This 2020 Zeiss PRISMO 7/9/5 verity Coordinate Measuring Machine (CMM) is in stock and available for immediate inspection in Wuxi. Engineered for high-precision quality control, this unit features a 700 x 900 x 500 mm measurement volume, making it an ideal solution for facilities requiring rigorous dimensional verification. Renowned for high-speed scanning and exceptional accuracy, this machine is well-suited for automotive, aerospace, and precision manufacturing applications. The unit is ready for on-site inspection by appointment. Stock Status and buying value This 2020 model (Stock ID: 811949) offers a strategic balance of modern metrology performance, current software compatibility, and cost-efficiency. Acquiring a pre-owned Zeiss PRISMO verity allows manufacturers to integrate high-end measurement capabilities into their production lines while bypassing the extended lead times typical of new capital equipment procurement. The machine is available for immediate on-site inspection. We encourage procurement teams and quality managers to schedule an appointment to verify the condition of the granite table, the probe system, and the overall operational status of the machine. Key Specifications and Production Readiness The Zeiss PRISMO verity series is engineered for high-speed, high-precision measurement. Review the specifications below to ensure this unit aligns with your specific part tolerances and throughput requirements. Parameter Specification Model PRISMO 7/9/5 verity Measurement Range (X/Y/Z) 700 x 900 x 500 mm MPE (E0) 0.7 + L/400 μm (at 19°C–22°C) Repeatability (R0) 0.6 μm Scanning Error (THP) 0.9 μm Measurement Time (MPT) 40 s Form Error (RONt) 0.7 μm Production Interpretation: Measurement Volume: The 700 x 900 x 500 mm envelope is optimized for medium-sized components, including engine blocks, complex housings, and aerospace sub-assemblies. Accuracy & Repeatability: With an E0 of 0.7 + L/400 μm and R0 of 0.6 μm, this machine is designed for high-tolerance parts where micron-level deviations are critical. Throughput: The MPT of 40 seconds indicates high-speed scanning capability, essential for production lines requiring 100% inspection or high-volume sampling without creating bottlenecks. which operations should consider this machine now The Zeiss PRISMO verity is a versatile workhorse in the metrology industry. Its design prioritizes flexibility, allowing it to adapt to diverse measurement tasks across multiple sectors. Automotive and Aerospace For manufacturers producing gearboxes, turbine blades, or structural castings, the PRISMO’s ability to handle complex geometries with high repeatability ensures that parts meet stringent safety and performance standards. Medical Device Manufacturing The precision offered by the 0.7 μm form error (RONt) makes this CMM ideal for checking the circularity and profile of medical implants and precision instruments, where dimensional integrity is non-negotiable. Electronics and Mold Making In mold making, where the accuracy of the cavity and core directly impacts the quality of the final molded part, this machine provides the necessary verification to reduce scrap rates and optimize tooling adjustments. Inspection Points Before Purchase To ensure this machine meets your production requirements, we recommend the following inspection steps during your site visit: Granite Table Integrity: Inspect the granite surface for any scratches, chips, or signs of improper handling that could affect the stability of the measurement setup. Probe System Functionality: Verify the movement and calibration status of the probe head. Ensure there is no audible grinding or erratic movement during test runs. Air Supply and Pressure: Check the air bearings. The system requires clean, dry, and stable air pressure to operate within the specified accuracy range. Software and Controller: Confirm the controller version and software compatibility with your existing CAD/CAM workflows. Why This Machine is worth considering now The Zeiss PRISMO 7/9/5 verity is recognized industry-wide for its stability and measurement speed. In the current market, securing a 2020 unit in excellent condition offers a significant advantage for companies looking to rapidly upgrade their quality assurance capabilities. This machine is a long-term asset for maintaining consistent quality. Available for immediate inspection and shipment, it is a practical solution for production managers addressing urgent capacity requirements. Frequently Asked Questions Q: Is this machine currently available for inspection? A: Yes, this unit is in stock. Please contact us to schedule an appointment for a physical inspection and operational demonstration. Q: What type of production environment is this CMM best suited for? A: This machine is highly versatile, suited for high-precision environments including automotive, aerospace, medical device, and mold-making facilities that require high-speed scanning and sub-micron accuracy. Q: How does the 40s MPT affect production throughput? A: The 40-second Measurement Time (MPT) is optimized for high-throughput environments. It allows for faster data acquisition compared to standard CMMs, which helps minimize inspection bottlenecks in high-volume production lines. Q: What is the primary advantage of the PRISMO verity series? A: The PRISMO verity series is known for combining high measurement speed with excellent accuracy, making it a robust choice for both lab-grade metrology and high-speed production floor quality control.

This 2017 Leadwell V-40i Vertical Machining Center is currently in stock and available for immediate inspection. Featuring a 1000 x 600 x 500 mm work envelope and a 10,000 RPM direct-drive spindle, this machine is a versatile solution for shops requiring a balance of rigidity and high-speed performance. Equipped with the industry-standard Fanuc 0i-MD control and roller linear guides, it is engineered to handle a wide range of materials and complex geometries. Whether you are scaling up production capacity or adding a flexible unit to your floor, this machine is ready for immediate deployment. Machine Availability and Value Proposition This Leadwell V-40i (Stock #811950) is located at our facility and is available for inspection. In the current manufacturing market, sourcing machinery with a proven track record of rigidity and control compatibility is essential for maintaining production schedules. As a 2017 model, this unit offers a strategic balance of modern control capabilities and established mechanical reliability. The primary value of this unit lies in its versatile configuration. It is not a niche machine but rather an all-purpose workhorse engineered to handle diverse workloads—from heavy-duty roughing to high-speed finishing. Because this machine is in stock, you avoid the long lead times associated with new equipment procurement, allowing for immediate integration into your production line upon purchase. Technical Specifications Understanding the mechanical configuration of the V-40i is critical for determining how it fits into your existing production ecosystem. Below are the core specifications: Feature Specification Model Leadwell V-40i Work Envelope (X/Y/Z) 1000 x 600 x 500 mm CNC Control Fanuc 0i-MD Spindle Type BT40 Direct Drive Spindle Speed 10,000 RPM Guideway Type Roller Linear Guides (3-Axis) Thermal Management Spindle Oil Cooler Work Envelope and Capacity The 1000mm X-axis travel provides ample room for multi-part fixturing or larger workpieces. This increases throughput per cycle, as operators can load multiple parts on the table simultaneously, reducing downtime between cycles. Spindle Dynamics The BT40 direct-drive spindle at 10,000 RPM offers a distinct advantage: direct coupling minimizes vibration compared to belt-driven alternatives. This is critical for achieving superior surface finish quality in aluminum and soft steel components. The inclusion of a spindle oil cooler is a vital feature for production environments; it prevents thermal expansion of the spindle during long-running cycles, ensuring consistent dimensional accuracy throughout the shift. Rigidity and Motion The use of roller linear guides on all three axes is a significant upgrade over standard ball-type guides. Roller guides provide a larger contact surface area, which translates to higher vibration dampening and load-bearing capacity. This allows the machine to handle heavier cuts without sacrificing the rapid traverse speeds required for efficient production. Ideal Applications for the Leadwell V-40i The Leadwell V-40i is a versatile asset suitable for various industrial sectors. Its design philosophy favors adaptability, making it a strong candidate for the following environments: Automotive Tier 2/3 Suppliers: Ideal for machining brackets, housings, and engine components that require consistent tolerances and moderate volume. Mold & Die Shops: The combination of a 1000mm table and roller guide rigidity makes it suitable for base plate machining and cavity work where surface finish and geometric accuracy are paramount. Aerospace Sub-contractors: Capable of handling small-to-medium structural components, particularly when utilizing the high-speed spindle for aluminum alloy finishing. Medical Device Manufacturing: The precision offered by the Fanuc control and direct-drive spindle allows for the production of surgical instrument housings and medical equipment components. General Contract Manufacturing: A reliable "all-rounder" machine for shops handling diverse job orders, from chassis machining to heat sink production. Why Choose This V-40i? In a production environment, the ability to scale capacity quickly is often constrained by equipment availability. This Leadwell V-40i represents a strategic acquisition for shops looking to balance investment cost with performance. It avoids the "over-spec" trap—providing exactly what is needed for 80% of standard milling tasks—without the complexity or price point of high-end, specialized 5-axis systems. The 2017 model year ensures that you are getting a machine compatible with modern CAD/CAM software workflows via the Fanuc control, while the mechanical specs (roller guides, direct drive) ensure it remains relevant for years of continued operation. It is a proven, reliable, and available solution for immediate capacity expansion. Frequently Asked Questions Q: Is this machine currently available for inspection? A: Yes, this Leadwell V-40i is in stock at our facility. We encourage interested buyers to schedule an appointment to run test cuts and inspect the machine's mechanical condition. Q: Is the Fanuc 0i-MD control suitable for my operators? A: The Fanuc 0i-MD is one of the most widely used industrial controls globally. Most experienced CNC operators are already proficient with this interface, which minimizes training time and allows for immediate integration into your production workflow. Q: Can this machine handle heavy-duty steel cutting? A: Yes. The combination of the BT40 spindle and roller linear guides provides the rigidity required for steel cutting. While it is not a dedicated heavy-duty horizontal boring mill, it is more than capable of standard steel milling and roughing operations. Q: What is the benefit of the spindle oil cooler? A: The oil cooler circulates temperature-controlled oil through the spindle head. This prevents heat buildup during high-speed or long-duration runs, which is essential for maintaining consistent part dimensions and preventing thermal expansion errors.

The Doosan NHP5000 is a versatile, high-performance horizontal machining center (HMC) engineered to balance speed, rigidity, and precision. This 2021 model features a 15,000 rpm spindle, 730mm X/Y travels, and a 40-tool automatic tool changer (ATC), providing a robust solution for shops looking to scale capacity immediately. Whether you are processing automotive components, aerospace housings, or complex mold bases, this machine offers the flexibility to handle diverse production requirements with minimal downtime. Currently in stock and available for inspection, this unit is a strategic asset for shops requiring a reliable, all-around production workhorse. Core Specifications & Production Impact Specification Value Production Impact Model Doosan NHP5000 Proven platform; excellent parts support. Control Fanuc Industry-standard control; minimal operator training required. X/Y/Z Travel 730 / 730 / 880 mm Optimized for mid-sized parts and multi-face machining. Spindle Speed 15,000 rpm Supports high-speed finishing and efficient light-alloy milling. Spindle Torque 230 N·m Delivers sufficient torque for steel and cast iron milling. Rapid Traverse 60 m/min Minimizes non-cutting time to boost throughput. Table Size 500 x 500 mm Compatible with standard pallet fixtures for high-volume production. Tool Capacity 40 Accommodates complex parts requiring extensive tooling. The NHP5000 is engineered for throughput. The 60 m/min rapid traverse rate significantly reduces chip-to-chip time, which is a primary driver of productivity in batch production environments. The combination of a 15,000 rpm spindle and 230 N·m of torque ensures you do not have to compromise between speed and power; it handles high-speed aluminum milling and heavy-material roughing with equal capability. Tooling & Application Fit The 500 x 500 mm table is the industry standard for 500mm-class horizontal machining. This configuration is specifically optimized for: Automotive Components: Engine blocks, transmission housings, and suspension brackets requiring multi-face access. Aerospace Parts: Structural components and housings where rigidity and precision are paramount. Industrial Machinery: Pump bodies, valve manifolds, and hydraulic parts that benefit from the HMC’s superior chip evacuation. With 40 tool positions, this machine is well-suited for parts requiring a wide variety of operations—drilling, tapping, boring, and contouring—without frequent tool swaps. This reduces setup time and allows for complex, multi-process parts to be completed in a single setup. Evaluating the NHP5000 for Your Shop When selecting a used horizontal machining center, the NHP5000 stands out as a versatile "all-rounder." Many machines on the market are either high-speed/low-torque (optimized only for aluminum) or high-torque/low-speed (optimized only for heavy steel). The NHP5000’s spindle configuration (30/18.5 kW) provides a broad power band, making it a safer investment for shops that handle varying job mixes. The 880mm Z-axis travel is particularly useful for deep-hole drilling or long parts, providing more clearance than many competing machines in the 500mm class. If your current production involves deep cavities or long, complex housings, this extra Z-axis travel is a distinct advantage. Is the NHP5000 Right for Your Production? This machine is an ideal fit if your production environment meets the following criteria: High-Mix, Medium-Volume: You need a machine that can switch between different part types without extensive re-tooling. Precision Requirements: You are producing parts with tight tolerances that require the stability of a horizontal platform. Capacity Expansion: You need a "ready-to-run" machine to handle an influx of new orders or to replace an aging, less efficient asset. Diverse Materials: You process a mix of aluminum, steel, and cast iron, requiring a spindle that can handle both speed and torque. Frequently Asked Questions Q: Which industries is the Doosan NHP5000 best suited for? A: The NHP5000 is highly versatile, making it an excellent choice for automotive component manufacturing, aerospace parts, medical device production, and general mold making. Its balance of speed and torque allows it to process both aluminum and steel components effectively. Q: What is the production impact of the 15,000 rpm spindle? A: The 15,000 rpm spindle is engineered for high-speed finishing and superior surface quality. It reduces cycle times on aluminum parts and supports the use of smaller diameter tooling, which is essential for intricate geometries. Q: Is this machine capable of heavy-duty roughing? A: Yes. With 230 N·m of torque, the machine provides sufficient power for moderate-to-heavy roughing operations in steel and cast iron, while maintaining the flexibility required for high-speed finishing. Q: Can I inspect this machine under power? A: Yes. We encourage all prospective buyers to coordinate an on-site inspection to verify the machine's condition, test the axes, and run the spindle before purchase.

The Kitamura Mycenter-3XG is a high-precision vertical machining center built for versatility. This 2015 model features a 15,000 RPM spindle, 30-tool automatic tool changer (ATC), and 760mm X-axis travel, making it a reliable workhorse for diverse production environments. With 273 N·m of spindle torque and the Arumatik-Mi control system, this machine balances high-speed finishing with the rigidity required for moderate roughing. Currently in stock and available for immediate inspection, this unit is ready to increase capacity for automotive, aerospace, and medical manufacturing applications. Core Specifications & Production Impact Specification Value Model Kitamura Mycenter-3XG Year 2015 Control System Arumatik-Mi X/Y/Z Travels 760 x 455 x 460 mm Table Size 410 x 900 mm Table Load Capacity 500 kg Spindle Speed 15,000 RPM Spindle Taper BBT40 Spindle Torque 273 N·m Spindle Motor 15 HP Rapid Traverse 50 m/min Tool Capacity 30 Tools 15,000 RPM Spindle & Torque: The combination of high RPM and 273 N·m of torque provides the flexibility to handle light-duty aluminum finishing and medium-duty steel cutting. This allows for seamless transitions between high-speed surfacing and more aggressive milling without requiring a machine swap. 50 m/min Rapid Traverse: High rapid traverse rates minimize non-cutting time. In high-volume production, this directly improves cycle times and overall throughput. Arumatik-Mi Control: This control system is optimized for high-speed, high-accuracy processing, supporting the complex 3D contouring essential for mold making and aerospace components. Tooling Compatibility & Part Fit The Mycenter-3XG utilizes a BBT40 spindle taper—the industry standard for mid-sized VMCs—ensuring broad compatibility with existing tooling inventories. The 30-tool magazine is generous for this machine class, supporting complex tool paths and multi-part setups without manual intervention. With a 500kg table load capacity and a 410 x 900 mm work area, this machine is well-suited for: Automotive: Engine components, brackets, and fixtures. Aerospace: Small to medium-sized structural components and housings. Medical: Surgical instruments and device housings requiring high surface finish. Electronics: Chassis and heat sink machining. Machine Selection: The "Sweet Spot" The Mycenter-3XG is a versatile all-rounder. It isn't a dedicated high-speed drill/tap machine, nor is it built for heavy-duty hogging. Instead, it hits the "sweet spot" for job shops requiring flexibility. If your shop handles mixed-lot sizes—switching between steel housings and aluminum plates—the 15,000 RPM spindle and 273 N·m torque provide the necessary range for efficient production. Is This Machine Right for Your Shop? This machine is an excellent fit for production requirements involving: High-Mix, Medium-Volume: The 30-tool changer reduces setup frequency. Tight Tolerances: The rigid Kitamura design ensures consistent accuracy for precision parts. Cycle Time Efficiency: The 50 m/min rapid traverse helps minimize idle machine time. If your primary work involves extremely large, heavy castings requiring massive torque, or if you only perform simple drilling, you may want to verify if the X-axis travel and spindle horsepower align with your specific part dimensions. Frequently Asked Questions Q: Can the Mycenter-3XG handle steel milling, or is it only for aluminum? A: With 273 N·m of torque, this machine is fully capable of milling steel. While it excels at high-speed aluminum work due to the 15,000 RPM spindle, it is robust enough for general steel machining tasks. Q: Is the 30-tool changer standard for this model? A: The 30-tool magazine is a key feature of this specific unit, allowing for complex multi-tool operations, which is highly beneficial for reducing setup times in job shop environments. Q: What is the primary advantage of the Arumatik-Mi control? A: The Arumatik-Mi is designed to optimize high-speed machining and data processing, which helps maintain accuracy during complex contouring and reduces calculation time for intricate tool paths. Q: How do I arrange an inspection of this machine? A: This machine is currently in stock and available for inspection. Please contact our team to schedule a time to view the machine under power.

This 2023 Kent KGS-3060AHD surface grinder (Stock #811847) is available for immediate inspection. Designed for shops requiring high-precision, automated surface finishing, this unit features a 600 x 300 mm magnetic chuck capacity and robust hydraulic travel. It is a reliable solution for mold base preparation and hardened steel finishing, offering a cost-effective alternative to new equipment lead times. Machine Specifications & Operational Capacity Review the machine's work envelope to ensure it aligns with your shop's requirements: Specification Value Brand Kent Model KGS-3060AHD Table Size 600 x 300 mm Table Travel (X) 660 mm Table Travel (Y) 340 mm Year 2023 Production Context: The 600 x 300 mm table is a workhorse in tool and die shops. The 660 mm X-axis travel allows the grinding wheel to clear the workpiece entirely, preventing "step-off" marks and ensuring superior flatness. The 340 mm Y-axis travel provides ample room for multi-part setups or larger plates. Workholding & Application Compatibility When evaluating the Kent KGS-3060AHD for your facility, consider the following: Workholding: The 600 x 300 mm table is typically configured for electromagnetic or permanent magnetic chucks. Verify that your existing tooling plates are compatible with these dimensions. Part Types: This machine is optimized for grinding flat surfaces on mold inserts, die blocks, fixture plates, and hardened steel. Its rigid construction is engineered to maintain tight tolerances on alloy and tool steels. Grinding Wheels: The spindle is designed for standard surface grinding wheels. Confirm your current wheel inventory and arbor sizes match the spindle configuration. Production Advantages: The AHD System The "AHD" configuration is the primary driver for production efficiency. Unlike manual grinders, the AHD system provides automatic hydraulic downfeed, offering several operational benefits: Efficiency: Automated cycles minimize manual intervention, making this unit ideal for batch processing. Consistency: Automated downfeed eliminates operator variability, ensuring uniform material removal rates across the entire batch. Utilization: This machine is well-suited for environments where operators manage multiple machines; simply set the cycle and move to the next task. Target Applications This machine is a versatile asset for various industrial sectors: Mold & Die: Ideal for finishing mold inserts and slide components where flatness and parallelism are critical. Aerospace & Medical: Suitable for secondary operations on precision components requiring high surface finish quality. General Machining: An excellent choice for job shops handling a high mix of low-to-medium volume parts. If your production involves frequent surface grinding of steel plates or components within the 600 x 300 mm footprint, this machine provides the necessary automation to increase your throughput. Frequently Asked Questions What does the AHD designation mean for this Kent grinder? AHD denotes an Automatic Hydraulic Downfeed system. This enables automated grinding cycles, which improves surface finish consistency and reduces operator fatigue during repetitive batch production. Is the 600x300mm table size suitable for large molds? The 600x300mm table is a standard mid-sized configuration, ideal for medium-sized mold bases, die components, and precision machine parts. While not intended for large-scale automotive stamping dies, it is highly versatile for general precision tooling. What are the primary inspection points for this used surface grinder? Key inspection points include checking table ways for scoring, verifying the hydraulic system for leaks or pressure stability, listening for spindle vibration, and testing the repeatability of the automatic downfeed. Can this machine be used for manual grinding tasks? Yes. While it features automatic hydraulic functions, it can be operated manually for one-off parts or setup tasks, providing flexibility for both high-volume and prototype work.

The Mazak FF5000/40 L is a high-performance horizontal machining center (HMC) engineered for high-speed, high-precision production environments. As a 2024 model, this machine integrates the Smooth C control system with a high-rigidity HSK-A63 spindle interface, offering a balance of speed and stability. With a 660 × 660 × 550 mm travel envelope and a 0.001° A-axis, this unit is designed to handle complex geometries and multi-face machining tasks efficiently. Currently in stock and available for immediate inspection, this machine is a versatile solution for manufacturers in the automotive, aerospace, medical device, and precision mold-making sectors looking to boost capacity with a proven, modern platform. Core Specifications and What They Mean in Production Specification Detail Model Mazak FF5000/40 L CNC Control SMOOTH C Spindle Interface HSK-A63 Max Spindle Speed 12,000 rpm Travel (X, Y, Z) 660 × 660 × 550 mm Table Size Ø500 mm A-Axis Precision 0.001° Tool Magazine 30 Tools Max Table Load 15 kg Included Systems Through-spindle coolant, Chip conveyor, Oil mist collector, Oil-water separation Understanding these specifications is vital for aligning the machine with your specific throughput requirements: Smooth C Control: This control system is designed to minimize non-cutting time. In production, this translates to faster block processing and more intuitive operation, which is critical for shops running high-mix, low-volume parts or complex, high-speed finishing paths. HSK-A63 Spindle Interface: Unlike traditional BT tapers, the HSK interface provides face-and-taper contact. This significantly improves rigidity and vibration damping at high RPMs, essential for maintaining surface finish quality on aluminum or difficult-to-machine alloys. 12,000 RPM Spindle: This speed range is optimized for high-speed machining (HSM). It allows for faster feed rates during finishing operations, effectively reducing cycle times for automotive and electronics components. 0.001° A-Axis: The high-resolution indexing allows for precise angular positioning. This is a requirement for complex parts that need machining on multiple faces without repositioning the workpiece, ensuring geometric accuracy across the entire part. Tooling Match and Part Fit The Mazak FF5000/40 L is built for versatility. The combination of the HSK-A63 spindle and the 30-tool magazine makes it an ideal candidate for production lines that require frequent tool changes or complex tool paths. The Ø500 mm table, combined with the 15 kg load capacity, suggests this machine is optimized for precision-oriented, lightweight components rather than heavy-duty, large-scale casting machining. Suitable Industries and Applications: Automotive: Ideal for machining small-to-medium engine components, transmission parts, and sensor housings where high-speed finishing is required. Medical Devices: The precision of the A-axis and the stability of the HSK spindle make this suitable for complex surgical instrument components and medical implants. Electronics: Excellent for housing components and heat sinks that require high-speed milling and precise hole patterns. Mold Making: Capable of handling small-to-medium mold inserts and cavities where surface finish and dimensional accuracy are paramount. How the Key Specs Affect Machine Selection When selecting a horizontal machining center, the "fit" depends on your throughput requirements and part geometry. The FF5000/40 L is a specialized tool. The 660mm X/Y travel provides a generous working area for its class, allowing for multi-part fixturing on the 500mm table. If your production involves parts that fit within this envelope and require high-speed, high-precision finishing, this machine offers a significant advantage over standard vertical machining centers by providing 4-axis capabilities and efficient chip management. The included chip conveyor and oil-mist collector are essential for high-volume production. They ensure that the machine can run for extended periods without operator intervention for cleaning or environmental maintenance, which is a key factor in calculating the true cost-per-part in a production cell. Is This Machine Right for Your Production? This machine is an excellent investment for factories that are: Scaling up production: If your current vertical machining centers are struggling with cycle times or requiring too many setups, the horizontal configuration of the FF5000/40 L can consolidate processes. Focusing on precision: For shops where tolerance requirements are becoming tighter, the HSK-A63 spindle and 0.001° indexing provide the necessary repeatability. Optimizing for speed: The 12,000 RPM spindle is designed for high-speed throughput. If your parts are made of aluminum or non-ferrous materials, this machine will likely outperform slower, gear-driven machines. However, if your production involves heavy-duty roughing of large steel castings, the 15 kg load limit and the high-speed spindle design may not be the optimal match. Always evaluate your heaviest fixture and workpiece weight against the machine's load capacity before purchase. Frequently Asked Questions Q: Is the Mazak FF5000/40 L suitable for high-volume automotive parts? A: Yes, it is highly suitable. The 12,000 RPM spindle, 30-tool magazine, and integrated chip management systems are designed to support high-speed, continuous production cycles typical in automotive component manufacturing. Q: Can I use standard BT tooling with this machine? A: No. This machine is equipped with an HSK-A63 spindle interface. HSK tooling provides superior rigidity and clamping force at high speeds compared to BT tapers, which is necessary for the performance capabilities of this model. Q: What is the primary advantage of the Smooth C control for my operators? A: The Smooth C control features a high-speed processor that reduces cycle times by accelerating data handling. It also offers a user-friendly interface that simplifies complex programming and setup, reducing the time required for part changeovers. Q: How does the 0.001° A-axis benefit my production? A: The 0.001° resolution allows for extremely precise angular positioning. This enables the machining of complex features on multiple faces of a part in a single setup, significantly increasing accuracy and reducing the need for additional fixtures or re-clamping. Q: Is this machine ready for immediate shipment? A: Yes, this unit is currently in stock. We recommend scheduling an inspection to verify the machine's condition and discuss your specific logistics requirements for transport and installation.

This used Okamoto IGM-15NC CNC Internal Grinder is in stock and available for immediate inspection. Engineered for high-precision bore grinding, this unit features a 10,000–60,000 RPM spindle and a 6–100 mm grinding capacity. It offers a flexible, reliable solution for shops requiring consistent, tight-tolerance internal finishing. With its compact footprint and legendary Japanese build quality, this machine is ready to integrate into your production line and increase throughput for small-to-medium precision components. Suitable Parts and Typical Industries The Okamoto IGM-15NC is built for versatility, making it a workhorse for shops managing a high mix of precision components. Its 6 mm to 100 mm bore capacity bridges the gap between micro-component processing and medium-sized industrial part finishing. Automotive and Powertrain This machine is frequently used for grinding internal bores in gears, bushings, and fuel injection components. The high-speed spindle delivers the surface finish quality demanded by automotive OEMs. Hydraulic and Pneumatic Systems For valve bodies, cylinder sleeves, and pump housings, the IGM-15NC provides the geometric accuracy required for proper sealing and fluid flow. The machine’s rigid Okamoto design minimizes vibration—essential when processing hardened steel hydraulic components. Aerospace and Medical Devices The machine’s precision is ideal for smaller aerospace housings and medical instrument parts. The CNC control ensures batch-to-batch consistency, minimizing scrap rates on high-value materials. Best-Fit Processes and throughput requirements The IGM-15NC is built for shops that prioritize quality and repeatability. Its specifications are optimized for these production scenarios: High-Speed Finishing: With a grinding spindle speed reaching 60,000 RPM, this machine is ideal for small-diameter bores where high surface feet per minute (SFM) are required to achieve a mirror-like finish. Taper Grinding: The -5° to +15° swivel range provides the flexibility to grind tapered internal bores, a common requirement for bearing seats and specialized hydraulic fittings. Batch Consistency: The CNC architecture allows for rapid setup changes between part numbers, making it an excellent candidate for shops running medium-to-high volume batches of similar part families. Precision Bore Sizing: The 300 x 500 mm axis travel offers sufficient clearance for a wide variety of workpieces, ensuring the machine is not limited to a single part geometry. what kind of operation this machine fits This machine is an ideal fit for facilities needing a reliable, versatile internal grinder. It is particularly effective in: Tier 2 and Tier 3 Automotive Suppliers: Shops that need to produce precision bores in hardened steel gears or bushings without investing in multiple specialized machines. Job Shops: Facilities that handle diverse contracts and need a machine capable of switching quickly between different bore diameters and lengths. Precision Tooling Departments: In-house machine shops within larger manufacturing plants that need to produce custom jigs, fixtures, or replacement parts for their own production lines. If your production floor is currently bottlenecked by internal grinding capacity, or if you are looking to replace an aging, less precise unit, the Okamoto IGM-15NC offers an excellent balance of footprint efficiency (2800 x 2240 mm) and operational capability. Why This Machine Works in These Scenarios The value of the Okamoto IGM-15NC lies in its balance of high-speed performance and structural rigidity. The 12 kVA power rating provides sufficient torque for standard grinding, while the 60,000 RPM spindle head is the key to its versatility. Feature Production Benefit 10,000–60,000 RPM Spindle Allows for optimal surface speed across a wide range of bore sizes (6–100 mm). -5° to +15° Swivel Enables complex taper grinding without secondary setups. 300 x 500 mm Travel Accommodates a broad spectrum of part lengths and diameters. Compact Footprint Maximizes floor space utilization in crowded job shops. Frequently Asked Questions Q: Can this machine handle both small bores and medium-sized diameters? A: Yes. The IGM-15NC is designed with a grinding bore capacity of 6–100 mm, making it highly versatile for shops that process a variety of part sizes, from small bushings to medium-sized housings. Q: Is the high-speed spindle suitable for all types of grinding wheels? A: The 60,000 RPM capability is designed for high-precision finishing. We recommend consulting the machine's operational guidelines regarding the specific abrasive types and wheel diameters compatible with this spindle speed range. Q: How does the swivel angle affect my production capabilities? A: The -5° to +15° swivel range allows you to perform taper grinding directly on the machine. This eliminates the need for specialized tooling or secondary operations to achieve tapered internal geometries. Q: Is this machine suitable for high-volume production lines? A: The IGM-15NC is a CNC-controlled machine capable of consistent, repeatable performance. It is well-suited for medium-to-high volume batches, provided the loading and unloading process is optimized for your specific part cycle time.

This pre-owned CAMPRO PV-2216 CNC Gantry Machining Center (Stock #811834) is available for immediate inspection. A 2012 model engineered for heavy-duty, large-format production, it offers a generous 2200 x 1600 x 800 mm working envelope and a robust BT50 spindle. Powered by the reliable Fanuc 0i-MD control system, this machine provides the high-rigidity milling required for large molds, automotive tooling, and structural aerospace components. With a 10,000 RPM spindle and a 2300 x 1450 mm table, this unit delivers the versatility to handle both aggressive roughing and precision finishing in a single setup. Applications and Target Industries The Campro PV-2216 is designed for applications where part size and stability are paramount. Its gantry architecture provides superior support for heavy workpieces that would typically cause deflection on standard C-frame vertical machining centers. Automotive: Ideal for machining large die-casting molds, stamping dies, and engine block fixtures. The 2200mm X-axis travel allows for multi-cavity mold processing in a single cycle. Aerospace: Suitable for structural aluminum or titanium components, such as wing ribs, bulkhead segments, and large frame brackets requiring high-precision contouring. Mold & Die: The rigid structure supports the high-torque demands of deep-pocket milling and heavy material removal common in large-scale plastic injection molds. General Heavy Engineering: Capable of processing large plates, machine bases, and heavy-duty housings for industrial machinery. Production Capabilities and Workflow This machine is configured for facilities that prioritize throughput on large workpieces. The combination of a 10,000 RPM spindle and BT50 tooling allows for a balanced production approach: Heavy Roughing: The BT50 spindle taper ensures high tool rigidity, allowing for aggressive material removal rates on steel and cast iron without excessive vibration. Precision Finishing: The Fanuc 0i-MD control provides the interpolation accuracy required for complex 3D surfaces and tight-tolerance bores. Production Efficiency: With rapid traverse rates of 20 m/min on the X and Y axes, this machine minimizes non-cutting time, making it efficient for batch production where frequent tool changes and positioning are required. Ideal Shop Profile The PV-2216 is a specialized asset for facilities that have outgrown standard vertical machining centers. It is an excellent fit for: Job Shops: Facilities needing a "one-machine-fits-all" solution for large, complex parts that cannot be outsourced due to lead time or quality control requirements. Automotive Tier 1/2 Suppliers: Shops needing to ramp up capacity for die maintenance or rapid prototyping of large automotive components. Tool & Die Houses: Operations requiring a large bed size (2300 x 1450 mm) to accommodate oversized mold bases. Available Now: This unit is in stock and ready for immediate inspection. If your production is bottlenecked by part size limitations, this Campro PV-2216 offers a cost-effective way to expand your facility's capabilities without the lead times of new equipment. Key Specifications and Benefits Feature Production Benefit 2200 x 1600 mm Travel Allows for machining of large molds and long structural parts in one setup. BT50 Spindle Taper Provides the necessary torque and rigidity for heavy-duty cutting operations. 10,000 RPM Spindle Offers the speed required for finer finishing passes on non-ferrous and ferrous materials. Fanuc 0i-MD Control Industry-standard compatibility, ensuring easy operator training and program integration. Frequently Asked Questions Q: Is this machine suitable for high-speed aluminum machining? A: Yes. With a 10,000 RPM spindle, this machine is well-suited for high-speed milling of aluminum components common in the aerospace and automotive sectors, provided the appropriate tooling is used. Q: What is the primary advantage of the BT50 taper on this model? A: The BT50 taper provides significantly higher rigidity and torque transfer compared to BT40 systems. This makes it ideal for deep-pocket milling and heavy-duty roughing on large steel or cast-iron workpieces. Q: Can this machine handle large molds? A: Absolutely. The 2300 x 1450 mm table combined with 2200mm of X-axis travel allows this machine to accommodate large mold bases, making it a staple for tool and die shops. Q: Is this machine available for immediate shipment? A: Yes, this stock unit is available for inspection and immediate logistical planning. Please contact our sales team to schedule a visit.

Stock Number: 811824 | Available for Immediate Inspection The FEMCO BMC-110R1 is a heavy-duty floor-type CNC boring mill engineered for complex, large-scale part processing. Featuring a 4000kg table load capacity, 3-axis box way construction, and a 60-tool automatic tool changer (ATC), this machine is built for shops handling large components, precision molds, and multi-sided machining. This 2012 model is production-ready and available for immediate inspection. Core Specifications and Shop Floor Performance Beyond the raw data, the BMC-110R1 is designed to deliver stability and efficiency for demanding production environments. Specification Details Model FEMCO BMC-110R1 CNC System Fanuc 21i-MB Table Load Capacity 4000 kg X-Axis Travel 1400 mm Y-Axis Travel 1390 mm Z-Axis Travel 1050 mm W-Axis Travel 500 mm Tool Changer 60-Tool ATC Rotary Table Accuracy 0.001° Guideways 3-Axis Box Ways Additional 4th Axis with Linear Scale Rigidity and Vibration Damping The 3-axis box way construction provides the foundation for this machine's performance. Unlike linear guide systems, which prioritize rapid traverse speeds, box ways offer a larger contact surface area. This is critical for heavy-duty milling and boring, where superior vibration damping is required to achieve tight tolerances and high-quality surface finishes on dense workpieces. The Significance of the W-Axis The 500mm W-axis (quill travel) allows the spindle to extend significantly from the machine head. In practical production, this is vital for deep-hole boring or reaching into deep cavities of complex housings. This capability eliminates the need to reposition heavy workpieces, thereby maintaining positional accuracy and reducing setup time. Capacity for Complex Tooling The 60-tool ATC is a significant advantage for a machine in this class. It supports a wide range of cutters, drills, and boring bars, enabling complex, multi-step machining sequences without manual intervention. This is particularly beneficial for "lights-out" production or high-mix, low-volume shops where frequent tool changes are standard. Applications and Workpiece Compatibility The BMC-110R1 offers exceptional versatility. Its combination of a 4000kg table capacity and 0.001° indexing accuracy bridges the gap between a traditional heavy-duty boring mill and a high-precision machining center. Ideal Applications: Large Industrial Castings: Engine blocks, pump housings, and gearbox casings requiring heavy material removal. Precision Molds and Dies: The 0.001° rotary table enables the precise angular machining required for complex mold parting lines and cooling channels. Aerospace Components: Structural frames and large housings demanding high positional accuracy across multiple faces. Energy Sector Parts: Flanges, valve bodies, and turbine components requiring both structural integrity and geometric precision. The 4th axis with a linear scale ensures that table indexing is verified by the scale rather than relying solely on the motor encoder. This provides the reliability needed for high-tolerance work where angular deviation could lead to scrapped parts. Why the BMC-110R1 Fits Your Production Needs When selecting a used boring mill, the BMC-110R1 offers distinct advantages for production managers: Fanuc 21i-MB Control: Widely recognized for reliability and ease of integration. Operators familiar with Fanuc will face a minimal learning curve, reducing downtime during commissioning. Optimized Work Envelope (X:1400, Y:1390, Z:1050): This machine is perfectly sized for medium-to-large parts. It provides an ideal balance of footprint and capacity for components that exceed standard VMC envelopes but do not require massive floor-type boring mills. Operational Versatility: By combining boring capabilities (W-axis) with milling capabilities (ATC and rotary table), this machine acts as a "one-stop" station, reducing the need to move heavy parts between machines—a process that often introduces error and increases handling time. Is This Machine Right for Your Facility? The FEMCO BMC-110R1 is an ideal solution if: You are currently outsourcing large, complex parts due to capacity constraints. Your current VMCs struggle with vibration during heavy boring or face milling on cast iron or steel. You require multi-sided machining that demands precise angular indexing. You need a machine capable of both aggressive roughing (thanks to box ways) and high-precision finishing (thanks to the 0.001° indexing and Fanuc control). While this machine may be over-specified for small, light parts, it is a robust solution for shops dealing with heavy, complex, or high-value components looking to increase throughput. Frequently Asked Questions Q: Is the 4th axis on this BMC-110R1 suitable for continuous milling or just positioning? A: The 0.001° rotary table is designed for high-precision positioning. While robust, its primary advantage is the ability to index to precise angles for multi-sided machining, making it well-suited for applications requiring high angular accuracy. Q: What is the main advantage of the box ways on this machine compared to linear guides? A: Box ways provide superior vibration damping and rigidity. This is critical for heavy-duty boring and milling operations where you need to maintain surface finish and dimensional accuracy while taking deep cuts in tough materials. Q: Can the 60-tool ATC handle heavy boring bars? A: Yes, the ATC is designed to manage a variety of tooling, including standard boring bars. Always ensure your tooling setup adheres to the weight and length limits specified in the original manufacturer’s manual for the tool changer mechanism. Q: Is this machine suitable for mold making? A: Yes. The combination of the rigid box-way structure (for mold base machining) and the 0.001° rotary table (for precision angular machining of mold cavities) makes it a versatile choice for mold shops handling medium-to-large molds. Q: What does the W-axis travel specifically do for my production? A: The W-axis allows the spindle to extend outward. This is essential for boring deep holes or reaching into complex part geometries without moving the workpiece, which saves time and maintains alignment accuracy.

The Mazak HCN-4000II is a high-speed horizontal machining center (HMC) engineered for high-volume production environments. This unit features a 400x400mm pallet, an 18,000 RPM BT40 spindle, and a 560x630x640mm work envelope. Equipped with a full 0.001-degree indexing table, this machine is built for precision multi-sided machining. It is currently in stock and available for immediate inspection, offering an instant capacity boost for facilities requiring high-speed milling, drilling, and tapping across diverse industrial sectors. Key Specifications & Production Suitability Understanding the core specifications of the HCN-4000II is essential to determining how it integrates into your existing workflow. This machine is configured for speed and agility rather than heavy-duty roughing on large steel castings. Specification Technical Detail Model Mazak HCN-4000II (2011) X/Y/Z Travels 560 x 630 x 640 mm Table Size 400 x 400 mm Spindle Interface BT40 Spindle Speed 18,000 RPM ATC Capacity 40 Tools Indexing 0.001 Degree (Full 4th Axis) Control Mazatrol Matrix Nexus 18,000 RPM BT40 Spindle: This high-speed configuration is optimized for aluminum, light alloys, and finishing operations where surface finish and cycle time are critical. It is not intended for heavy-duty steel hogging. 0.001-Degree Table Indexing: This allows for precise angular positioning, which is essential for multi-face machining in a single setup, such as complex housings or manifolds. 40-Tool ATC: The 40-tool capacity provides a sufficient buffer for complex parts or high-mix production, minimizing the need for frequent tool changes or operator intervention. Workpiece Capacity & Application Fit The HCN-4000II is best suited for small-to-medium sized components. The 400mm pallet is the primary limiting factor for your workpiece footprint. If your parts fit within a 400mm cube (accounting for fixture height), this machine provides the necessary rigidity and speed. The BT40 spindle taper is the industry standard for high-speed machining, balancing tool rigidity with rapid tool change times. This setup is highly effective for: Automotive: Engine components, transmission housings, and lightweight structural parts. Aerospace: Small-to-medium aluminum brackets, valve bodies, and structural fittings. Medical Devices: Precision surgical instrument components or housings requiring superior surface finishes. Electronics: Heat sinks and chassis components where high-speed milling is required for efficiency. Evaluating the HCN-4000II for Your Shop When evaluating this machine for your floor, consider the synergy between the Mazatrol Matrix Nexus control and the high-speed spindle. The Matrix Nexus control is widely recognized for its intuitive, conversational interface, which can significantly reduce setup times for operators familiar with the Mazatrol environment. The inclusion of through-spindle coolant (TSC) and the Daikin oil chiller are critical for production stability. The oil chiller manages spindle thermal growth, ensuring dimensional consistency during long production runs. The TSC is essential for deep-hole drilling and clearing chips from complex internal cavities, a common requirement in mold making and precision housing production. Is the HCN-4000II Right for Your Workflow? This machine is an ideal candidate for your production line if: You are running high-volume production of aluminum or light-alloy parts. Your current workflow requires high-speed finishing and complex multi-face indexing. You have existing Mazatrol programming capabilities in your shop. Your part sizes consistently fall within the 400mm envelope. If your primary workload involves heavy-duty, large-scale steel milling (e.g., heavy iron castings), the BT40 spindle and 400mm pallet size may be undersized for your requirements. This machine is built for throughput and precision, not heavy-duty material removal. Frequently Asked Questions Q: Can this machine handle heavy steel roughing? A: The HCN-4000II with an 18,000 RPM BT40 spindle is optimized for high-speed finishing and light-to-medium milling. While it can cut steel, it is not designed for the heavy-duty material removal typically associated with larger BT50 machines. Q: What is the maximum part size this machine can accommodate? A: The table is 400x400mm. While the travels are 560x630x640mm, your fixture and part must be designed to fit within the pallet area while allowing for clearance during tool changes and rotation. Q: Is the Mazatrol Matrix Nexus control difficult to learn? A: The Matrix Nexus is known for its conversational programming, which is generally considered user-friendly for operators. It allows for quick program creation directly at the machine, which is highly beneficial for high-mix production. Q: Is this machine ready for immediate production? A: This unit is currently in stock. We encourage prospective buyers to schedule an inspection to verify the spindle, table, and control functionality before shipment.

Stock Number: 811819 | Year: 2016 This 2016 Hyundai WIA SKT2500MT is a high-performance multi-tasking CNC turning center, engineered to consolidate complex machining processes into a single setup. Equipped with a Fanuc 18i-TB controller, this machine features a B-axis (+100° to -120°) and a 0.01° C-axis, enabling intricate milling, drilling, and turning on parts up to 500mm in diameter. Currently in stock and available for inspection, this unit offers an immediate capacity solution for shops requiring high-precision, multi-axis capability without the lead times associated with new equipment. Key Applications & Industries The SKT2500MT is built for "Done-in-One" machining, making it a critical asset for industries where part complexity is high and tolerance requirements are stringent. By performing turning and milling operations in a single clamping, this machine significantly reduces the risk of cumulative errors caused by transferring parts between multiple machines. Typical parts suitable for this machine include: Aerospace Components: Complex housings, brackets, and structural fittings requiring multi-angle milling and turning on a single workpiece. Automotive Transmission & Drive Parts: Shafts with intricate keyways, splines, and off-center holes requiring precise angular indexing. Industrial Valve & Pump Components: Bodies and rotors demanding high concentricity between turned surfaces and milled features. Precision Tooling & Mold Components: Inserts and slide components requiring complex geometries, leveraging the flexibility of the B-axis. Production Capabilities This machine excels in scenarios where part geometry exceeds the capabilities of standard 2-axis or 3-axis lathes. The integration of B-axis and C-axis functionality allows for non-orthogonal milling, which is essential for producing features such as angled oil holes, complex pockets, or helical slots. Operational Advantages: High-Mix, Low-Volume Production: Ideal for job shops managing diverse part families. The multi-axis configuration allows for rapid setup changes, enabling efficient switching between different part types. Process Consolidation: By integrating milling and turning, this machine eliminates the need for secondary setups on vertical or horizontal machining centers, drastically reducing work-in-progress (WIP) inventory and handling time. Precision Indexing: With 0.01° C-axis resolution, the machine provides the angular accuracy required for gear-like features or precise bolt-hole patterns. Ideal Shop Profile The Hyundai WIA SKT2500MT is best suited for medium-to-large machine shops looking to upgrade their capabilities to handle more complex, higher-margin work. It is an ideal solution for facilities aiming to: Consolidate Operations: Replace multiple single-purpose machines with this single multi-tasking unit to optimize floor space. Improve Part Accuracy: Eliminate tolerance stack-up caused by re-fixturing parts between a lathe and a mill. Expand Service Offerings: Take on complex contract manufacturing jobs that competitors with standard lathes cannot produce. Engineering & Performance The technical specifications of the SKT2500MT support its versatility. The 780mm maximum swing over the bed accommodates larger workpieces, while the 500mm maximum turning diameter provides a generous envelope for most industrial components. The 762mm Z-axis travel, paired with B-axis capabilities, ensures that long, complex shafts or housings can be machined fully without interference. The Fanuc 18i-TB controller is a proven, reliable interface widely understood by operators, minimizing the learning curve and ensuring that multi-axis programming remains accessible. The robust construction of the Hyundai WIA platform provides the vibration damping necessary for heavy-duty cutting, while the B-axis offers the agility required for intricate finishing passes. Frequently Asked Questions Q: Can this machine handle heavy-duty roughing operations? A: Yes, the Hyundai WIA platform is built for rigidity, supporting both aggressive material removal and precision finishing. We recommend matching tooling and feed rates to your specific material type. Q: Is this machine suitable for small batch production? A: Absolutely. The multi-tasking nature of the SKT2500MT is ideal for high-mix, low-volume production, as it reduces the number of setups required for complex parts, making it highly efficient for short runs. Q: Does the B-axis allow for 5-sided machining? A: Yes, the B-axis provides significant angular flexibility, enabling machining on multiple faces of a part in a single setup—essential for complex components like housings and valves. Q: Is the Fanuc 18i-TB controller difficult to program? A: The Fanuc 18i-TB is an industry-standard controller. While multi-axis programming requires skilled operators, the platform is well-supported and widely used, making it easier to find experienced programmers compared to proprietary controls. Q: Can I inspect the machine under power? A: Yes, this machine is in stock and available for inspection under power. We encourage all buyers to schedule a visit to verify the machine's performance and condition firsthand.

The Used Citizen Cincom A12 is a high-precision Swiss-type automatic lathe engineered for efficient, small-part production. Featuring a 12mm machining diameter and an 8000 RPM main spindle, this 2008 model is built for shops requiring consistent, high-speed output for long, slender components. Currently in stock and available for immediate inspection, this machine provides a cost-effective way to expand your micro-machining capacity without the lead times associated with new equipment. Key Specifications Model: Citizen Cincom A12 Year: 2008 Origin: Japan Max Machining Diameter: 12 mm Max Machining Length: 135 mm Main Spindle Speed: 8000 rpm Stock Number: 811826 Machine is available for immediate shipment. Contact us to schedule an on-site inspection. Applications and Industries The Cincom A12 is purpose-built for small-part production. Its sliding headstock design is optimized for components with a high length-to-diameter ratio, effectively eliminating the deflection issues common on conventional lathes. It is an ideal fit for: Medical Devices: Production of bone screws, dental implants, and surgical instruments requiring superior surface finish and tight tolerances. Electronics: Manufacturing of precision connectors, pins, and micro-shafts for consumer electronics and telecommunications. Automotive: Fabrication of small sensors, valve components, and specialized fasteners requiring high-speed cycle times. Instrumentation: Production of complex, miniature parts for optical equipment and precision measuring tools. Production Capabilities This machine is designed for continuous, high-volume production. The 8000 RPM spindle allows for efficient material removal on small-diameter stock, while the Swiss-type guide bushing provides constant support at the tool point. This configuration is ideal for: Long, Slender Turning: Perfect for parts where the length-to-diameter ratio exceeds 3:1. High-Speed Finishing: Spindle speeds support rapid cycle times for brass, aluminum, and free-cutting steels. Lights-Out Manufacturing: With bar feeder integration, this machine is capable of extended, unattended operation to maximize throughput per shift. Ideal Shop Applications The Citizen Cincom A12 is a strategic addition for job shops and OEM facilities looking to: Scale Micro-Machining Capacity: Resolve bottlenecks in small-part production with an immediate increase in capacity. Diversify Production: Enter medical or electronics markets with a machine platform known for precision and reliability. Optimize Floor Space: The compact footprint of the A12 allows for maximum output per square foot. Performance and Reliability The combination of 12mm capacity and an 8000 RPM spindle makes this a versatile workhorse for small-part shops. The 2008 Citizen build quality remains a benchmark for rigidity and thermal stability. Because the guide bushing supports the workpiece throughout the cut, you can maintain consistent dimensional accuracy across large batches, reducing the need for frequent operator intervention and tool offsets. Frequently Asked Questions Q: Is this machine suitable for high-tolerance medical parts? A: Yes. The Swiss-type sliding headstock design is engineered for high-precision, small-diameter parts, making it a standard choice for medical component manufacturing where tight tolerances are required. Q: Can this machine handle long parts? A: Yes. With a maximum machining length of 135mm, it is designed to handle long, slender parts that would typically deflect or vibrate on a conventional turning center. Q: Is the machine currently available for inspection? A: Yes, this unit (Stock #811826) is in our warehouse and available for inspection. Please contact us to schedule a visit. Q: What is the primary advantage of the 8000 RPM spindle on this model? A: The 8000 RPM spindle enables high surface speeds, which is essential for achieving superior surface finishes on small-diameter materials and reducing cycle times for high-volume production.