend bringing a sample part or a representative drawing to verify the machine's setup and axis travel against your specific production needs.