This 2022 Citizen L32 Swiss-type lathe is a high-precision solution for shops producing complex, small-to-medium diameter parts. With a 32mm bar capacity and an integrated B-axis, this machine is engineered for high-speed, multi-axis machining. Currently in stock and available for immediate inspection, this unit provides an instant capacity boost for production lines focused on high-tolerance components. It is ready for logistics and installation to minimize your production downtime. Availability and Machine Status This Citizen L32 (Stock ID: 811793) is located at our facility. As a 2022 model, it is a modern asset for any shop looking to upgrade or expand their Swiss-type machining capabilities without the extended lead times associated with new equipment procurement. Status: Available for immediate inspection and shipment. Purchasing this unit allows for rapid integration into your existing workflow. By choosing a verified, in-stock machine, you bypass manufacturing delays and can begin production planning immediately. We invite production managers and technical leads to schedule an on-site inspection to verify the machine's condition and operational readiness. Technical Specifications The Citizen L32 is widely recognized for its rigidity and versatility in Swiss-type machining. The following specifications define its operational envelope: Machine Model Citizen L32 Stock ID 811793 Year of Manufacture 2022 Max Bar Diameter Ø32 mm Max Machining Length 320 mm Main Spindle Speed 8000 RPM Configuration Automatic B-axis Technical Impact on Production: 32mm Capacity: Perfectly sized for standard bar stock, covering a vast range of automotive, medical, and electronic components. 8000 RPM Spindle: Enables high-speed cutting parameters, essential for achieving superior surface finishes on difficult-to-machine alloys. B-Axis Capability: Allows for complex angular machining, reducing the need for secondary operations and significantly shortening cycle times for intricate parts. Ideal Production Applications This machine is optimized for high-mix, high-precision production environments. It is particularly suitable for: Medical Device Manufacturers: Where complex geometries and strict tolerance adherence are non-negotiable. Automotive Tier Suppliers: Shops producing high volumes of small, complex fittings, pins, and sensors that require consistent, repeatable accuracy. Precision Electronics: Facilities needing to machine small, intricate components with tight tolerances. If your current production schedule is bottlenecked by manual secondary operations, or if you have pending contracts requiring high-speed multi-axis capability, this L32 unit offers a direct solution to increase throughput. Why Choose This 2022 Citizen L32? The market for late-model Swiss-type lathes remains highly competitive. A 2022 Citizen L32 provides the ideal balance of modern CNC technology and immediate availability. Unlike new orders that may face supply chain delays, this machine is ready to be moved onto your production floor. The combination of the B-axis and 8000 RPM spindle allows for aggressive cycle time reduction, directly impacting the profitability of your production runs. Frequently Asked Questions Is this Citizen L32 currently available for immediate shipment? Yes, this machine (Stock ID: 811793) is in stock at our facility and is available for immediate inspection and shipment upon purchase. Can I inspect the machine under power? Absolutely. We encourage all prospective buyers to schedule an appointment to inspect the machine, verify the B-axis functionality, and run test cycles to ensure it meets your specific production requirements. Is the B-axis on this machine suitable for complex parts? Yes, the automatic B-axis on the Citizen L32 is designed for complex, multi-angle machining, which is ideal for reducing secondary operations on intricate parts like medical implants or complex automotive fittings. What type of production is the 32mm capacity best suited for? The 32mm capacity is the industry standard for a wide variety of precision turned parts. It is highly versatile, allowing for the efficient production of pins, shafts, fittings, and connectors across the automotive, medical, and aerospace sectors. How does this 2022 model differ from older versions? As a 2022 model, this unit features modern control architecture and mechanical refinements consistent with late-model Citizen technology, providing improved reliability and integration capabilities compared to older, legacy machines.

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.

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

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

The Doosan PUMA AW660II is a heavy-duty CNC turning center engineered for high-torque material removal and large-diameter part processing. Featuring a 660mm swing and a robust 37kW spindle motor, this machine delivers the rigidity required for demanding shop environments. This unit (Stock #811632) is in-stock and available for immediate inspection—an ideal solution for facilities scaling capacity in automotive, aerospace, or industrial mold manufacturing. Technical Specifications & Production Capability Reviewing the technical parameters of the PUMA AW660II is critical to determining its fit your production needs workflow. Below are the key specifications for this 2016 model: Feature Specification Model Doosan PUMA AW660II Origin South Korea Max Turning Diameter Φ660 mm Spindle Motor Power 37 kW Max Spindle Speed 2000 rpm Max Spindle Torque 537 N·m X-axis Travel 362 mm Z-axis Travel 720 mm Rapid Traverse (X/Z) 16 / 20 m/min Tool Capacity 12 Stations Translating Specs to Shop Floor Reality 37 kW Spindle Motor & 537 N·m Torque: This is the machine's primary advantage. It is built for heavy-duty roughing. If your production involves hogging out material from steel, cast iron, or forged components, this torque rating ensures the machine maintains power without stalling under heavy cuts. Φ660 mm Turning Diameter: This provides the work envelope required for large-diameter components, such as transmission housings, large flanges, or valve bodies. It positions the machine as a mid-to-large capacity lathe rather than a small-part production unit. 2000 rpm Spindle Speed: While not a high-speed finishing lathe, the 2000 rpm limit is optimized for the torque required for heavy turning. It is ideal for processes where the Material Removal Rate (MRR) is more critical than surface finish speed on small diameters. 12-Station Turret: The 12-tool capacity supports complex part programs requiring multiple turning, facing, drilling, and boring operations, minimizing manual tool changes and maximizing machine uptime. Application Suitability The PUMA AW660II is a versatile workhorse suitable for a variety of industrial applications. Its rigid construction makes it particularly effective for: Automotive: Production of transmission shafts, gears, and heavy-duty hubs. Aerospace: Turning structural components and large casings where material integrity and heavy cuts are required. Mold Making: Machining large mold bases and inserts that require consistent torque over long cycle times. Energy & Infrastructure: Manufacturing valves, flanges, and fittings for oil, gas, or water systems. If your tooling setup involves heavy boring bars or large drills, the machine's structural rigidity and 720mm Z-axis travel provide the necessary support to maintain accuracy throughout the cut. Machine Selection: Is This the Right Fit? When selecting a used CNC lathe, the decision should be driven by the balance between your part size and the machine's power. The AW660II is not intended for high-production, small-part turning where rapid cycle times on light aluminum parts are the priority. Instead, it is the correct choice for shops dealing with: Heavy Material Removal: If your current machines struggle with chatter or stalling on heavy cuts, the 37kW motor on this unit is the solution. Medium-to-Large Part Geometry: The 660mm swing accommodates parts that exceed the capacity of standard 8-inch or 10-inch chuck lathes. Operational Stability: The design emphasizes structural rigidity, which is critical for maintaining tolerances on parts that require multiple passes. Is This Machine Right for Your Production? This machine is a strong candidate if: You are currently outsourcing large-diameter turning work due to capacity limits. Your production requires heavy roughing of steel or forged components. You need a reliable, high-torque machine to act as a primary workhorse for mid-sized parts. This machine may not be the right fit if: Your production is strictly limited to small, high-precision electronic components (where a smaller, faster lathe would be more efficient). You require ultra-high spindle speeds (>4000 rpm) for finishing non-ferrous, small-diameter parts. Frequently Asked Questions What does the 660mm swing mean for my part sizing? The 660mm swing refers to the maximum diameter of the workpiece that can rotate over the bed ways. In practice, this allows you to load parts up to 660mm in diameter, making it suitable for large flanges, housings, and heavy shafts. Is the 2000 rpm spindle speed sufficient for my needs? The 2000 rpm limit is standard for heavy-duty lathes of this class. It is designed to prioritize torque and cutting force over high-speed finishing. It is ideal for roughing and semi-finishing operations on steel and cast iron. Can this machine handle heavy-duty roughing? Yes. With a 37kW spindle motor and 537 N·m of torque, this machine is specifically built to handle aggressive material removal rates, making it an excellent choice for heavy-duty production environments. Is this machine suitable for high-production small parts? While capable, it is likely oversized for small-part production. This machine is optimized for mid-to-large size components where high torque is more important than high-speed cycle times.

The Goodway GA-2000 is a compact, high-efficiency CNC turning center built for job shops and production environments that demand a balance of speed, rigidity, and a small footprint. This unit is in stock and available for immediate inspection. As a versatile workhorse, the GA-2000 excels at machining small-to-medium diameter parts, making it a strategic asset for automotive, aerospace, medical, and electronics manufacturing. With a 350mm maximum turning diameter and a 4500 RPM spindle, this machine is optimized for high-precision turning, offering a reliable way to scale capacity without the lead times of new equipment. Core Specifications and Production Impact Reviewing the technical parameters of the Goodway GA-2000 is essential to confirm its compatibility with your workflow. Below are the key specifications and their practical implications for your shop floor. Feature Specification Model Goodway GA-2000 CNC Control Fanuc Max Swing over Bed Ø580 mm Max Turning Diameter Ø350 mm Max Turning Length 310 mm Chuck Size 8 inch Bar Capacity Ø65 mm Spindle Speed 4500 rpm Spindle Motor (Continuous/30min) 11 kW / 15 kW X-Axis Travel 205 mm Z-Axis Travel 350 mm Spindle Performance and Power The GA-2000 features a spindle motor rated at 11 kW (continuous) and 15 kW (30-minute). In production, this delivers the torque required for both roughing and finishing operations on steel, aluminum, and brass. The 4500 RPM top speed ensures high surface finish quality, particularly for non-ferrous materials where high cutting speeds are essential for throughput. Bar Capacity and Throughput With a 65mm bar capacity, this machine is well-suited for bar-fed production lines. This is a critical specification for shops running fasteners, shafts, or small housings directly from raw stock. The ability to handle 65mm stock allows for automated part feeding, which significantly reduces cycle times and operator intervention. Tooling Match and Part Fit The Goodway GA-2000 comes with an 8-inch chuck, the "sweet spot" for most small-to-medium CNC turning applications. Suitable Industries and Applications: Automotive: Ideal for producing bushings, small shafts, and fittings that require consistent tolerances. Medical Devices: The rigid construction and Fanuc control interface support the precision machining required for surgical instruments and medical hardware. Electronics: The machine's ability to handle small diameters efficiently makes it a strong candidate for connector housings and specialized hardware. General Job Shop: The versatile nature of the GA-2000 allows for quick changeovers between different part families, provided tooling is managed effectively. The 310mm maximum turning length is optimized for compact parts. If your production involves long, slender shafts, you will need to evaluate tailstock and steady rest requirements; however, for the vast majority of turned components under 300mm, this machine offers an excellent work envelope. How Key Specs Affect Machine Selection When sourcing a used CNC lathe, the balance between travel and footprint is vital. The GA-2000 offers 205mm X-axis and 350mm Z-axis travel. These dimensions ensure the machine fits into crowded shop floors while providing ample clearance for standard tooling configurations. The Fanuc control is a major advantage for procurement. As the industry standard, finding operators familiar with this interface is straightforward, which reduces training time and accelerates integration into your production schedule. When evaluating this unit, consider how its control system aligns with your current programming software and operator skill set. Is This Machine Right for Your Production? To determine if the Goodway GA-2000 fits your requirements, consider the following criteria: Part Size: Are your components generally under 350mm in diameter and 310mm in length? If so, this machine utilizes its workspace efficiently. Material Type: Do you frequently machine materials that require high RPMs for finishing? The 4500 RPM spindle is designed for this. Automation Needs: Do you require bar-fed operation? The 65mm capacity is a standard, versatile size for many automatic bar feeders. Floor Space: Do you need a machine that delivers high output without occupying excessive floor space? The GA-2000 footprint is balanced for density. Frequently Asked Questions Q: Can the Goodway GA-2000 handle heavy-duty roughing? A: The 11kW/15kW motor provides sufficient torque for standard roughing operations on common materials like mild steel. For extremely heavy-duty cuts on high-tensile alloys, evaluate your depth of cut and feed rates to ensure they align with the machine's rigidity. Q: Is the Fanuc control on this machine compatible with modern CAM software? A: Yes, Fanuc controls are highly compatible with almost all major CAM software packages, allowing for seamless integration of your existing CAD/CAM workflow. Q: What is the benefit of the 8-inch chuck size for my production? A: The 8-inch chuck is the industry standard for small-to-medium turning. It offers the best balance between clamping force, RPM capability, and compatibility with a wide range of standard workholding accessories. Q: Is this machine suitable for high-volume production? A: Yes, the GA-2000 is built for production environments. Its reliability, combined with the 65mm bar capacity, makes it well-suited for high-volume, repetitive part manufacturing, especially when paired with a bar feeder.

Welcome to this comprehensive used machine tools buying guide. In today's competitive heavy manufacturing landscape, finding equipment that perfectly balances rigidity, precision, and capital efficiency is crucial for scaling production.  As a standout in the heavy-duty cutting sector, this specific piece of used machine tools, equipped with a robust Siemens CNC system, represents an ideal investment opportunity for machining enterprises looking to enhance their operational capabilities. Core Specifications of the Qiqihar C5225E Vertical Lathe Understanding the physical parameters of the equipment is the first step in making an informed procurement decision. This Qiqihar C5225Ex16/10 vertical lathe features a massive 2250mm diameter worktable, designed to effortlessly accommodate a wide variety of large rotary components. With a maximum turning diameter of 2500mm and a maximum workpiece height of 1600mm, this machine provides an expansive machining envelope. Such generous dimensions offer ample capacity for industries like wind power generation, shipbuilding, and mining machinery manufacturing. Beyond its spacious machining dimensions, the load-bearing capacity of this equipment is equally impressive. It can stably process heavy workpieces weighing up to 10 tons, fully demonstrating the profound expertise of the Qiqihar brand in casting rigidity and structural integrity. Combined with its authentic Chinese manufacturing heritage, this used machine tool maintains exceptional machining accuracy and surface finish quality, even when handling high-intensity, heavy-duty cutting tasks with large depths of cut. The Advantage of Siemens CNC in Used Machine Tools The modern numerical control system acts as the brain of the machine tool, directly determining operational efficiency and product yield rates. This Qiqihar C5225E vertical lathe is equipped with a world-leading Siemens CNC system, providing powerful computational support for the precision machining of complex contours. The Siemens system is renowned globally for its outstanding stability and open architecture, ensuring that used machine tools maintain an extremely high reliability rate during continuous, long-term operations, thereby maximizing production benefits for the enterprise. For machine operators, the human-machine interface of the Siemens system is exceptionally user-friendly, which significantly shortens the training cycle for new employees. In our comprehensive used machine tools buying guide, we consistently emphasize the versatility and advanced nature of the CNC system. Opting for a used machine tool equipped with a Siemens system means the enterprise can seamlessly integrate the equipment into existing digital production management networks, easily facilitating the rapid deployment and optimization of machining programs, and significantly elevating the intelligent manufacturing level of the entire workshop. Ideal Applications and Industrial Matching Clearly defining the applicable scenarios for the equipment is a prerequisite for maximizing its commercial value. Relying on its 2500mm maximum turning diameter and 10-ton load-bearing capacity, the Qiqihar C5225E vertical lathe is exceptionally well-suited for machining various large flanges, massive valve housings, and heavy gear blanks. Within the aerospace, nuclear power equipment, and large-scale construction machinery manufacturing sectors, this type of heavy-duty vertical lathe serves as an indispensable core processing machine. Furthermore, for operational conditions that require the machining of internal and external cylindrical surfaces, conical surfaces, and complex rotary curved surfaces, this equipment can handle the tasks with remarkable ease. Its highly rigid spindle structure and precise feed transmission system ensure that excellent flatness and surface roughness are achieved even during the face turning of large-diameter workpieces. For factories seeking a substantial upgrade in production capacity, introducing such a high-performance used machine tool will directly broaden the scope of business the enterprise can undertake. ROI Analysis and Used Machine Tools Buying Guide In the current economic environment, optimizing capital expenditure is a critical challenge that every manufacturing enterprise must address. Compared to the procurement of brand-new equipment, which often involves lead times of several months and high capital occupation, this Qiqihar used machine tool (inventory number 67078) offers highly attractive cost-effectiveness. It not only enables immediate deployment to quickly generate profits on the production line but also significantly shortens the investment payback period, preserving ample working capital for the enterprise's other strategic initiatives. As a professional used machine tools buying guide, we advise enterprises to comprehensively consider the depreciation rate and production contribution value of the equipment when evaluating the return on investment. Heavy-duty machine tools from the Qiqihar brand have consistently maintained excellent value retention rates in the secondary market. This means that the enterprise not only enjoys a price advantage at the time of purchase but also retains a substantial residual value for future asset optimization or equipment upgrades, making this vertical lathe a highly robust fixed asset investment. Qiqihar's Legacy in Heavy-Duty Manufacturing The brand's DNA often dictates the innate quality and operational lifespan of a machine tool. As the cradle of China's heavy machine tool manufacturing industry, Qiqihar enjoys a stellar reputation within the sector for producing top-tier vertical lathes. The C5225E series is a classic masterpiece of the brand, embodying decades of accumulated technological expertise in heavy-duty cutting. Its solid bed casting process and scientifically designed rib layout endow the equipment with unparalleled anti-vibration performance and thermal stability. In the market for used machine tools, equipment from the Qiqihar brand is always highly sought after. This is not only due to its superior physical performance but also because of its widespread market recognition and mature supply chain for spare parts. Choosing a Qiqihar used machine tool means the enterprise acquires reliable equipment that has been thoroughly validated by the market over a long period. Whether in the full-load rough machining phase or the strictly demanding finish machining stage, it consistently demonstrates the exceptional demeanor of a major manufacturer's heavy equipment. Expert Procurement Advice and Evaluation Criteria Before finalizing the procurement intention, enterprises need to conduct a meticulous review of their own factory conditions and specific machining requirements. For this vertical lathe, which features a maximum workpiece height of 1600mm and a maximum weight capacity of 10 tons, buyers must ensure that their workshop possesses the corresponding lifting and hoisting capabilities, as well as sufficient foundation bearing capacity. Simultaneously, taking into account the characteristics of the Siemens CNC system, planning the process routing and tooling configuration in advance will ensure that the equipment rapidly unleashes its production capacity upon arrival at the facility. In conclusion, the Qiqihar C5225Ex16/10 vertical lathe (inventory number 67078) is a heavy-duty machining powerhouse with exceptionally well-balanced comprehensive performance. It perfectly aligns with the core philosophy of this used machine tools buying guide: acquiring top-tier machining capabilities at a reasonable cost. For manufacturing enterprises urgently needing to enhance their processing capacity for medium to large rotary parts, and which have high requirements for equipment stability and precision, this used machine tool equipped with a Siemens system is undoubtedly a premium choice in the current market. Frequently Asked Questions Q: What are the maximum machining dimensions of this Qiqihar C5225E vertical lathe? A: The equipment features a 2250mm table diameter, a maximum turning diameter of 2500mm, and a maximum workpiece height of 1600mm. Q: What brand of CNC system is equipped on this machine? A: This used machine tool is equipped with a globally renowned Siemens CNC system, ensuring extremely high machining precision and operational stability. Q: What is the maximum load-bearing capacity of this vertical lathe? A: Its maximum workpiece weight capacity reaches 10 tons, making it highly suitable for the cutting and machining of heavy machinery components. Q: Why does this equipment meet the recommended standards of a used machine tools buying guide? A: Because it combines the heavy-duty rigidity of the Qiqihar brand, the advanced nature of the Siemens system, and excellent cost-effectiveness, enabling enterprises to rapidly boost production capacity and shorten the ROI period. Q: What is the inventory number and origin of this equipment? A: The inventory number of this equipment is 67078, and its origin is China, making it an authentic, high-quality domestically produced heavy machine tool.

In the competitive landscape of modern manufacturing, the strategic acquisition of high-quality used machine tools has become a pivotal factor for operational efficiency. The Goodway GLS200+ CNC Lathe, originating from Taiwan, stands out as a robust and reliable solution for precision turning. This article provides a comprehensive analysis of a specific unit, stock number 811077, which boasts an exceptionally low usage history of only a few hundred hours, positioning it as a premium asset in the pre-owned equipment sector. Procuring used machine tools like the Goodway GLS200+ allows manufacturers to bypass the long lead times associated with new factory orders. With its heavy-duty construction and advanced control system, this machine is engineered to deliver high-performance results in demanding environments. Below, we examine the technical specifications and market value of this machine to help buyers make an informed investment decision. Technical Specifications: Machining Capacity and Rigidity The Goodway GLS200+ is designed with a focus on maximizing workspace within a compact footprint. It features a maximum machining diameter of 360mm and a maximum machining length of 520mm. This capacity is ideal for a wide array of components, from automotive shafts to complex aerospace fittings. The 360mm swing capacity ensures that the machine can handle larger disc-type parts without compromising on clearance or safety. Structurally, Goodway machines are renowned for their high-rigidity cast iron beds. The GLS series specifically utilizes a design that dampens vibrations during heavy-duty cutting operations. This inherent stability is a critical factor for used machine tools, as it ensures that the machine retains its geometric accuracy even after years of operation. For this particular unit with low hours, the structural integrity is expected to be near-factory levels, providing a solid foundation for high-precision tasks. Control System: The Power of FANUC Oi-TF Plus At the heart of this GLS200+ is the FANUC Oi-TF plus CNC system. FANUC is the global gold standard for CNC controls, known for its intuitive user interface and legendary reliability. The "plus" version represents the latest evolution in this series, offering enhanced processing speeds and superior surface finish capabilities through advanced motion control algorithms. For operators, this means a shorter learning curve and a more efficient workflow. When evaluating used machine tools, the condition of the electronic control system is paramount. Since this unit has only been powered on for a few hundred hours, the internal components, cooling fans, and display screen are in excellent condition. The FANUC Oi-TF plus also supports various networking protocols, allowing for seamless integration into modern smart factory environments and enabling real-time monitoring of production metrics. Enhanced Configuration: 10-Inch Chuck and 12-Station Turret One of the standout features of this specific Goodway GLS200+ is the optional 10-inch chuck. While the standard configuration often features an 8-inch chuck, the upgrade to 10 inches significantly expands the machine's versatility. It provides greater clamping force and the ability to secure larger workpieces, making it suitable for heavier industrial applications that require aggressive material removal rates. Complementing the powerful chuck is a 12-station heavy-duty servo turret. The high station count allows for complex multi-operation machining without the need for manual tool changes or multiple setups. The servo-driven mechanism ensures lightning-fast tool indexing and precise repeatability. In the realm of used machine tools, such high-spec configurations offer significant value-added benefits, as they enhance the machine's capability to tackle diverse job shop requirements. Industry Applications and Operational Fit The Goodway GLS200+ is a versatile workhorse suitable for various sectors including automotive, medical device manufacturing, and general engineering. Its ability to maintain tight tolerances over a 520mm machining length makes it particularly effective for producing high-precision shafts and valves. The 12-station turret provides the flexibility needed for intricate parts that require multiple turning, grooving, and threading operations. For a facility looking to replace older, less efficient equipment, this used CNC machine offers a significant technology leap. Its compact design allows it to fit into tight floor plans, while its performance characteristics rival much larger machines. Prospective buyers should assess their current part portfolio against the 360mm diameter limit to ensure this machine aligns with their production goals. Given its low usage, it is an ideal candidate for high-volume production where reliability is non-negotiable. Procurement Strategies for Used Machine Tools When purchasing used machine tools, especially a high-end model like the Goodway GLS200+, verification of the machine's history is essential. The reported "few hundred hours" of use should be cross-referenced with the system's internal timers and the physical condition of the guideways and ball screws. Although the manufacturing year and current location are not provided in the initial specs, these details must be confirmed during the due diligence phase. Furthermore, buyers should inspect the condition of the 10-inch chuck and the turret's indexing accuracy. A physical inspection or a remote video demonstration of the machine running at high spindle speeds can provide insight into the balance and bearing health. Investing in used machine tools from reputable Taiwanese brands like Goodway often yields a higher resale value in the future, making it a sound financial decision for growing manufacturing enterprises. Conclusion: A Strategic Investment Opportunity In summary, the Goodway GLS200+ CNC Lathe (Stock No. 811077) represents a rare opportunity in the used machine tools market. Its combination of a high-spec FANUC Oi-TF plus control, an upgraded 10-inch chuck, and a 12-station heavy-duty turret makes it a formidable tool for any precision turning department. The extremely low usage hours suggest that the machine has many years of productive life ahead. By choosing a proven platform like the GLS200+, manufacturers can achieve the precision and speed of a new machine at a significantly reduced price point. As always, a thorough evaluation of the technical parameters and a physical inspection are recommended to ensure the machine meets the specific demands of your production line. This unit stands as a testament to the value available in the secondary market for well-maintained, high-specification machinery. FAQ Q: What is the maximum workpiece size for the Goodway GLS200+?A: The machine can handle workpieces up to 360mm in diameter and 520mm in length, making it suitable for a wide range of medium-sized parts. Q: Why is the FANUC Oi-TF plus system preferred in used machine tools?A: It is preferred due to its extreme reliability, global support network, and advanced features that improve machining accuracy and efficiency. Q: How does the 12-station turret benefit production?A: It allows for more tools to be resident in the machine, reducing setup times for complex parts and increasing the speed of tool indexing via its servo motor. Q: Is a 10-inch chuck standard on this model?A: No, the 10-inch chuck on this unit is an optional upgrade, providing enhanced clamping power and the ability to hold larger materials compared to the standard 8-inch version. Q: How can I verify the "few hundred hours" usage claim?A: Buyers should check the "Power On," "Cutting Time," and "Operating Time" counters within the FANUC control system and inspect the machine for minimal mechanical wear.

In the evolving landscape of global manufacturing, the acquisition of high-quality used machine tools has become a strategic necessity for companies aiming to balance technical capability with fiscal responsibility. Among the most sought-after brands in the secondary market, Citizen stands as a titan of Japanese engineering. The Citizen A20-3F7G, a quintessential Swiss-type sliding headstock lathe, remains a benchmark for precision, speed, and reliability. This article examines the technical specifications and industrial significance of the A20-3F7G model, specifically focusing on its performance as a premier choice in the used equipment sector. Technical Specifications and Mechanical Excellence The Citizen A20-3F7G is engineered to handle complex, high-precision workpieces with a maximum machining diameter of 20mm. This specific capacity positions the machine in the "sweet spot" for a vast array of industrial applications, from micro-electronics to medical component manufacturing. With a maximum machining length of 200mm, the A20-3F7G provides the versatility required for long, slender parts that would otherwise be susceptible to vibration and deflection on traditional fixed-headstock lathes. The Swiss-type design ensures that the cutting action takes place close to the guide bush, providing maximum support and eliminating the risk of part distortion. At the heart of the A20-3F7G is its high-performance spindle, capable of reaching speeds up to 10,000rpm. In the world of used machine tools, spindle integrity and speed are critical indicators of a machine's remaining productive life. The 10,000rpm capability allows for optimal surface speeds when working with small-diameter materials, ensuring superior finishes and reduced cycle times. This high-speed performance is balanced by a robust mechanical frame that absorbs vibration, a hallmark of Japanese machine tool construction that maintains accuracy over long production runs. The Advantage of Fanuc CNC Integration A machine tool is only as capable as its control system, and the Citizen A20-3F7G utilizes the industry-standard Fanuc CNC platform. The choice of Fanuc provides several advantages for buyers in the used market. First, the ubiquity of Fanuc controls means that finding skilled operators is significantly easier compared to proprietary or niche systems. The programming logic is consistent and well-documented, allowing for rapid deployment of the machine into existing production workflows without the need for extensive retraining or specialized software investments. Furthermore, the Fanuc system integrated into the Citizen A20-3F7G is known for its exceptional processing speed and block look-ahead capabilities. This enables smooth interpolation and precise control over multi-axis movements, which is essential for the complex geometries typically associated with Swiss-style machining. The reliability of Fanuc hardware also contributes to the machine's longevity, ensuring that the electronic components match the durability of the mechanical structure. For manufacturers, this translates to consistent uptime and predictable output, which are the primary goals when investing in used machine tools. Strategic Applications in Modern Industry The Citizen A20-3F7G finds its home in industries where precision is non-negotiable. In the medical sector, it is frequently utilized for the production of bone screws, dental implants, and surgical instruments. These parts require extreme dimensional accuracy and pristine surface quality, both of which the A20-3F7G delivers through its rigid guide bush system and high-speed spindle. The machine's ability to perform multiple operations—such as turning, milling, and cross-drilling—in a single setup reduces the risk of error associated with part handling and multiple fixtures. In the automotive and aerospace industries, the demand for small, complex sensors and fuel system components has kept the A20 series in high demand. The machine's compact footprint allows manufacturers to maximize floor space productivity, while its high-speed capabilities ensure that high-volume orders can be met with efficiency. When purchasing a used A20-3F7G, companies are essentially acquiring a proven platform that has helped define the standards of modern micro-machining. Its adaptability to various materials, including stainless steel, titanium, and brass, further enhances its value proposition in a diverse manufacturing environment. Investment Value of Japanese Used Machine Tools The market for used machine tools is often seen as a barometer for industrial health. Japanese machines, particularly those from Citizen, hold their value exceptionally well due to the superior quality of their castings and the precision of their assembly. The A20-3F7G is no exception. Its structural rigidity is the result of decades of refinement in Japanese machine tool philosophy, which prioritizes thermal stability and long-term accuracy. For a business, choosing a used Citizen A20-3F7G represents a lower entry cost into the world of high-end CNC machining compared to buying new, without sacrificing the precision required for high-margin contracts. When evaluating such an investment, the focus should remain on the machine's fundamental capabilities. With a 20mm capacity, 10,000rpm spindle, and the backing of a Fanuc control system, the A20-3F7G remains technically relevant in today's market. It offers a reliable path to increasing production capacity and achieving the tight tolerances demanded by modern engineering specifications. As manufacturers continue to seek ways to optimize their supply chains, the availability of high-caliber used equipment like the Citizen A20-3F7G provides a vital resource for growth and innovation. FAQ 1. What is the maximum bar capacity of the Citizen A20-3F7G?The machine is designed to handle bar stock up to a maximum diameter of 20mm, making it ideal for small, high-precision components. 2. Which CNC system does the A20-3F7G use?This model is equipped with a Fanuc CNC control system, which is widely recognized for its reliability and ease of use in the machining industry. 3. How does the 10,000rpm spindle speed benefit production?A high spindle speed of 10,000rpm allows for faster cutting cycles and better surface finishes, especially when machining small diameter parts or using modern cutting tools. 4. Is the Citizen A20-3F7G suitable for long workpieces?Yes, as a Swiss-type lathe, it is specifically designed for long and slender parts, with a maximum machining length of 200mm per chucking. 5. Why is this model considered a good choice among used machine tools?The combination of Japanese build quality, the versatility of the A20 series, and the stability of the Fanuc control ensures that it remains a high-performance asset even in the secondary market.