Sourcing used automatic CNC lathes delivers cost savings for metal‑working workshops, yet inadequate pre‑purchase inspection leads to costly breakdowns and production downtime. Combining hands‑on machine evaluation with a reliable supplier’s supply‑chain strength helps global buyers secure qualified pre‑owned equipment. Core Inspection Checklist 1. Mechanical conditionCheck for oil leaks, rust and component wear. Test the spindle for abnormal vibration and noise at full speed. Verify turret indexing works smoothly without position offset. Inspect guideways for scratches or abrasion. For models like HAAS ST‑10, confirm spindle through‑hole and 12‑station turret function normally. 2. Axis performance testRun full‑stroke dry movement for X and Z axes. Check rapid traverse for jerking, unusual noise or alarms. Measure positioning and repeat accuracy instead of relying only on original factory parameters. 3. Control & electric systemPower‑on test the controller, screen, buttons and emergency stop. Check the electrical cabinet for dust, burnt parts and aging wiring. Ensure original system software remains unmodified. 4. Mandatory cutting trialNever skip a real cutting test. Run sample turning workpieces to check dimensional stability and surface finish. Hidden wear on spindles or ball screws will show in poor cutting quality. 5. Accessories & recordsVerify chucks, tool holders, lubrication and cooling systems are complete. Ask for maintenance and repair history. Missing manuals increase post‑sales repair risks. Supplier Supply‑Chain & Sourcing Advantages Choosing a professional second‑hand machinery supplier adds critical value beyond machine checks: • Strong product supply capacity: Ready stock of mainstream CNC lathes, supporting bulk order fulfillment with short lead times, avoiding unstable private‑seller inventory. • Pre‑shipment professional testing & refurbishment: Technical teams clean, adjust backlash and complete cutting trials before shipment, providing formal inspection reports. • Global logistics support: Offer container loading, consolidation and document assistance for cross‑border delivery, lowering transit damage risks. • Basic after‑sales support: Remote troubleshooting and spare‑part matching, which individual sellers cannot provide. Final Tip Low price alone is risky. Pair thorough equipment inspection with trustworthy supplier supply capabilities to balance cost, quality and delivery for your production.

Automatic cam lathes are essential equipment for high-volume precision metal turning. Known for stable mechanical operation, fast cycle speed and excellent repeatability, they are widely used for mass production of small hardware, pins, bolts and turning parts. For manufacturers on a budget, used automatic cam lathes offer a far more cost-effective solution than brand-new machines, with nearly identical production performance after professional refurbishment. Are Used Automatic Cam Lathes Worth Buying? Yes, high-quality second-hand cam lathes are absolutely worth purchasing. With solid mechanical structures and few electronic failures, cam lathes have long service lifespans. Most used units only suffer minor wear instead of core damage. With years of second-hand machinery experience, we confirm that properly inspected, cleaned and calibrated cam lathes can restore original precision and run stably for years. Only poorly maintained or overly worn machines should be avoided. Our Supply Chain Advantage We own stable direct factory sourcing channels and mature local machinery supply chains. All our used cam lathes are sourced directly from reliable manufacturers without middlemen. Each machine comes with verified working hours, original configuration and complete condition records. Every unit goes through strict precision testing, spindle calibration, cam adjustment and full functional inspection before delivery. Stable Supply Capacity We maintain large spot inventory of various automatic cam lathe models to support single purchases and bulk orders. Compared with new machines’ long lead times, our ready stock enables fast shipment and quick production line setup for global buyers. We also provide professional after-sales debugging, wearing part support and technical guidance for long-term stable operation. Final Conclusion Used automatic cam lathes are a low-risk, high-return choice for mass turning workshops. With reliable mechanical performance, lower price and our guaranteed supply quality, they are the ideal cost-saving solution for global manufacturing factories. Keywords: automatic cam lathe, used cam lathe, second hand automatic lathe, used machine for sale

Rising labor costs and shortages of skilled workers continue to pressure global manufacturing operations. Automatic lathe automation delivers a reliable, high ROI solution to cut factory labor expenses, stabilize production, and improve overall profitability. Combined with professional used machinery experience, robust supply chain advantages, and strong product supply capabilities, automated lathe systems help manufacturers sustain long-term labor cost reduction while maintaining consistent output quality. Reduce Manual Workforce Dependency Traditional lathe processing requires full-time operators for loading, unloading, inspection and repetitive machine handling, resulting in high labor overhead and human error risks. Modern automatic lathe automation enables unattended cyclic operation after simple programming. A single worker can manage 3–5 machines at once, shifting manpower from repetitive manual tasks to high-value quality control and production management. This significantly cuts staffing demands, reduces training costs, and lowers long-term labor expenditure for manufacturing workshops. Cost-Effective Automation with Used Machinery Experience Leveraging extensive used automatic lathe expertise offers manufacturers a budget-friendly automation alternative. High-quality refurbished automatic lathes retain stable precision and full automated functions, suitable for standard mass production. With professional equipment screening, precision recalibration and systematic maintenance experience, second-hand automated lathes avoid frequent downtime and debugging labor waste. They deliver nearly identical labor-saving performance as new machines with much lower initial investment, making automation and labor cost optimization accessible for small and mid-sized manufacturers. Supply Chain Advantages Lower Indirect Labor Costs A mature machinery supply chain maximizes the value of lathe automation. Stable equipment sourcing, standardized spare part supply and unified after-sales support ensure continuous machine operation. Integrated supply chain resources eliminate production delays caused by accessory shortages or slow technical support, reducing extra labor input for troubleshooting and maintenance. Standardized equipment configuration also simplifies workshop management, cutting indirect administrative and maintenance labor costs effectively. Stable Supply Capacity Ensures Sustained Cost Savings Strong product delivery and supply capabilities enable fast, seamless automation upgrades. Sufficient inventory of new and refurbished automatic lathes supports rapid equipment replacement and capacity expansion. Fast delivery shortens the transition period from manual to automated production, accelerating labor cost optimization. Flexible supply and customized automation solutions adapt to both mass production and multi-batch custom processing, allowing factories to optimize manpower allocation, avoid labor waste, and sustain long-term automated cost benefits. Conclusion Automatic lathe automation is a practical solution to reduce manufacturing labor costs by minimizing manual intervention and optimizing workforce allocation. Backed by reliable used machine experience, competitive supply chain strengths and stable product supply abilities, it helps manufacturers of all scales lower operational costs, stabilize production and improve market competitiveness.

For modern manufacturers focused on scalable, cost-efficient mass production, high-quality used automatic CNC lathe machines have become a top upgrade solution. Compared with brand-new equipment, certified pre-owned CNC lathes deliver identical high-volume output, stable repeatability, and far lower capital investment, helping factories expand production lines fast while controlling operational risks. Proven Industry Experience for Mass Turning Jobs With years of professional experience in used CNC machinery refurbishment and export, we fully understand the core demands of high-volume production: long-hour continuous operation, consistent dimensional tolerance, low failure rate, and minimal downtime. Not all second-hand lathes fit batch manufacturing. Ordinary worn machines often suffer vibration, precision deviation, and frequent breakdowns during non-stop running. We strictly screen every used automatic CNC lathe based on real mass-production standards. Each unit undergoes full mechanical inspection, spindle calibration, hydraulic and electrical system testing, as well as trial cutting before delivery. This professional pre-sale refurbishment ensures stable performance for long-term high-volume turning of automotive parts, hardware fittings, and mechanical components. Reliable Global Supply Chain Advantage Our mature global machinery supply chain is the core guarantee for stable and fast equipment supply. We maintain long-term cooperation with domestic factory workshops and machinery bases, enabling continuous inventory updates of branded automatic CNC lathes. We eliminate middleman markups and unstable stock sources, providing direct factory-refurbished machines with transparent conditions and authentic working records. Meanwhile, our complete international trade and logistics system supports standardized export procedures, full set of customs clearance documents, and safe global shipping. Whether you are in Asia, Africa, Europe, or South America, we can deliver compliant machines and smooth cross-border service. Strong Inventory & Fast Delivery Capacity for Urgent Expansion The biggest pain point for manufacturers is delayed equipment procurement affecting production schedules. New CNC lathes usually have long lead times, while our used automatic CNC lathes are in sufficient spot inventory. We support batch supply and flexible order quantities, meeting both single-machine replacement and full production line expansion demands. All in-stock machines are ready for inspection, testing, and shipment within a short cycle. No long waiting periods allow factories to quickly launch mass production, seize market orders, and improve overall output efficiency in a short time. Why Choose Our Used CNC Lathes for High-Volume Production Our refurbished automatic CNC lathes retain original machine rigidity and excellent processing repeatability. Equipped with stable CNC systems and reliable automatic tool change structures, they ensure uniform finished part quality during thousands of repetitive cutting cycles. Lower purchase cost, stable mass-production performance, fast delivery, and full after-sales technical support make our used CNC lathes the most cost-effective solution for small and medium manufacturers scaling up high-volume turning production. Final Words If you need durable, high-efficiency automatic lathe CNC machines for stable mass production with limited budgets and tight schedules, our verified used equipment, mature supply chain, and strong delivery capability offer the safest and most profitable procurement choice for your manufacturing business.

When sourcing cost-effective second-hand turning equipment for metal fabrication, many buyers struggle to choose between used automatic lathe machines and used CNC lathes. Both deliver automated metal turning results, yet they differ greatly in control logic, flexibility, precision, production efficiency and application scenarios. Understanding their core differences helps you pick the ideal used machine to match your workshop production goals and budget. Core Working Principle Differences Traditional automatic lathes rely on mechanical cam and hydraulic systems to control turning strokes and tool movements. Once mechanical settings are fixed, the machine repeats identical processing cycles stably. It features simple structure, fast cycling speed and low failure rates, ideal for fixed-spec mass production. In contrast, CNC lathes adopt computer numerical control systems. Operators edit and upload programs to adjust machining paths, speeds and parameters instantly. No mechanical part replacement is needed for new workpieces, offering powerful adaptability for customized and complex turning tasks. Machining Flexibility and Production Scalability Used automatic lathes excel in high-volume, single-variety production. They run continuously with minimal adjustment after setup, achieving faster single-piece cutting cycles and lower unit production costs. However, they require tedious mechanical resetting when switching product models, making them unsuitable for frequent order changes. Used CNC lathes provide outstanding production flexibility. They support multi-variety, small-to-medium batch processing and complex profile turning, including grooves, arcs and irregular shapes. Program switching takes only minutes, allowing factories to handle diverse customer orders without equipment replacement, greatly improving workshop scalability. Precision Performance and Stability For standard simple parts, well-maintained used automatic lathes maintain stable dimensional consistency during long batch runs. Their mechanical transmission structure delivers steady output with little vibration, suitable for ordinary hardware and standard fastener production. Used CNC lathes offer far higher and more consistent precision. Equipped with intelligent error compensation and servo control systems, they guarantee ultra-tight tolerances and smooth surface finishes for high-precision automotive, electronic and medical components. Certified second-hand CNC models retain excellent precision after professional calibration, nearly matching new machine performance. Operational Cost and Maintenance Used automatic lathes have lower procurement costs and simpler daily maintenance. With fewer electronic components, they are less prone to system failures and easy for ordinary workers to operate and repair. Their low power consumption and durable mechanical structure reduce long-term factory operating expenses significantly. Used CNC lathes require slightly higher investment and basic programming skills. Yet modern refurbished CNC lathes feature user-friendly systems and stable performance. Their intelligent processing reduces material waste and defective rates, bringing higher comprehensive economic benefits for precision manufacturing businesses. How to Choose the Best Used Lathe for Your Business Choose a used automatic lathe if you focus on large-batch, fixed-spec simple parts and pursue ultra-low production costs. It is the most cost-efficient option for standardized mass turning workshops. Select a used CNC lathe if your business covers customized orders, complex workpieces and multi-variety production. It ensures strong market adaptability and high product quality standards. Final Conclusion There is no absolute better option between automatic lathes and CNC lathes. The best choice depends on your production type, batch volume and precision requirements. High-quality used machines from professional suppliers deliver reliable performance at a much lower cost than new equipment, helping modern manufacturers maximize production profits with minimal investment.

Modern manufacturing factories pursue high automation, stable precision and low operational costs to boost market competitiveness. Used high-performance CNC lathes have become mainstream automation solutions for small and medium production lines, balancing advanced automatic processing functions and affordable investment. Among reliable second-hand equipment, the ECOCA SL-8 CNC slant bed lathe stands out as an ideal automated turning solution for standardized batch production and precision component manufacturing. Advanced Control System: Fanuc 0i-MF The ECOCA SL-8 slant bed lathe is configured with the original Fanuc 0i-MF CNC system, a premium industrial control platform optimized for automated metal turning. This system features fast response speed, stable operational performance and powerful programming functions. It supports automatic cycle processing, intelligent tool compensation and precise path simulation, effectively reducing manual intervention. With strong compatibility and anti-interference ability, it ensures long-term continuous unmanned operation, perfectly adapting to modern factory automated production modes. Complete Machine Core Parameters This automated CNC lathe owns practical and production-oriented specifications to meet diverse machining demands. It delivers a maximum spindle speed of 4800 rpm, achieving smooth high-speed cutting and fine surface finishing for metal workpieces. The maximum swing diameter reaches Φ420 mm, and the maximum machining diameter is Φ320 mm, covering most medium-sized mechanical parts. With a maximum machining length of 500 mm and an 8-inch standard industrial chuck, the machine provides stable clamping force for solid and tubular workpieces. It is equipped with a 10-station turret, enabling automatic fast tool changing for multi-process turning, greatly improving production continuity and processing efficiency for mixed batch orders. Full Automatic Auxiliary Configuration To realize full-process automation, the used ECOCA SL-8 lathe comes with complete factory-standard auxiliary devices. The matched tailstock ensures excellent stability during processing long and slender workpieces, avoiding deformation and improving overall machining accuracy. Equipped with an automatic chip conveyor, the machine continuously removes metal scraps during operation, preventing chip accumulation that affects cutting precision. This automated chip removal structure reduces manual cleaning work, supports long-hour unattended production, and greatly lowers factory labor costs and downtime rates. Automation Advantages for Modern Production Traditional manual lathes rely heavily on human operation with low efficiency and unstable tolerance. In contrast, the ECOCA SL-8 automatic slant bed lathe realizes one-key programmed processing, automatic tool switching and automatic chip removal. Its rigid slant bed structure optimizes cutting stability and chip discharging efficiency. Fully calibrated second-hand units retain original factory automation performance, delivering consistent processing precision for mass production. It effectively solves labor shortages, low output and unstable product quality problems in modern manufacturing workshops. Why Choose Used ECOCA SL-8 Lathe Automation Solutions Investing in a refurbished ECOCA SL-8 CNC lathe helps manufacturers obtain industrial-grade automated turning solutions at a much lower cost than new machines. All equipment undergoes strict testing, calibration and trial running to guarantee stable automation functions and precise parameters. We provide complete export documents and global shipping services. For modern factories upgrading automated production lines, this cost-effective, high-stability automatic lathe is the perfect choice to enhance production efficiency and market profitability.

Manufacturers and machining workshops worldwide constantly seek cost-effective, high-precision CNC lathes to upgrade their production lines. For precision metal turning tasks, the used Tsugami M08J-II CNC turning lathe remains one of the most trustworthy options on the second-hand machinery market. Renowned for Japanese build quality, stable performance and outstanding precision retention, this automatic lathe delivers factory-grade machining results at a fraction of the cost of new equipment. It perfectly suits batch production, custom precision processing and small component manufacturing for modern industrial workshops. Reliable Fanuc 0i-TF CNC Control System Every used Tsugami M08J-II lathe is equipped with the original Fanuc 0i-TF CNC system, a globally recognized control solution for precision turning machinery. This system offers stable operation, powerful processing functions, high anti-interference ability and simple programming operation. It supports complex turning cycles, precise tool path control and excellent surface finishing quality. With mature software algorithms and low failure rates, the Fanuc 0i-TF system ensures consistent machining accuracy during long-time continuous working, greatly improving production stability and reducing daily maintenance difficulty for factory operators. Professional Machining Parameters of Tsugami M08J-II This high-precision CNC lathe features practical and industry-competitive working strokes and processing specifications. It comes with an X-axis travel of 325 mm and a Z-axis travel of 330 mm, providing flexible moving ranges for various complex turning procedures. The maximum machining diameter reaches 280 mm, covering most conventional cylindrical and disc metal workpieces. Designed for efficient automatic bar processing, the machine supports a maximum bar diameter of 65 mm and a maximum machining length of 310 mm, ideal for mass production of standard mechanical parts. The maximum spindle speed is 6000 rpm, offering high-speed and stable rotation for fine turning, effectively improving workpiece smoothness and overall production efficiency for carbon steel, stainless steel, aluminum alloy and copper parts. Key Performance and Structural Advantages The Tsugami M08J-II adopts a high-rigidity machine body structure, effectively reducing vibration during high-speed cutting. It maintains excellent precision stability even under long-hour heavy cutting conditions. All our second-hand units have undergone strict professional inspection, precision calibration, thorough cleaning and full trial operation. Every mechanical parameter and electrical function is tested to meet original factory standards, ensuring stable and reliable performance after delivery. Wide Industrial Application Range This used automatic lathe is widely applied in multiple precision manufacturing industries, including automotive accessories, hydraulic and pneumatic components, electronic hardware, medical precision parts and general machinery processing. It adapts well to both customized small-batch processing and standardized large-scale production, making it a versatile core device for modern machining factories. Why Invest in Our Used Tsugami M08J-II Lathe Choosing our refurbished Tsugami M08J-II CNC lathe helps manufacturers save huge equipment investment costs without sacrificing machining accuracy and production capacity. We provide complete export documents, safe global shipping and professional after-sales technical guidance. For factories looking for high-quality, low-cost precision metal turning machines, this Fanuc-controlled Tsugami lathe is undoubtedly the best choice for long-term stable production growth.

Introduction When sourcing reliable used CNC lathes for workshop expansion and batch production, global buyers always prioritize spare parts availability, after-sales support, and long-term machine stability. Many second-hand CNC models suffer from discontinued components, limited suppliers, and long delivery lead times, resulting in costly production downtime and high maintenance expenses. Fortunately, the 2022 Taiwan-made GOODWAY GLS-2000L CNC turning lathe (Inventory No.812664) is a modern mainstream machine with fully globalized spare part support, making it one of the safest and most cost-effective used lathe investments on the current market. Standard Mass-Production Model Without Discontinued Risks The GOODWAY GLS-2000L is a popular slant-bed CNC turning lathe officially mass-produced by GOODWAY, a top-tier machine tool manufacturer from Taiwan, China. This specific machine was built in 2022 with ultra-low working hours and 100% original factory configuration. No structural modification, part replacement, or non-standard alteration has been made. As an active ongoing production model instead of an outdated discontinued version, it retains complete factory technical data, standardized component sizes, and universal industry compatibility. This fundamentally guarantees stable and continuous spare part supply worldwide. Global Availability of FANUC Oi-TF Electrical Spare Parts Equipped with the widely trusted FANUC Oi-TF CNC system, this GOODWAY lathe uses fully universal electrical components that dominate the global CNC industry. All core electrical spare parts including servo motors, servo amplifiers, operation panels, encoders, power supply units, signal modules, and drive boards are standard FANUC stock items. Authorized FANUC distributors and professional electronic part suppliers in Asia, Europe, North America, and Oceania maintain sufficient inventory all year round. Faulty electrical parts can be replaced quickly with short lead times, ensuring minimal production interruption for manufacturing workshops. Adequate Original OEM Mechanical Spare Parts from GOODWAY GOODWAY provides a mature global after-sales service network and overseas spare parts warehouses to support all GLS-series lathe users. The GLS-2000L remains a key selling model, so all original mechanical accessories are permanently stocked and continuously supplied. Buyers can easily purchase authentic factory parts such as high-precision spindle assemblies, A2-6 spindle nose components, spindle bearings, 10-station servo turret parts, hydraulic chuck units, linear guideways, ball screws, and centralized lubrication system components. Every OEM part matches original installation standards, ensuring precise assembly, stable rigidity, and consistent machining accuracy after maintenance. Affordable Universal Aftermarket Maintenance Consumables Daily wearable maintenance parts for the GOODWAY GLS-2000L adopt common international standard sizes with wide market compatibility. Operators can easily source low-cost third-party replacements including 8-inch hydraulic chuck jaws, spindle oil seals, coolant filters, guide wiper plates, transmission belts, hydraulic seals, and lubrication accessories. These affordable aftermarket consumables fully satisfy daily machine upkeep requirements, helping factories reduce long-term operational costs while maintaining stable machine performance without relying entirely on expensive original parts. Low Wear Structure Minimizes Maintenance Frequency Manufactured in 2022, this used GOODWAY GLS-2000L is nearly new with minimal mechanical fatigue and core component wear. Its high-rigidity cast bed, stable spindle system, precise servo turret structure, and smooth linear guide movement greatly lower daily failure rates. Compared with old second-hand lathes that require frequent part replacement, this modern low-hour machine significantly reduces maintenance frequency and spare part consumption, delivering higher production stability and longer continuous working cycles. Conclusion Overall, the GOODWAY GLS-2000L CNC turning lathe features complete global spare part availability, covering universal FANUC electrical parts, official GOODWAY OEM mechanical components, and cost-effective aftermarket consumables. It completely solves the common pain points of difficult part sourcing and unstable after-sales service for used CNC equipment. Ideal for precision turning of automotive parts, hydraulic fittings, valve components, and mechanical shafts, this 2022 low-hour GOODWAY GLS-2000L is a low-risk, high-return used machine tool suitable for global industrial buyers.

The 2021 Leadwell T-6 is presented as a CNC lathe with origin listed as Taiwan. Based on the supplied data, this page focuses on the machine's known specifications, configuration points, and practical items that buyers should confirm before moving forward with a quotation or inspection request. For procurement teams, the value of this summary is simple: it consolidates the machine’s basic envelope, control platform, and major configuration items in one place so you can compare it against your target process without relying on assumptions. Available machine data Item Available information Brand Leadwell Model T-6 Year 2021 Origin Taiwan, China     CNC control FANUC oi-MF Machining diameter 300 mm Swing diameter 450 mm Machining length 420 mm Spindle speed 5000 rpm X/Z travel 150 × 338 mm Chuck through-hole 52 mm Turret 12-station Tailstock Hydraulic tailstock How to read these specifications Control and programming context The machine is listed with a FANUC oi-MF CNC system. For many buyers, this matters because control familiarity affects programming workflow, operator training, troubleshooting routines, and post-processing compatibility. The source material only states the control model, so any discussion of software options, conversational functions, or added packages should be confirmed separately. In other words, the control name is known, but the surrounding software scope is not. Work envelope and turning range The listed machining diameter is 300 mm, the swing diameter is 450 mm, and the machining length is 420 mm. Together, these figures provide an initial picture of the turning range. Buyers producing shafts, sleeves, hubs, rings, flanges, or other rotational parts can use these numbers as a first screening step when comparing this model with other compact or mid-range CNC lathes. The X/Z travel of 150 × 338 mm should also be reviewed against your typical part geometry, tool approach distance, and required cutting path. If your shop works with short parts today but expects a wider part family later, the swing diameter and travel values become especially useful during early comparison. Spindle and bar capacity reference The spindle speed is listed as 5000 rpm, and the chuck through-hole is listed as 52 mm. These values help purchasing and process teams estimate whether the machine fits their expected material diameter range and spindle speed requirement. For shops handling bar-fed or through-spindle work, the 52 mm through-hole is a key checkpoint, but actual usable bar capacity should still be verified with the seller because the source does not provide a bar feeder setup or a full chuck specification. It is also worth separating what is stated from what is implied: the listing gives the through-hole dimension, but not the complete clamping or feeding configuration. Turret and tailstock configuration The machine is described with a 12-station turret and a hydraulic tailstock. This combination may be relevant for users planning multi-tool turning operations or support for longer workpieces. A 12-station turret can improve setup flexibility when several tools must remain ready in one cycle, while a hydraulic tailstock can be important for jobs that need axial support. However, the source does not specify turret indexing condition, toolholder type, live tooling, or tailstock quill details, so those points should be checked during the procurement process. If your parts rely on repeatable support from the tailstock, this is one of the first areas to confirm. Important note on the “8-inch hydraulic” entry The source includes the phrase “8-inch hydraulic,” but it does not explicitly define the component. In many machine listings, this could refer to an 8-inch hydraulic chuck, but that interpretation is not directly stated in the supplied material. For accuracy, buyers should treat this item as incomplete and ask the seller to confirm exactly what the 8-inch hydraulic configuration refers to. Until that is clarified, it should remain a verification item rather than a published fact. Typical application reference General CNC turning of small to medium rotational parts Jobs requiring a standard FANUC-based control environment Workpieces within the listed 420 mm machining length Applications that may benefit from a 12-station turret and hydraulic tailstock support These use cases are only a practical reading of the listed parameters, not a promise of performance. The actual fit depends on the part drawing, tooling package, and the current machine condition. If this Leadwell T-6 matches your target capacity range, the next practical step is to contact the supplier for machine status, pricing, and trial operation details before making a final technical comparison. In procurement terms, the parameter sheet is the starting point; the seller’s confirmation is what turns it into a decision. Procurement reading guide When comparing this machine with other lathes, buyers often focus on three questions: does the work envelope suit the part, does the control fit the shop floor, and does the configuration support the intended process? The data provided here answers the first two at a basic level and gives an initial view of the third. For that reason, the listing is useful for shortlist building, but it still requires a direct check on the missing operational details.

Yes. This used 2024 Tsugami B0205-V Swiss-type lathe is available in China under stock number 812570, with clear specifications for buyer inspection and technical evaluation. A buyer can check the Fanuc Oi-TF Plus control, 20 mm maximum machining diameter, 210 mm guide bushing length, and spindle speed range on-site before making a decision. What supports an immediate inspection decision?The main buying advantage here is that this is not a vague listing. The machine has clear identification and defined operating data. It is a Tsugami B0205-V, made in Japan, located in China, and listed under stock number 812570. For buyers comparing several sliding headstock lathes, that is enough information to move from search to inspection planning. Brand:  TsugamiModel:  B0205-VMachine type:  Swiss-type latheOrigin:  JapanYear:  2024Control system:  Fanuc Oi-TF PlusStock number:  812570Max machining diameter:  20 mmMachining length with guide bushing:  210 mmMain spindle speed:  200-10,000 rpmSub-spindle speed:  200-12,000 rpmMain/sub-spindle motor power:  2.2 / 3.7 kWMachine size:  2015 x 1175 x 1730 mmDuring inspection, the buyer can quickly confirm whether the published specifications match the actual machine on the floor. That helps speed up the purchase process by reducing uncertainty around process suitability, installation planning, and whether the machine meets the required part size and spindle performance. Related QuestionsIs the Used Tsugami B0205-V in Dongguan Ready to Inspect?Yes. It is listed in China under stock number 812570 and includes enough machine data for a buyer to arrange an informed inspection. What should I verify first on this Tsugami B0205-V?Confirm the model, stock number, Fanuc Oi-TF Plus control, spindle speed ranges, and the 20 mm maximum machining diameter. Is this B0205-V suitable if I run parts for several industries?Yes. Its Swiss-type design and 20 mm capacity make it suitable for automotive, aerospace, mold making, medical device, and electronics applications. Does the listed specification help with installation planning?Yes. The listed machine size of 2015 x 1175 x 1730 mm gives buyers a direct reference for floor space and layout planning. Can inspection facts strengthen negotiation on this machine?Yes. Verifying the listed control, spindle ranges, capacity, and location helps the buyer negotiate based on confirmed machine fit and condition.

A pre-owned Goodway GCL-2L CNC lathe (2019) with FANUC 0i-TD control is now available on the used machinery market and open for immediate inspection. Delivering 400 mm swing over bed, 230 mm maximum turning diameter, and 600 mm turning length, this horizontal turning center is built for medium-duty production across automotive, aerospace, medical device, and general engineering shops. Its 15 kW spindle motor, 4,500 rpm top speed, and 52 mm bar capacity make it a versatile single-machine solution for shafts, bushings, connectors, and mold components. Located in China and ready for powered evaluation, this unit gives buyers a fast path to near-current capability without new-machine lead times. Market Availability & Inspection Readiness Stock number 812455 identifies a single 2019-built Goodway GCL-2L that has recently come onto the market. The machine is located in China and can be inspected under power by appointment. Because this is a physical, on-hand unit — not a consignment or remote listing — procurement managers can assess actual condition, spindle runout, and control response before committing. The pairing of a Taiwan-built machine with a widely supported FANUC control makes this lathe a practical choice for factories looking to add capacity without waiting on factory-order delivery. The value lies in its balanced work envelope: large enough for typical job-shop parts, yet compact enough for cellular layouts. Compared with ordering a new equivalent, acquiring this used GCL-2L can significantly shorten the commissioning timeline, assuming the inspection confirms mechanical and electrical integrity. The machine also comes with standard tooling readiness — the A2-6 spindle nose ensures broad chuck and collet compatibility. Key Specifications & What They Mean on the Shop Floor MAX SWING OVER BED: 400 mm MAX TURNING DIAMETER: 230 mm MAX TURNING LENGTH: 600 mm SPINDLE BORE: 52 mm SPINDLE MOTOR: 15 kW SPINDLE SPEED: 4500 rpm SPINDLE NOSE: A2-6 CNC CONTROL: FANUC 0i-TD Swing and turning diameter: The 400 mm swing accommodates raw stock up to that diameter, while the 230 mm maximum turning diameter determines the finished part envelope. This combination works well for medium-batch flanges, pulleys, and bearing housings. A turning length of 600 mm covers typical shaft work found in hydraulic cylinders, gearbox shafts, and spindle components, without demanding an oversized machine footprint. Spindle motor (15 kW) and 4,500 rpm: These figures deliver enough torque for roughing steel and stainless steel, while the high rpm range supports fine finishing on aluminum or brass parts. Shops that require both heavy cuts and precise surface finishes will benefit from this speed-power balance. A 52 mm spindle bore enables bar feeding of diameters up to 52 mm, boosting unattended productivity when paired with a bar loader — an important detail for high-mix, medium-volume operations. The A2-6 spindle nose is standard in its class, meaning chucks, collet chucks, and face drivers are readily sourced. FANUC 0i-TD control supports standard G-code and canned cycles, so existing part programs or CAM posts can be transferred with minimal editing. which operations should consider this machine now The Goodway GCL-2L suits a broad range of production environments precisely because its specifications are neither too small nor overly specialized. Below are the typical profiles that gain immediate value from this used CNC lathe: Automotive parts suppliers: producing wheel hubs, brake pistons, alternator shafts, and small transmission components within the 230 mm turning diameter. Aerospace subcontractors: machining hydraulic fittings, bushings, and small structural parts where FANUC control reliability and consistent turn-mill prep work matter. Mold & die shops: turning ejector pins, guide pillars, and core inserts up to 600 mm long, often from tool steels that capitalize on the spindle torque. Medical device manufacturers: crafting orthopedic implants, bone screws, and surgical instrument bodies from stainless or titanium, taking advantage of high-rpm finishing passes. Electronics & connector producers: small, precision parts such as sensor housings and connector shells, supported by the 4,500 rpm capability and crisp FANUC interpolation. General job shops: the "one machine, many applications" flexibility reduces the need for multiple lathe sizes when handling mixed batches of prototypes and repeat orders. Frequently Asked Questions Is the Goodway GCL-2L CNC lathe still in stock and available? Yes, this 2019 unit is physically in stock and available for inspection. It has not been sold and can be reserved for evaluation. Can I visit and inspect the machine before purchasing? Absolutely. An in-person, powered inspection is encouraged. You can verify spindle runout, control operation, and axis movement at our Dongguan location. What kind of parts can this used CNC lathe realistically produce? It handles parts up to 230 mm diameter and 600 mm long — typical shafts, flanges, bushings, connectors, and medical/mold components in steel, stainless, aluminum, and engineering plastics. Is the FANUC 0i-TD control compatible with our existing programs? Generally yes. The 0i-TD uses standard G-code and ISO programming, so most CAM postprocessors and existing FANUC programs can be adapted with minor modifications. How quickly can the machine be put into production after purchase? Because it is a complete, functional used lathe, commissioning mainly involves transport, leveling, and connection to power. Depending on your facility readiness, it can begin cutting parts shortly after relocation. What makes this GCL-2L more versatile than other used CNC lathes? Its combination of 4,500 rpm top speed, 15 kW power, 52 mm bore, and 600 mm turning length allows it to shift between small-lot precision work and heavier automotive jobs — one machine covering multiple production styles.

This used Tsugami M08JL5-II CNC lathe is a Japanese CNC turning machine equipped with a FANUC 0i-TF Plus control, 280 mm maximum turning diameter, 500 mm maximum machining length, 65 mm bar capacity, and 4,000 rpm spindle speed. It is suitable for manufacturers producing shaft parts, bushings, sleeves, precision turned components, and medium-size bar-fed parts for automotive, aerospace, mold making, medical device, and electronics supply chains. The machine is in stock under inventory number 812205, and is available for evaluation for inspection, tooling fit, shipment planning, and production suitability. Stock Status and buying value The Tsugami M08JL5-II CNC lathe is currently listed in stock, which is important for buyers who want to inspect a real machine rather than make a decision from catalog data alone. For procurement managers and production teams, an in-stock CNC lathe helps shorten the buying process because the machine, model, control system, travels, spindle data, and footprint can be checked against the factory’s actual part mix before the inquiry moves forward. This model falls into a practical mid-range category for turning work. The 280 mm maximum machining diameter gives it capacity beyond small precision pins, while the 65 mm bar through-hole makes it useful for bar-fed components, hydraulic fittings, threaded parts, connectors, spacers, collars, and shaft-type products. The 500 mm maximum machining length is also important for buyers who need flexibility between short-cycle small parts and longer workpieces requiring stable Z-axis travel. In the used CNC machinery market, Tsugami machines are often considered for precision turning applications where compact size, familiar CNC control, and bar work capability matter. This M08JL5-II, equipped with FANUC 0i-TF Plus, suits factories that want operators and programmers to work with a widely used industrial control platform. Its current stock status gives buyers the opportunity to compare the machine directly with production requirements such as part diameter, cycle rhythm, available floor space, and bar material size. Key Specifications and Production Readiness The key production question is not simply whether this is a used CNC lathe, but whether its capacity matches the parts the factory plans to run. The M08JL5-II provides 160 mm X-axis travel and 560 mm Z-axis travel, giving the machine room for facing, turning, grooving, boring, and threading operations on medium-size components. For process engineers, the Z-axis travel supports workpieces up to 500 mm machining length, making the machine relevant for shafts, pins, sleeves, and longer turned parts that may exceed the practical range of smaller compact lathes. The 280 mm maximum machining diameter provides a useful turning envelope for round parts, flanges, housings, and cylindrical blanks. In mold making, this can be useful for inserts, bushings, and round tooling components. In automotive and aerospace supply chains, it can be considered for bushings, spacers, connector bodies, precision shafts, and light structural turned parts, provided the material, chucking method, and tooling arrangement are suitable. In electronics and medical device production, the advantage is that one machine can cover several component families, from smaller bar-fed parts to moderate-diameter precision components. The 4,000 rpm maximum spindle speed is relevant for shops machining steel, aluminum, brass, stainless steel, and engineering materials under a controlled turning process. The spindle motor power of 11 kW continuous and 18.5 kW peak should be reviewed against the intended cutting depth, material hardness, insert selection, and cycle time expectations. For many buyers, this combination is attractive because it supports general turning as well as more demanding roughing operations when the workholding and tooling are properly matched. Rapid traverse speeds of 24 m/min on the X-axis and 27 m/min on the Z-axis affect non-cutting movement. This matters for factories running batches that require repeated tool approaches, retracts, and position changes. Although actual output depends on the program, tooling, operator practice, and material, these rapid rates show that the machine is intended for a modern production pace rather than occasional manual-style machining. Brand and Model Tsugami M08JL5-II CNC Lathe Control System FANUC 0i-TF Plus CNC control Maximum Turning Diameter 280 mm, suitable for medium-size round components Maximum Machining Length 500 mm, useful for shafts, sleeves, and longer turned parts Bar Through-Hole Diameter 65 mm, important for bar-fed turning work Spindle Speed Up to 4,000 rpm Spindle Motor Power 11 / 18.5 kW continuous / peak Axis Travel X-axis 160 mm; Z-axis 560 mm Rapid Traverse X-axis 24 m/min; Z-axis 27 m/min Machine Footprint 1970 × 1778 × 1600 mm Machine Weight 3830 kg Year 2023 Why This Machine is worth considering now In the current used CNC machinery market, buyers often look for machines that combine a known control system, reasonable floor space, practical bar capacity, and a turning envelope large enough for more than miniature parts. The Tsugami M08JL5-II fits that requirement with its 65 mm bar passage, 4,000 rpm spindle speed, 500 mm machining length, and FANUC 0i-TF Plus control in a compact machine footprint. Its value is strongest as a versatile all-rounder. A factory may use the same machine capability for automotive spacers one month, mold components the next, and electronics connector bodies after that. For subcontract manufacturers, this “one machine, multiple applications” approach can be more useful than a machine optimized for only one narrow part. The ability to review an in-stock machine also helps buyers move from general market research to a clear production-fit decision. Commercially, the next step is straightforward: request current photos, confirm stock number 812205, prepare sample part drawings or part size ranges, and arrange an inspection discussion based on the actual production plan. The more specific the inquiry, the easier it is to decide whether this used Tsugami M08JL5-II CNC lathe should be shortlisted for shipment and installation planning. Frequently Asked Questions Is the used Tsugami M08JL5-II CNC Lathe in stock? Yes. This machine is listed in stock under inventory number 812205. Buyers can send an inquiry to confirm current availability and inspection arrangements. What production work is this Tsugami M08JL5-II best suited for? It is suitable for medium-size CNC turning work, especially shaft parts, sleeves, bushings, fittings, collars, spacers, connector bodies, and bar-fed components within 280 mm diameter, 500 mm length, and 65 mm bar capacity. What should be checked during inspection of this CNC lathe? Key checks include FANUC 0i-TF Plus control operation, spindle running condition, X-axis and Z-axis movement, usable work envelope, and whether the machine dimensions and 3830 kg weight fit the buyer’s site plan. Is the 65 mm bar through-hole important for purchase evaluation? Yes. The 65 mm bar through-hole is a major factor if the factory plans bar-fed production. Buyers should compare their raw bar diameter, chucking method, and finished part size before making a decision. Which industries can use this Tsugami CNC lathe? It can be evaluated for automotive, aerospace, mold making, medical device, and electronics component production, provided the parts match the stated diameter, length, spindle power, and tooling requirements. What information should be included in an inquiry? Include the stock number 812205, target part drawings or dimensions, material, batch size, required tolerance range, bar or chucking plan, and preferred inspection or shipment timing.