The Schleifring K-P48 is a precision CNC surface grinder engineered for high-tolerance grinding applications. Available for immediate inspection, this machine features a robust 1200x600mm work envelope and the reliable Siemens 840D sl control system. With a 6000 RPM spindle and an 800kg table load capacity, it is built for production environments requiring consistent, high-accuracy surface finishes on medium-to-large components. Review the technical specifications below to determine if this unit aligns with your manufacturing requirements. Technical Specifications and Production Capabilities Understanding the technical parameters of the Schleifring K-P48 is essential for assessing its impact on your throughput and part quality. Below is a breakdown of the critical machine specifications. Specification Technical Value Machine Model Schleifring K-P48 X/Y/Z Axis Travel 1200 x 600 x 500 mm Table Dimensions 1200 x 600 mm Maximum Table Load 800 kg Spindle Speed 6000 RPM Grinding Wheel Size 400 x 40 x 127 mm CNC System Siemens 840D sl 1200 x 600 mm Work Envelope The 1200x600mm table capacity defines the maximum footprint for your parts in a single setup. This size is well-suited for mold bases, large die plates, or multiple smaller components fixtured in a grid. The 500mm Z-axis travel provides ample vertical clearance for tall workpieces or complex tooling, offering flexibility for diverse production schedules. 6000 RPM Spindle Performance A 6000 RPM spindle speed is a key indicator of the machine's ability to achieve high-quality surface finishes. This speed range supports the effective use of modern grinding wheels, including CBN (Cubic Boron Nitride) and diamond wheels, which are necessary for processing hardened steels and exotic alloys. This capability allows for faster feed rates without compromising surface integrity, directly improving your cycle times. 800 kg Table Load Capacity The 800kg load capacity reflects the structural rigidity of the machine bed and axis drive systems. This allows for the grinding of heavy steel blocks or large cast-iron components without risking the deflection or vibration that often causes dimensional inaccuracy in surface grinding. Tooling Compatibility The Schleifring K-P48 uses a 400 x 40 x 127 mm grinding wheel. This is a standard industrial size, ensuring wide availability of abrasive media. When matching this machine to your parts, consider the following: Peripheral Speed: The 400mm diameter wheel, combined with the 6000 RPM spindle, allows for high peripheral speeds. Ensure your coolant system is configured to manage the heat generated at these speeds to prevent thermal damage to the workpiece. Wheel Width (40mm): A 40mm wheel width is versatile for both roughing and finishing passes, providing an effective balance between material removal rate (MRR) and surface flatness. Bore Size (127mm): The 127mm bore is a common standard, ensuring compatibility with your existing inventory of wheel adapters and balancing arbors, which helps minimize setup time. Why the Siemens 840D sl Control is an Asset Selecting a used surface grinder requires balancing machine capabilities against your production bottlenecks. The K-P48 is equipped with the Siemens 840D sl control, a critical factor for many shops. Key advantages of the Siemens 840D sl: Integration: As one of the most widely used CNC platforms globally, the learning curve for operators already familiar with Siemens controls is minimal. Programming: The 840D sl supports complex cycles, simplifying the programming of intricate grinding paths, such as step grinding or profile dressing, directly at the machine interface. Diagnostics: The system provides advanced diagnostic tools, which are invaluable for troubleshooting and maintaining high uptime in a production environment. Frequently Asked Questions Is the Siemens 840D sl control on this K-P48 easy to operate? Yes, the Siemens 840D sl is an industry-standard CNC platform. It features a user-friendly interface designed for complex grinding tasks, making it highly accessible for operators familiar with modern CNC environments. Can this machine handle heavy-duty grinding? Absolutely. With a maximum table load of 800kg and robust machine construction, the K-P48 is designed to handle heavy steel parts without compromising stability or accuracy. What are the primary inspection points for a used surface grinder? Key inspection points include spindle runout, the condition of the slideways, axis repeatability, and the functionality of the CNC control system. Ensuring these core components are in good working order is essential for production reliability. Is the 400mm wheel size standard? Yes, the 400 x 40 x 127 mm wheel size is a standard industrial specification. This ensures that you can easily source replacement grinding wheels from major suppliers without requiring custom tooling.

The YCM DCV-2012B is a heavy-duty gantry machining centre engineered for large-format part processing and high-rigidity milling. With an X-axis travel of 2000mm and a robust BT50 spindle configuration, this machine is built to handle demanding structural components, mold bases, and high-precision tooling tasks. Currently in stock and available for immediate inspection, this unit (Inventory #811495) offers a proven platform for manufacturers looking to scale production capacity without the lead times associated with new equipment procurement. Core Specifications and Production Capabilities Reviewing the technical parameters of the YCM DCV-2012B is essential for determining its suitability for your specific production workflow. The following specifications outline the machine's mechanical capabilities. Feature Specification Model YCM DCV-2012B Travel (X × Y × Z) 2000 × 1200 × 762 mm Worktable Size 2000 × 1100 mm Spindle Taper BT50 Max Spindle Speed 10,000 rpm Tool Magazine 32 Tools (Chain-type) CNC System FANUC MXP-200i Guideway Twin linear rails (hardened) BT50 Spindle and Rigidity The BT50 spindle taper is a defining feature of this machine. Compared to standard BT40 variants, the BT50 interface provides significantly higher clamping force and superior vibration dampening. In a production environment, this allows for heavy-duty roughing passes with large-diameter end mills or face mills without chatter, ensuring consistent surface finishes and extended tool life. Linear Scales and Positioning Accuracy Equipped with three-axis linear scales, the YCM DCV-2012B provides closed-loop feedback, which is vital for maintaining tight tolerances over long machining cycles. This system compensates for thermal expansion and mechanical backlash, ensuring the high-accuracy positioning required for complex mating parts and precision molds. Tooling Capacity and Worktable Utilization The YCM DCV-2012B is optimized for shops requiring a balance between large-part capacity and complex tool management. The 32-tool chain-type magazine is a significant asset for production environments running high-mix, low-volume batches or complex parts that require multiple operations. Efficient Tool Management A 32-tool capacity allows for the staging of complete sets of roughing, finishing, drilling, and tapping tools. This reduces manual tool changes and setup downtime. The chain-type magazine architecture ensures faster tool indexing compared to umbrella-style changers, keeping the spindle running longer during the production cycle. Worktable Capacity The 2000mm x 1100mm worktable is sized to accommodate large plates, castings, or multiple fixture setups. By utilizing a multi-fixture layout, operators can maximize the 762mm Z-axis travel, allowing for continuous machining cycles where one part is loaded while another is being cut, effectively increasing throughput. Frequently Asked Questions What is the primary advantage of the BT50 spindle on this model? The BT50 spindle provides higher torque and greater rigidity compared to BT40 spindles. This makes the YCM DCV-2012B superior for heavy-duty roughing operations, allowing for larger depths of cut and faster material removal rates in harder materials like steel and cast iron. Can this machine handle high-speed finishing? With a maximum spindle speed of 10,000 rpm, this machine balances heavy-duty cutting capability with moderate-speed finishing. While it is not designed for high-speed aluminum machining at 20,000+ rpm, it is highly effective for precision finishing on structural parts and mold components. Why are linear scales important for this machine? Linear scales provide direct position feedback, bypassing errors caused by thermal expansion of the ballscrews. This ensures the machine maintains high positioning accuracy throughout the day, even as the machine warms up, which is critical for parts with tight tolerances. Is the 32-tool magazine sufficient for complex parts? Yes, 32 tools are generally sufficient for most complex mold components and structural parts. The chain-type magazine design is robust and allows for quick tool indexing, minimizing non-cutting time during complex cycles.

This Toshiba BTD-11E.R13 CNC boring and milling machine is currently in stock and available for immediate inspection. Featuring a recent Fanuc 0i-MF control retrofit, this unit combines modern operational reliability with the proven, heavy-duty rigidity of the Toshiba platform. Equipped with a 110mm spindle, BT50 tooling, and a 4000kg table load capacity, this machine is a versatile solution for shops requiring high-precision machining on medium-to-large workpieces. It is ready to integrate into your production line to increase capacity for heavy-duty milling, boring, and drilling operations. Applications and Target Industries The BTD-11E.R13 is engineered for versatility, making it a staple in job shops and production environments handling diverse part geometries. Its combination of travel (1600mm X, 1250mm Y) and high load capacity makes it ideal for: Automotive & Transport: Machining engine blocks, transmission housings, and large structural components. Mold & Die Making: Providing the rigidity required for roughing and finishing large mold bases and complex cavity work. Industrial Machinery: Boring and milling gearboxes, hydraulic pump housings, and heavy-duty frame components. Energy & Power: Manufacturing valve bodies, turbine components, and heavy flange parts where precision indexing is critical. Process Capabilities and Production Efficiency This machine excels in applications demanding a balance of power and precision. The 110mm spindle diameter and BT50 taper support aggressive metal removal rates, while the 0.001° table indexing ensures high-accuracy positioning for multi-sided machining. Key Process Capabilities: Heavy-Duty Boring: The rigid spindle design allows for stable, accurate boring of large-diameter holes in cast iron and steel. Precision Milling: Capable of both heavy roughing and fine finishing, supported by a 40-tool automatic tool changer (ATC) to minimize downtime during complex cycles. Multi-Axis Positioning: With 0.001° indexing, the machine is well-suited for parts requiring precise angular alignment without the need for manual repositioning. Key Specifications and Operational Benefits Feature Operational Advantage Fanuc 0i-MF Control Modern, intuitive interface with high reliability and widespread operator familiarity. 110mm Spindle / BT50 Delivers the torque required for heavy-duty steel and cast iron machining. 0.001° Indexing Table Enables high-precision, multi-face machining in a single setup. 4000kg Table Load Provides stability for heavy castings and large fixtures. 40 ATC Reduces idle time by keeping a wide variety of tools ready for complex jobs. Frequently Asked Questions Q: Is this machine suitable for high-precision mold making? A: Yes. The combination of the 0.001° indexing table and the rigid spindle design makes it well-suited for mold making, where angular precision and surface finish are critical. Q: Can the Fanuc 0i-MF control handle complex 3D contouring? A: The Fanuc 0i-MF is a modern, high-performance control capable of handling sophisticated programming, including 3D contouring and complex tool paths required for modern manufacturing. Q: How does the 110mm spindle compare to standard milling machines? A: The 110mm spindle diameter provides significantly higher torque and rigidity compared to standard vertical machining centers, making it specifically designed for deep boring and heavy-duty milling tasks. Q: Is the 4000kg table capacity sufficient for my parts? A: The 4000kg capacity is designed for medium-to-large workpieces. If your typical parts (plus fixtures) fall within this weight range, the machine's structural integrity will maintain precision during operation.

The AWEA AF1000 is a versatile, mid-sized vertical machining center currently available from our inventory. Featuring a robust 1020mm X-axis travel and the industry-standard Fanuc Oi-MD control, this machine is engineered to bridge the gap between high-volume production and job shop flexibility. Whether you are machining automotive components, aerospace brackets, or mold bases, the AF1000 offers the rigidity and tool capacity required for consistent cycle times. This unit is in stock and ready for immediate inspection and shipment—an efficient way to scale your capacity without the lead times associated with new equipment. Core Specifications and Production Capability Reviewing the specifications of a pre-owned machine is essential to ensuring it aligns with your existing workflow. The AWEA AF1000 is built for general-purpose machining, offering a reliable balance of power, speed, and work envelope. Model AWEA AF1000 CNC Control Fanuc Oi-MD X-Axis Travel 1020 mm Y-Axis Travel 550 mm Z-Axis Travel 635 mm Table Dimensions 1200 x 550 mm Spindle Taper BT40 Spindle Speed 10,000 rpm ATC Capacity 24 Tools Work Envelope (1020 x 550 x 635 mm) The 1020mm X-axis travel is a standout feature, placing this machine in the "standard-large" category for VMCs. This travel length is ideal for shops handling medium-sized parts, such as engine blocks, large fixture plates, or multiple small parts fixtured across a single pallet. The 635mm Z-axis travel provides ample clearance for long tooling setups or deep-hole drilling, offering the vertical depth needed for complex part geometries. Spindle Performance (10,000 rpm, BT40) The 10,000 rpm spindle speed is the "sweet spot" for modern manufacturing. It provides the high RPM necessary for excellent surface finishes on aluminum and non-ferrous materials, while remaining robust enough for steel milling when using appropriate feed and speed parameters. The BT40 taper is the industry standard, ensuring you can easily source tooling, holders, and spare parts without proprietary constraints. Control System (Fanuc Oi-MD) The Fanuc Oi-MD is a proven workhorse. Its ubiquity means most operators are already familiar with the interface, significantly reducing the learning curve for new hires. It offers high reliability, fast processing speeds for complex 3D contouring, and broad compatibility with major CAM software packages. Tooling Match and Part Fit The AWEA AF1000 features a 24-tool Automatic Tool Changer (ATC), a significant operational advantage in a production environment. This capacity allows for a complete set of tools—drilling, tapping, roughing, finishing, and chamfering—to be loaded simultaneously, eliminating the need for manual tool changes during the cycle. Suitable Industries and Processes: Automotive: Ideal for housings, brackets, and engine components requiring consistent tolerance and high throughput. Mold Making: The 10,000 rpm spindle and stable table allow for effective mold cavity machining and core detail work. Medical Devices: Precision control suitable for small, complex parts such as surgical instruments or orthopedic implants. Electronics: Efficient cycle times for chassis milling and connector housing production. How Key Specs Influence Machine Selection When selecting a used vertical machining center, your decision should be driven by how well the machine aligns with your daily throughput requirements. The AF1000 is an all-rounder, not a specialized high-speed machine or a heavy-duty box-way unit. If your production requires 24/7 high-speed aluminum machining, the 10,000 rpm is sufficient, provided your cooling system matches your chip evacuation needs. If you are milling hardened steel, the BT40 taper is robust, but you must respect the machine's rigidity limits by optimizing your depth of cut. The 1200mm table size is generous, allowing for multiple vises or rotary tables, which can effectively double your output if you utilize a tombstone or multi-part fixture setup. Frequently Asked Questions Q: Is the Fanuc Oi-MD control on this Yawei AF1000 compatible with modern CAD/CAM software? A: Yes, the Fanuc Oi-MD is a widely used industry-standard control. Most modern CAM software packages provide specific post-processors for this control, ensuring you can generate code for complex 3D toolpaths without compatibility issues. Q: Can this machine handle heavy-duty steel milling? A: The AF1000 is designed as a versatile all-rounder. While the BT40 spindle can handle steel milling, you should adjust your feed and speed rates to match the machine's rigidity. It is excellent for finishing and medium-duty roughing, but for extremely heavy-duty, constant steel production, ensure your tool paths are optimized to prevent chatter. Q: What is the benefit of the 24-tool ATC capacity for my shop? A: A 24-tool changer allows you to keep a wide variety of tools loaded at all times. This reduces setup time between different jobs, as you don't have to swap out tool magazines frequently. It also enables complex parts that require many different operations to be machined in a single setup, increasing your overall throughput. Q: How do I verify the spindle condition during inspection? A: During your inspection, we recommend using a test bar to check for runout at the spindle nose. Additionally, run the spindle at various speeds—from low to the maximum 10,000 rpm—to listen for any bearing noise, vibration, or temperature spikes. A healthy spindle should run quietly and smoothly across the entire RPM range.

This used Baide MF400C12C is a high-precision 5-axis machining center currently in our inventory (Stock #811452). Equipped with a Siemens 828D control and a 12,000 rpm direct-drive spindle, this machine is engineered for manufacturers requiring complex part geometries and high-speed production. Featuring a 30-tool automatic tool changer (ATC) and full 5-axis capability, it offers an immediate capacity boost for shops serving the automotive, aerospace, or medical sectors. This unit is available now for inspection and shipment. Stock Status and Availability This machine is physically located in our warehouse and is ready for immediate inspection. Purchasing this used Baide MF400C12C offers a cost-effective alternative to the long lead times associated with new equipment. By eliminating procurement delays, you can integrate this unit into your production line immediately—an ideal solution for shops looking to rapidly scale 5-axis capacity. Technical Specifications Review the technical parameters below to ensure this machine aligns with your tooling and part requirements. The MF400C12C is built for precision and versatility. Model Baide MF400C12C Control System Siemens 828D Travels (X × Y × Z) 410 × 610 × 510 mm A-Axis Travel +30° to -120° C-Axis Travel 360° Continuous Rotation Spindle Type BBT40 Direct-Drive Spindle Speed 12,000 rpm Tool Changer 30 ATC Operational Advantages: Spindle Performance: The 12,000 rpm direct-drive spindle delivers the speed required for high-quality surface finishes, ideal for mold making and precision medical components. 5-Axis Flexibility: With a 360° C-axis and -120° to +30° A-axis, this machine handles complex, multi-sided machining in fewer setups, reducing cycle times and minimizing re-fixturing errors. Tooling Capacity: The 30-tool ATC supports complex, multi-process operations, reducing manual tool changes and maximizing machine uptime. Ideal Applications The Baide MF400C12C is a versatile workhorse, making it a strategic asset for various manufacturing environments: Automotive Suppliers: Excellent for machining complex brackets, housings, and powertrain components requiring multi-axis access. Aerospace Sub-contractors: Well-suited for small-to-medium parts requiring high-precision tolerances and intricate geometries. Mold & Die Makers: The 12,000 rpm spindle and 5-axis capability allow for efficient contour milling of complex mold cavities. Medical Device Manufacturers: The precision of the Siemens 828D, combined with the machine's rigidity, supports the production of high-tolerance surgical instruments and implants. General Precision Machining: Perfect for high-mix, low-volume production environments where rapid changeovers and complex part features are standard. Why This Machine? In the current market, securing a reliable 5-axis machining center without waiting for extended manufacturing lead times is a significant competitive advantage. The Baide MF400C12C offers a balance of a compact footprint and advanced 5-axis capabilities. It is a proven "workhorse" for any facility looking to transition from 3-axis to 5-axis production or add capacity to an existing 5-axis cell. The inclusion of the Siemens control system ensures broad compatibility with standard CAD/CAM software used across the industry. Frequently Asked Questions Is the Baide MF400C12C available for inspection? Yes, this machine (Stock #811452) is in stock and available for physical inspection at our facility. Please contact us to schedule a site visit to verify the machine's condition. What industries is the Baide MF400C12C best suited for? This machine is a versatile solution for automotive, aerospace, mold making, medical device manufacturing, and precision electronics. Its 5-axis capability enables the production of complex geometries in a single setup. Does the Siemens 828D control support complex 5-axis programming? Yes, the Siemens 828D is a robust, industry-standard CNC control that provides reliable performance for both 5-axis simultaneous and positional machining operations. Can this machine handle high-speed finishing? Yes, the 12,000 rpm direct-drive spindle is optimized for high-speed finishing, providing the surface quality required for mold making and medical components. How does the 30-tool ATC impact production efficiency? The 30-tool capacity allows for a wide range of tools to be loaded simultaneously, reducing downtime for tool changes and enabling the machine to handle complex part programs without manual intervention.

The HNK HB-130 (Stock #811420) is a heavy-duty horizontal boring mill engineered for demanding machining applications. With a 130mm spindle diameter and an expansive 3000mm X-axis travel, this machine is built to handle large-scale workpieces with high precision. Equipped with a reliable Fanuc 18-MB control system and a 4th-axis rotary table with feedback scales, this unit provides the versatility required for complex milling, boring, and drilling operations. Currently in stock and available for immediate inspection, this machine offers a cost-effective, ready-to-ship solution for production environments requiring high-capacity machining. Core Specifications and Production Impact Understanding the technical parameters of the HNK HB-130 is essential for determining its fit within your existing production workflow. The following specifications define the machine's operational capacity: Model HNK HB-130 Stock Number 811420 Spindle Diameter 130 mm X / Y / Z / W Travels 3000 / 2000 / 1300 / 700 mm Table Dimensions 1800 x 2000 mm CNC Control Fanuc 18-MB Axis Configuration 4-Axis with Scales Origin South Korea 130mm Spindle Diameter: The core of the machine's rigidity. A 130mm spindle supports heavy-duty boring and milling without chatter, making it ideal for deep-hole operations in large castings or weldments. 3000mm X-Axis Travel: Provides an extensive work envelope, allowing you to machine long components in a single setup, which reduces handling time and minimizes cumulative alignment errors. Fanuc 18-MB Control: A proven, stable control system. Its widespread adoption ensures operator familiarity and straightforward integration into existing Fanuc-based production lines. 4-Axis with Scales: Includes feedback scales on the 4th axis for high-precision indexing—critical for parts requiring angular features or multi-sided machining without repositioning the workpiece. Tooling Match and Part Fit The HNK HB-130 is a versatile platform capable of adapting to various industrial requirements. Its structural design is well-suited for: Automotive & Heavy Equipment: Machining large engine blocks, transmission housings, and chassis components. Aerospace: Working on large structural frames and tooling fixtures that require high dimensional accuracy. Mold & Die: Handling large-format mold bases that require deep pocket milling and precision boring. General Heavy Engineering: Boring and milling of industrial pump housings, gearboxes, and large-scale valves. The 1800 x 2000 mm table provides a stable platform for large fixtures. When evaluating part fit, ensure your workpiece weight distribution remains within the table's load capacity to maintain 4th-axis indexing accuracy. Evaluating Machine Selection When comparing this used HNK HB-130 against other machines, the decision should hinge on the balance between your part size and the required spindle torque. The 130mm spindle is optimized for heavy material removal. While this machine may be over-specified for smaller, high-speed parts, it is the ideal solution for production bottlenecks involving "chatter" on large parts or the inability to reach deep features. The rigid spindle and 700mm W-axis (quill travel) are the specific features that will resolve those production constraints. Is This Machine Right for Your Shop? This machine is a strong fit for your shop floor if: You are currently outsourcing large-part machining due to capacity constraints. Your production schedule is limited by equipment that cannot handle long-travel workpieces in a single setup. You require a reliable, proven platform (Fanuc) that can be integrated into your shop immediately. You need to expand your boring and milling capabilities without the lead times associated with new equipment. Frequently Asked Questions Q: Can the 130mm spindle handle heavy-duty steel milling? A: Yes, the 130mm spindle is designed for high-torque applications. It provides the necessary rigidity for heavy milling and boring in steel and cast iron, provided that appropriate tooling and feed rates are utilized. Q: Is the 4th axis suitable for high-precision indexing? A: Yes, the machine is equipped with scales on the 4th axis. This feedback system allows for precise angular positioning, which is essential for parts requiring multi-sided machining in a single setup. Q: How does the 700mm W-axis travel affect my tooling choices? A: The 700mm W-axis (quill travel) provides significant reach for deep-hole boring. This allows you to use shorter, more rigid boring bars, which minimizes vibration and improves surface finish on deep internal features. Q: What type of factory environment is this machine best suited for? A: This machine is best suited for job shops, heavy manufacturing facilities, or OEM production lines that process large, complex components requiring a mix of boring, milling, and drilling operations.

The Check Team V-8L is a reliable, mid-sized vertical machining center engineered for versatility and consistent production. Featuring an 800mm X-axis travel and a proven Mitsubishi E68 control system, this machine is a strategic asset for job shops and manufacturers looking to increase capacity without the lead times of new equipment. This unit is currently in stock, fully operational, and ready for immediate deployment. Whether handling batch production or complex tooling, the V-8L offers the rigidity and stability required for high-precision manufacturing. Suitable Parts and Typical Industries The Check Team V-8L is a versatile workhorse designed to handle a wide range of workpieces across various manufacturing sectors. Automotive & Motorcycle Components: Ideal for machining brackets, engine covers, gear housings, and pump bodies. Precision Tooling & Molds: Well-suited for producing jigs, fixtures, and molds requiring moderate travel. Industrial Hardware: Efficient for batch production of valves, flanges, and mechanical connectors. Electronics Enclosures: Capable of milling and drilling aluminum and steel housings to tight tolerances. Operational Capabilities This machine excels in applications requiring a balance of speed and heavy-duty cutting performance. With 7.5kW of spindle power and an 8000 RPM rating, it supports a variety of operations: High-Efficiency Milling: The 800mm x 500mm table provides ample space for multiple fixtures, enabling continuous production cycles with minimal downtime. Precision Drilling & Tapping: The rigid structure ensures consistent tapping performance, maintaining thread integrity across production runs. Contouring & Profiling: The Mitsubishi E68 control system delivers smooth interpolation, essential for achieving high-quality surface finishes on complex geometries. Ideal Shop Environments The Check Team V-8L is an excellent acquisition for: Job Shops & Contract Manufacturers: Perfect for high-mix environments that require quick changeovers between diverse setups. Secondary Operations: A cost-effective solution for offloading drilling, tapping, or light milling tasks from larger, primary production lines. R&D and Prototyping: The intuitive Mitsubishi control allows operators to program and run short-run prototypes with ease. Key Features & Advantages 800mm X-Axis Travel: Maximizes table utilization for multi-part setups, increasing throughput and reducing operator intervention. Mitsubishi E68 Control: Industry-proven reliability with an intuitive interface, ensuring your operators can get up to speed quickly. 24-Tool Automatic Tool Changer (ATC): Minimizes cycle times for complex, multi-operation parts. Chip Conveyor Included: Ensures efficient chip evacuation for continuous, heavy-duty production cycles. Inspection Checklist To ensure this machine meets your production standards, we recommend the following checks during your on-site inspection: Spindle Performance: Test the spindle at various RPMs to verify smooth operation and lack of vibration, which is critical for surface finish quality. Axis Accuracy & Repeatability: Perform rapid movements and return-to-zero tests to verify positioning accuracy. ATC Functionality: Cycle the 24-tool magazine multiple times to ensure smooth indexing and tool arm operation. Control System & Interface: Navigate the Mitsubishi E68 interface to confirm all parameters are accessible and the display is responsive. Frequently Asked Questions Is the Check Team V-8L suitable for heavy-duty steel cutting? Yes. With a 7.5kW spindle motor, this machine is well-equipped for standard steel and cast iron milling operations, provided appropriate feeds and speeds are applied. How does the 800mm travel affect my throughput requirements? The 800mm travel allows for a longer table setup. You can arrange multiple fixtures to run parts in parallel, significantly reducing machine idle time during loading and unloading. Is the Mitsubishi E68 control difficult to operate? The Mitsubishi E68 is an industry-standard control known for its logical interface and stability. It is widely supported, making it easy to find experienced operators or training resources. Can I inspect this machine under power? Yes, this machine is in stock and available for inspection. We encourage buyers to bring their own test parts or tools to verify the machine's performance firsthand.  

This Kyori PDA-F8 high-speed press (Stock No. 67286) is available for immediate inspection and shipment. Engineered for precision and high-volume output, this 80-ton (800kN) unit features a stroke rate of 150–650 SPM, making it an ideal solution for manufacturers requiring rapid, repetitive stamping cycles. With an 1100 x 800 mm bed and a 30 mm stroke, this machine is purpose-built for progressive die operations, connector manufacturing, and high-speed metal forming. It is ready for evaluation by production teams looking to scale capacity without the long lead times associated with new equipment. Market Availability and Production Value In the current market, lead times for high-speed precision presses often disrupt production schedules. This Kyori PDA-F8 is an in-stock asset, available for immediate technical evaluation. Purchasing this unit allows you to bypass long procurement cycles and integrate a proven, high-speed platform into your stamping lines immediately. The value of this unit lies in its immediate availability and its specific design for high-volume production environments. Unlike general-purpose presses, the PDA-F8 series is built to maintain consistent precision at higher strokes per minute (SPM), ensuring your throughput requirements remains stable while meeting strict part tolerance requirements. Key Specifications and Operational Readiness Reviewing the technical parameters of the Kyori PDA-F8 is essential to determine its fit within your existing production line. Below are the core specifications and their operational impact: Specification Value Production Impact Press Capacity 800 kN (80 Tons) Suitable for medium-force precision stamping. Stroke Length 30 mm Optimized for high-speed, short-stroke applications. Shut Height 360 mm Provides clearance for standard to medium-height progressive dies. Slide Adjustment 50 mm Allows for precise die setup and height compensation. SPM Range 150 - 650 spm High-speed capability for mass production. Bed Size 1100 x 800 mm Accommodates standard progressive die sets. The 150–650 SPM range is the defining feature of this machine. It is designed to handle continuous, high-speed cycles without compromising the structural integrity of the press or the quality of the stamped parts. The 1100 x 800 mm bed provides a stable platform for multi-stage progressive dies, making it a versatile choice for complex, multi-operation stamping tasks. Which Manufacturers Should Consider This Machine? The Kyori PDA-F8 is a versatile, high-performance asset in the high-speed press category. Its design is particularly well-suited for industries that require high-volume, precision output. Consider this machine if your production facility operates in the following sectors: Electronics & Connectors: The high SPM capacity is ideal for the rapid production of lead frames, terminals, and miniature electronic components. Automotive Components: Suitable for small, high-precision parts such as clips, brackets, and electrical contact components. Medical Devices: The precision of the Kyori platform supports the tight tolerances often required in medical metal component manufacturing. General Precision Stamping: Any facility looking to increase throughput for small-to-medium metal parts will benefit from the 650 SPM ceiling. If your current production line is bottlenecked by slower presses, or if you are looking to expand your capacity for high-volume, small-part stamping, this machine offers an immediate, cost-effective upgrade path. Pre-Purchase Inspection Checklist To ensure this machine meets your specific production requirements, we recommend a thorough physical inspection. When evaluating this Kyori PDA-F8, focus on the following mechanical and structural points: Slide and Guide Rails: Inspect for any signs of scoring or uneven wear. Given the high-speed nature of this press (up to 650 SPM), the condition of the slide guides is critical for maintaining part precision. Lubrication System: Check the integrity of the automatic lubrication pump and lines. High-speed presses rely on consistent oil flow to prevent overheating and premature wear. Bed Surface: Examine the bolster plate and bed surface for excessive pitting or damage from die crashes. A clean, flat bed is essential for proper die mounting. Operation at Speed: If power is available, verify the machine runs smoothly through its SPM range (150–650) to ensure the motor and drive system are responsive and stable. Why This Machine is a Strategic Choice The decision to acquire a used high-speed press is often driven by the need for immediate capacity expansion. The Kyori PDA-F8 provides a balance between robust 80-ton force and high-speed cycle times. Because this unit is in stock, it eliminates the "waiting game" of new machine manufacturing. For production managers facing increased order volumes or the need to replace aging, inefficient equipment, this machine represents a reliable, known-entity solution that can be integrated into your production schedule immediately upon delivery. Frequently Asked Questions Q: Is this Kyori PDA-F8 currently available for inspection? A: Yes, this machine (Stock No. 67286) is in stock and available for inspection. Please contact our sales team to arrange a visit to our facility. Q: What type of production is the 150-650 SPM range best suited for? A: This SPM range is designed for high-volume, precision stamping. It is ideal for progressive die work, such as producing electronic connectors, lead frames, and small automotive metal components where speed and repetition are critical. Q: Can this machine handle heavy-duty blanking? A: This machine is rated at 80 tons (800kN). While it is capable of blanking, it is primarily engineered for high-speed, precision operations. We recommend verifying your specific die tonnage requirements against the 80-ton capacity to ensure it fits your application. Q: What is the primary advantage of buying this used Kyori press? A: The primary advantage is immediate availability. You gain access to a capable, high-speed production asset without the long lead times associated with ordering new machinery, allowing you to scale your production capacity quickly.

The AIDA NC2-200(1) is a high-rigidity, straight-side press engineered for precision metal stamping and forming. Featuring a 200-ton capacity, 150mm stroke, and a generous 1850mm x 650mm bed area, this machine is a reliable workhorse for automotive, appliance, and general metal component manufacturing. Stock Status and Availability This AIDA NC2-200(1) press (Stock #87407) is in stock and ready for immediate purchase. For procurement managers and plant owners, acquiring a pre-owned AIDA unit offers a cost-effective solution to capacity constraints, bypassing the extended lead times associated with new machinery. This machine has been selected for its structural integrity and is ready for a technical audit by your engineering team. available for inspection: We encourage prospective buyers to arrange an on-site visit to verify the machine's condition, test slide movement, and assess the control interface. Contact our team to schedule your inspection. Technical Specifications Reviewing the technical specifications of the AIDA NC2-200(1) is essential to confirm it meets your operational requirements. This press is designed for stability and consistent force application. Specification Details Model AIDA NC2-200(1) Capacity 200 Tons Stroke Length 150 mm Strokes Per Minute (SPM) 35 - 70 SPM Slide Adjustment 110 mm Slide / Bed Area 1850 x 650 mm Origin Japan Production Capabilities: 200-Ton Capacity: Provides the force required for blanking, piercing, and forming medium-gauge steel and non-ferrous metals. 1850 x 650 mm Bed Area: The wide bed accommodates progressive dies and multi-stage tooling, enabling complex part production in a single cycle. 35-70 SPM Speed: This range allows for optimized throughput requirementss, supporting higher throughput for automated lines while maintaining the control necessary for manual feeding. Ideal Industry Applications The AIDA NC2-200(1) is a versatile asset suitable for diverse manufacturing environments. If your facility operates in any of the following sectors, this machine can address your immediate need for reliable stamping capacity: Automotive Tier 2/3 Suppliers: Ideal for brackets, clips, and structural reinforcements. Appliance & Electronics Manufacturers: Suitable for chassis components, heat sinks, and internal housings. Tooling & Mold Shops: Provides the necessary rigidity for die tryout or pilot production runs. General Metal Stamping: Its flexibility makes it an excellent "swing" machine to handle overflow work or dedicated product lines. Pre-Purchase Inspection Checklist When evaluating a used press, we recommend that your maintenance or tooling engineers perform the following checks to ensure the machine aligns with your production standards: Slide Guidance System: Inspect the gibs and guide surfaces for signs of excessive wear or scoring. Smooth slide movement is essential for die longevity. Clutch and Brake Assembly: Verify the engagement and stopping time of the clutch/brake unit. This is critical for operator safety and cycle consistency. Bed and Bolster Condition: Check the bolster plate for significant pitting, heavy scarring, or signs of previous overloading, which can affect part flatness. Lubrication System: Ensure the automatic lubrication system is operational and that there are no signs of oil leakage around the main seals. Why This Machine is a Strategic Asset In the current market, finding a reliable, high-capacity press available for immediate deployment is a significant advantage. The AIDA NC2 series is renowned for its durability and structural rigidity—factors that directly contribute to lower vibration and higher part quality. By investing in this stock unit, you avoid the production bottlenecks caused by waiting for new machine manufacturing cycles. This is an opportunity to scale your stamping operations quickly with a proven, industry-standard machine. Frequently Asked Questions Is the AIDA NC2-200(1) available for inspection? Yes, this machine (Stock #87407) is currently in our inventory and available for on-site inspection. Please contact us to schedule a viewing with your engineering team. What production applications is this 200-ton press suitable for? With 200 tons of capacity and a 1850mm bed, this press is ideal for automotive component stamping, medium-sized progressive die work, appliance manufacturing, and general precision metal forming. How does the stroke rate impact production output? The 35-70 SPM range offers a balance between high-speed production and the control required for complex forming operations, making it highly versatile for various metal stamping cycles. What is the primary benefit of the NC2 series design? The AIDA NC2 series is designed for high rigidity, which minimizes deflection under load. This is crucial for maintaining tight tolerances on stamped parts and extending the life of your expensive tooling.

In the competitive landscape of precision manufacturing, the ability to scale production capacity rapidly determines market leadership. We are offering a high-performance used DMG MORI DMU 65 monoBlock 5-Axis Machining Center, currently in stock and ready for immediate deployment to your facility. This machine represents a premier opportunity for shops looking to upgrade their 5-axis capabilities without the lead times associated with new capital equipment. The DMG MORI monoBlock series is renowned for its exceptional rigidity and thermal stability, making this pre-owned DMG MORI DMU 65 monoBlock an ideal asset for high-precision industries. Whether you are expanding your current fleet or replacing legacy equipment, this unit offers the technical specifications required to meet the most stringent tolerance demands of modern engineering. In-Depth Specification Analysis Understanding the technical pedigree of this machine is essential for assessing its fit for your production environment. Below is a breakdown of the core specifications for this used DMG MORI DMU 65 monoBlock and what these parameters deliver on the shop floor. Feature Specification Model DMG MORI DMU 65 monoBlock CNC Control Heidenhain TNC640 X/Y/Z Travel 735 x 650 x 560 mm Spindle Speed 20,000 RPM Spindle Interface HSK-A63 Spindle Power 35/25 KW Spindle Torque 130/86 Nm A-Axis Travel ±120° C-Axis Travel 360° Tool Magazine 30 Tools Heidenhain TNC640 Control The inclusion of the Heidenhain TNC640 control is a significant advantage. This CNC system is the industry standard for complex 5-axis contouring. Its processing power allows for shorter block processing times and advanced look-ahead capabilities, ensuring that your second hand DMG MORI DMU 65 monoBlock maintains high feed rates even when executing complex 3D toolpaths. This results in superior surface finishes and reduced cycle times. Spindle Dynamics: 20,000 RPM & HSK-A63 The 20,000 RPM spindle speed is optimized for high-speed machining (HSM). When paired with the HSK-A63 tool interface, the system achieves maximum rigidity and clamping force. Unlike traditional steep-taper interfaces, the HSK-A63 offers superior contact area, which is critical for minimizing vibration during high-speed finishing operations. This ensures that the DMG MORI DMU 65 monoBlock machining accuracy specs are maintained consistently throughout the tool's life. monoBlock Structural Rigidity The "monoBlock" design philosophy prioritizes a single, massive casting for the machine bed. This structural integrity minimizes thermal deformation and vibration, providing a stable foundation for the 5-axis trunnion table. This rigidity is the primary reason this model is favored for heavy-duty cutting alongside precision finishing. Why Choose This Model? When searching for used machine tools, the decision often comes down to balancing performance with capital expenditure. This DMG MORI DMU 65 monoBlock in stock provides a strategic advantage by allowing you to bypass the long lead times of new machine procurement. Compared to entry-level 5-axis machines, the DMU 65 monoBlock offers a more robust platform. The thermal compensation algorithms integrated into the machine architecture ensure that dimensional accuracy remains stable, even during long production runs. For manufacturers dealing with exotic materials or tight-tolerance parts, this machine provides a level of reliability that lower-tier alternatives cannot match. Immediate Capacity Boost This DMG MORI DMU 65 monoBlock for sale is ready for inspection and shipment. If you are calculating the used DMG MORI DMU 65 monoBlock price against the potential revenue generated by increased 5-axis capacity, the ROI on this unit is highly favorable. Contact us today to schedule a demonstration or inspection. Key Competitive Advantages Investing in a high-end platform like the DMU 65 monoBlock provides distinct operational advantages that directly impact your bottom line. Superior Surface Finish: The high-speed 20,000 RPM spindle combined with the TNC640 control allows for finer step-overs and smoother toolpaths, drastically reducing the need for secondary polishing or manual finishing. Complex Geometry Capability: With full 5-axis simultaneous motion (A-axis ±120°, C-axis 360°), you can machine complex, multi-sided parts in a single setup. This reduces handling time and eliminates the accumulation of tolerances caused by multiple re-fixtures. Thermal Stability: The monoBlock construction is engineered to dissipate heat effectively, ensuring that the machine maintains its precision from the first part of the shift to the last, without requiring constant offset adjustments. High Productivity: The 30-tool magazine capacity allows for complex multi-part setups, enabling the machine to run unattended for longer periods, thereby increasing your overall throughput per square foot of floor space. Application Industries The versatility of this machine makes it a cornerstone asset for several high-tech manufacturing sectors: Aerospace: Producing lightweight, high-strength structural components and turbine parts that require complex 5-axis milling. Medical Technology: Manufacturing orthopedic implants and surgical instruments where surface integrity and biocompatibility are paramount. Automotive: Developing high-performance engine components, transmission parts, and prototype tooling. Mold & Die: Creating intricate core and cavity geometries with high surface finish requirements, reducing manual bench work. Energy & Power Generation: Machining complex impellers and housing components for fluid handling and power systems. Frequently Asked Questions What are the primary benefits of the monoBlock design for 5-axis machining? The monoBlock design utilizes a single, heavy-duty cast iron bed that provides exceptional vibration damping and thermal stability. In 5-axis machining, where the trunnion table is constantly moving, this rigidity prevents micro-vibrations that can ruin surface finishes, ensuring that the DMG MORI DMU 65 monoBlock machining accuracy specs are upheld throughout the entire range of motion. Is the Heidenhain TNC640 control suitable for high-speed machining? Yes, the TNC640 is specifically designed for high-speed, high-precision 5-axis contouring. It features advanced look-ahead algorithms that calculate the machine's motion profile in advance, preventing jerk and ensuring smooth acceleration and deceleration, which is critical when utilizing the 20,000 RPM spindle capacity. How does the HSK-A63 spindle interface impact tool performance? The HSK-A63 interface provides a dual-contact surface (taper and flange) which offers significantly higher rigidity and clamping force compared to traditional steep-taper (BT/CAT) systems. This is vital for high-RPM applications, as it prevents tool deflection and chatter, leading to longer tool life and better surface quality on the workpiece. What is the typical application range for this specific machine? This pre-owned DMG MORI DMU 65 monoBlock is designed for high-precision, complex parts. It is ideally suited for industries requiring tight tolerances, such as aerospace, medical device manufacturing, and high-end mold and die work, where 5-axis simultaneous machining is required to achieve the necessary geometry in a single setup. Is this machine available for immediate site inspection? Yes, this unit is currently in stock at our facility and available for inspection. We recommend that technical personnel visit to verify the machine's condition, run test cuts, and confirm that the specifications align with your specific production requirements. Please contact our sales team to arrange a viewing.

In the competitive landscape of modern manufacturing, the ability to scale production rapidly while maintaining uncompromising quality is the defining factor of success. For facilities looking to expand their gear production capabilities without the extended lead times associated with new equipment, this used Liebherr LCS 300 represents an exceptional opportunity. German-engineered for reliability and precision, this machine is currently available and ready to ship, providing an immediate solution for high-volume gear manufacturing requirements. As a premier choice among used machine tools, the Liebherr LCS 300 is renowned for its rigidity, thermal stability, and advanced control systems. Whether you are looking to replace an aging unit or add a new production line, this pre-owned Liebherr LCS 300 offers the perfect balance of cost-efficiency and high-end performance. With the global demand for precision-ground gears increasing across automotive and industrial sectors, securing a machine of this caliber in stock is a strategic move for any production manager. In-Depth Specification Analysis Understanding the technical capabilities of your equipment is vital for optimizing production workflows. This machine provides a robust platform for complex gear grinding tasks. Below is the detailed breakdown of the technical specifications and what they mean for your daily operations. Parameter Specification Operational Impact Brand Liebherr Industry-leading German engineering and build quality. Model LCS 300 Optimized for high-precision gear grinding. Stock Number 811346 Verified inventory unit available for immediate inspection. CNC System Siemens 840D Industry-standard reliability with intuitive programming. Max Module 7 Capable of handling robust, heavy-duty gear teeth. Gear Diameter 300mm Suitable for a wide range of medium-sized industrial gears. Table Diameter 140mm Compact footprint with stable workpiece support. Bore Diameter 82mm Accommodates standard tooling and arbor setups. Spindle Diameter 200mm Provides high rigidity for vibration-free grinding. Helix Angle Range 15-450mm (Adjustable) Flexibility for complex gear geometries. Grinding Slide Stroke 600mm Vertical travel capacity for deep and complex profiles. Table Height 60-660mm Adjustable workspace for ergonomic loading/unloading. The integration of the Siemens 840D control system is a significant advantage. This CNC platform is widely recognized for its high processing speed, extensive diagnostic capabilities, and user-friendly interface. Operators familiar with Siemens controls will find the transition to this machine seamless, reducing training time and allowing for a faster ramp-up to full production capacity. Why Choose This Model? When evaluating used Liebherr LCS 300 price points against the cost of new machinery, the value proposition becomes clear. This machine offers the same legendary Liebherr precision—built to last for decades—at a fraction of the capital investment required for a brand-new unit. Unlike new machines that may come with months of lead time, this Liebherr LCS 300 in stock unit eliminates the waiting game, allowing you to integrate it into your production floor immediately. The LCS 300 series is specifically designed for the continuous generation grinding of cylindrical gears. It is not merely a tool; it is a comprehensive solution for manufacturers who require high throughput without sacrificing the micron-level accuracy demanded by modern engineering standards. By choosing a second hand Liebherr LCS 300, you are investing in a proven platform that has already demonstrated its capability to hold tolerances in demanding environments. Key Competitive Advantages The versatility of this machine makes it a "jack-of-all-trades" in the gear shop. Here are the primary advantages that set this unit apart: Superior Thermal Stability: Liebherr’s design philosophy prioritizes structural integrity. Even during long production runs, the machine maintains its precision, ensuring that the first part of the shift is identical to the last. High-Speed Throughput: The kinematics of the LCS 300 allow for rapid grinding cycles. This is essential for companies looking to increase their OEE (Overall Equipment Effectiveness) and reduce cost-per-part. Versatile Application Range: With a module capacity of 7 and a 300mm gear diameter, this machine is flexible enough to handle a diverse array of gear types, from spur gears to helical gears, making it an ideal asset for job shops and high-volume production lines alike. Ease of Integration: The Siemens 840D control system communicates effectively with modern factory networking, allowing for easy integration into existing Industry 4.0 setups and data collection systems. Application Industries The Liebherr LCS 300 applications are vast, making it a highly liquid asset for any manufacturing facility. Its precision and reliability are leveraged across several critical sectors: Automotive: Essential for the production of transmission gears, differential components, and EV reduction drive gears where noise reduction and durability are paramount. Aerospace: Used for grinding high-strength, lightweight alloy gears that must meet stringent certification standards for safety and performance. Mold Making: Utilized for creating precision components for injection molding and die-casting machinery, where gear accuracy directly impacts the quality of the final mold. Medical Devices: Ideal for manufacturing miniature, high-precision drives for surgical robotics and medical imaging equipment. Electronics & Robotics: Perfect for producing the precision gearboxes required for industrial robotic arms and automated assembly systems. Frequently Asked Questions Is this Liebherr LCS 300 currently available for immediate purchase? Yes, this machine is in our warehouse and ready to ship. We understand that production schedules are critical, which is why we prioritize having our Liebherr LCS 300 for sale units staged and ready for rapid deployment to your facility. Can the Siemens 840D control system be updated? The Siemens 840D is a robust, industry-standard controller. While the current hardware is fully operational, it is highly compatible with modern software updates and can be integrated into your existing network protocols for data monitoring and production tracking. What are the primary machining accuracy specs for this unit? The LCS 300 is designed for high-precision gear grinding. It is capable of achieving DIN 4-5 quality levels, depending on the gear geometry, material, and grinding parameters. It is engineered to maintain these tight tolerances consistently under high-load production conditions. Is this machine suitable for smaller job shops? Absolutely. While it is powerful enough for high-volume automotive production, its versatility makes it an excellent choice for job shops that handle a variety of gear types. The quick changeover capabilities allow you to switch between different gear profiles efficiently, maximizing the utility of the machine. What is included with the purchase of this used Liebherr LCS 300? The machine includes the base unit, the Siemens 840D control system, and all standard equipment currently attached. We provide full technical documentation and specifications to assist your team with installation and initial setup.

In the competitive landscape of modern manufacturing, the ability to scale production quickly is a distinct advantage. If your facility requires an immediate boost in capacity for high-precision, small-diameter components, the used Citizen L20E-2M9 Swiss Type Lathe stands out as a premier solution. This machine is currently in stock and ready to ship, providing an instant upgrade to your machining capabilities without the extended lead times associated with new equipment procurement. As a versatile all-rounder, this machine integrates seamlessly into diverse production environments. Whether you are managing high-volume runs or complex, multi-axis geometries, the Citizen L20E-2M9 offers the reliability and throughput necessary to maintain a competitive edge. By integrating this pre-owned Citizen L20E-2M9 into your workshop, you gain access to Japanese engineering excellence at a fraction of the capital investment required for new machinery. In-Depth Specification Analysis Understanding the technical capabilities of this machine is essential for assessing its fit within your existing production workflow. The Citizen L20E-2M9 is engineered for precision, and every specification reflects its design intent for high-efficiency manufacturing. Maximum Machining Diameter: 20mm - This capacity is optimized for small-to-medium parts, making it ideal for high-speed production of pins, connectors, and precision fasteners. Maximum Machining Length: 200mm - The ability to handle lengths up to 200mm allows for the production of slender, elongated components that require high stability and minimal vibration. Maximum Drilling Diameter: 5mm - Integrated drilling capabilities reduce the need for secondary operations, streamlining the workflow for parts requiring axial holes. Maximum Tapping Diameter: M4 - The M4 tapping capacity ensures that threaded features can be completed within the primary machining cycle, significantly reducing total cycle time. Main Spindle Speed: 10,000 rpm - High rotational speed is critical for achieving superior surface finishes and maintaining tight tolerance control, especially when working with difficult-to-machine materials. When searching for used machine tools, evaluating the specific performance metrics against your part portfolio is vital. The Citizen L20E-2M9 is not just a lathe; it is a compact production cell. The combination of high spindle speed and specific drilling/tapping capacities means that this second hand Citizen L20E-2M9 can often replace multiple machines in a traditional production line, consolidating your floor space and reducing material handling time. Why Choose This Model? The market for pre-owned Citizen L20E-2M9 units is driven by the machine's reputation for longevity and rigidity. Unlike general-purpose CNC lathes, this Swiss-type machine utilizes a sliding headstock design. This design is fundamentally superior for long, slender parts because the material is supported directly at the point of cutting. This eliminates the deflection commonly experienced in conventional turning centers. Comparing the used Citizen L20E-2M9 price against the cost of new equipment reveals a compelling value proposition. For manufacturers looking to expand capacity, the return on investment (ROI) is realized much faster with this machine. Because the Citizen L20E-2M9 is widely recognized for its robust build quality, a well-maintained used unit retains its precision and functionality for years, making it a safe and strategic investment for shops of all sizes. Furthermore, having a Citizen L20E-2M9 in stock means your production plans do not need to be delayed by OEM supply chain constraints. You can integrate this unit into your facility, perform the necessary setup, and begin generating revenue almost immediately. Key Competitive Advantages The versatility of this machine is its greatest asset. When evaluating Citizen L20E-2M9 applications, it becomes clear that this machine is designed to handle a vast array of complex tasks with ease. High-Speed Throughput: With a 10,000 rpm spindle, cycle times are drastically reduced. This is essential for high-volume manufacturing where every second counts toward profitability. Compact Footprint: The L20E-2M9 is designed to maximize output per square meter. In facilities where floor space is at a premium, this machine offers an efficient solution without sacrificing power or precision. Reduced Secondary Operations: By incorporating drilling and tapping directly into the primary machining cycle, the machine minimizes the need for manual intervention or transfer to other stations, thereby reducing the risk of error and handling damage. Exceptional Machining Accuracy: The Citizen L20E-2M9 machining accuracy specs are industry-leading, ensuring that your parts meet the stringent requirements of high-demand sectors such as aerospace and medical device manufacturing. Application Industries The flexibility of the Citizen L20E-2M9 makes it a staple in various high-precision industries: Automotive: Ideal for producing small, high-tolerance components such as sensors, fuel system parts, and intricate fasteners. Aerospace: Capable of machining complex, lightweight components that require absolute precision and repeatability. Mold Making: Used for the production of small, intricate pins and ejector components that demand high surface quality. Medical Devices: Perfectly suited for the manufacturing of surgical instruments, bone screws, and dental implants where material integrity and dimensional accuracy are non-negotiable. Electronics: Essential for the high-volume production of connectors, pins, and micro-components used in consumer and industrial electronics. Frequently Asked Questions 1. What makes the Citizen L20E-2M9 different from a standard CNC lathe? The L20E-2M9 is a Swiss-type lathe, meaning it utilizes a sliding headstock. This allows the material to be machined right at the guide bushing, providing superior support for long, slender parts, which prevents the deflection typically seen in standard lathes. 2. Is the Citizen L20E-2M9 in stock and ready for immediate shipping? Yes, this specific unit is currently in our inventory. It is available for immediate inspection and shipping, allowing you to bypass the long lead times often associated with acquiring new machinery. 3. Can this machine handle materials like stainless steel? Absolutely. The Citizen L20E-2M9 is robust enough to handle a variety of materials, including stainless steel, aluminum, and brass, provided the correct tooling and cutting parameters are applied for the specific grade of material. 4. What are the primary machining accuracy specs for this model? The Citizen L20E-2M9 is renowned for its high-precision capabilities. It is designed to hold tight tolerances consistently, which is why it is widely used in industries like medical and aerospace where precision is critical to part performance. 5. How does the used Citizen L20E-2M9 price compare to new models? Purchasing a pre-owned Citizen L20E-2M9 offers a significant cost advantage. You receive a high-performance machine that has been proven in the field, allowing you to expand your production capacity while maintaining a much healthier capital expenditure profile compared to buying brand-new equipment.