Used Okuma LT2000EX-R Turn-Mill Center – In Stock & available for inspection

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

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

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

In the highly competitive landscape of modern manufacturing, the demand for efficient and high-precision machining equipment continues to surge. However, the capital expenditure required for brand-new high-end machinery can be a significant barrier for many enterprises, putting immense pressure on corporate cash flow. This is where premium used machine tools come into play, offering a strategic advantage. Bearing the inventory number 67030, this specific Toshiba CNC boring machine exemplifies the pinnacle of Japanese manufacturing excellence and serves as a powerful catalyst for production capacity enhancement. Through this comprehensive article, you will gain access to an invaluable used machine tools buying guide, empowering you to identify cost-effective equipment that perfectly aligns with your operational requirements, ultimately driving both productivity and profitability. 1. Deep Dive into Core Specifications: The Superior Performance of Toshiba BTD200QH When evaluating any used machine tools, the primary task is to thoroughly understand their core technical specifications. This Toshiba BTD200QH CNC boring machine boasts an impressive machining envelope, with a three-axis travel of 1500x1200x700mm. This generous workspace means it can easily handle the milling, boring, and drilling of various medium to large components, providing immense flexibility for accepting diverse manufacturing orders. Furthermore, this equipment is equipped with a W-axis that features an extension length of 400mm. During deep hole machining and the fabrication of complex internal cavities, the inclusion of the W-axis significantly enhances spindle rigidity and machining depth. Coupled with a 3000rpm spindle speed, whether performing heavy-duty cutting or fine finishing, this machine executes tasks with exceptional proficiency, demonstrating outstanding overall machining efficiency. 2. Core Guarantees for High-Precision Machining: Full Closed-Loop and 0.0001-Degree B-Axis In the realm of high-end manufacturing, precision is the lifeline of an enterprise. The Toshiba BTD200QH stands as an industry benchmark in precision control. It is equipped with a full closed-loop linear scale feedback system, which means the machine can monitor and compensate for minute errors caused by mechanical transmission in real-time during operation. For the aerospace and precision mold industries that demand ultimate dimensional accuracy, used machine tools with full closed-loop linear scales are undoubtedly rare treasures. Even more remarkably, the B-axis of this equipment is also equipped with a linear scale, achieving an astonishing indexing accuracy of 0.0001 degrees. This level of rotational precision ensures flawless angles during multi-face machining, drastically reducing secondary clamping errors of the workpiece. In our used machine tools buying guide, we strongly advise buyers to focus on such high-precision configurations, as they directly determine the yield rate of the final products. 3. Application Scenarios and Production Line Matching: The Perfect Blend of Heavy-Duty and Efficiency An excellent machine tool must seamlessly integrate into existing production lines. The worktable of the Toshiba BTD200QH has a load capacity of up to 3 tons, making it an ideal choice for manufacturers of energy equipment, construction machinery, and large valves. The heavy-duty worktable, combined with a robust bed structure, effectively absorbs vibrations generated during heavy cutting, ensuring a smooth machining process. In terms of tool management, the machine is equipped with a 30-tool BT50 magazine. The BT50 spindle interface inherently represents high rigidity and massive torque transmission capabilities, while the 30-tool capacity is sufficient to meet the automated machining needs of most complex procedures. Operators can preset the required tools in one go, significantly reducing downtime for tool changes and thereby substantially boosting overall production efficiency. 4. The Hub of Intelligent Control: Toshiba T999 CNC System The CNC system is the brain of the machine tool, directly affecting the convenience of programming and the stability of machining. This equipment features the original Toshiba T999 CNC system. This system is renowned in the industry for its powerful computing capabilities, user-friendly interface, and superior trajectory control algorithms. Even when processing complex surface machining programs, the T999 system ensures smooth transitions of the tool path. For engineers accustomed to operating Japanese machine tools, the Toshiba T999 system is extremely easy to master. It not only supports a variety of advanced programming commands but also features comprehensive tool life management and machining simulation functions. When purchasing used machine tools, having a mature and powerful CNC system can drastically shorten the equipment's commissioning cycle, allowing the enterprise to realize a return on investment much faster. 5. Market Trends and Return on Investment Analysis From an investment perspective, acquiring this Toshiba BTD200QH (inventory number 67030) is a highly forward-looking decision. Japanese-made machine tools are famous for their solid materials and exceptional manufacturing craftsmanship, and their value retention rate consistently ranks at the top in the used machine tools market. Compared to purchasing brand-new equipment of the same specifications, this used machine tool can save you a massive amount of initial capital. The saved funds can be redirected into tool procurement, process research and development, or market expansion. More importantly, this equipment is currently in stock, eliminating lengthy delivery waiting periods. In a rapidly changing market environment, the ability to quickly expand production capacity and capture orders brings immeasurable hidden commercial value. 6. Purchasing Decision and Sales Expert Advice In summary, this Toshiba BTD200QH CNC boring machine demonstrates unparalleled comprehensive competitiveness with its large 1500x1200x700mm travel, 400mm W-axis, 0.0001-degree B-axis precision, and full closed-loop linear scale system. It is not just a machining weapon; it is a strategic asset for enterprises to enhance their core competitiveness. As your dedicated used machine tools sales expert, I strongly recommend that enterprises with needs for machining medium to large precision components carefully evaluate this equipment. By following the principles outlined in this used machine tools buying guide, you can conduct a thorough assessment based on your specific process characteristics. High-quality used machines are often fleeting opportunities. Seize the chance to integrate this high-performance Toshiba boring machine into your production lineup, and it will undoubtedly generate substantial profit returns for your business. Frequently Asked Questions Q: What is the core advantage of the Toshiba BTD200QH CNC boring machine? A: The core advantage of this equipment lies in its exceptional machining precision and robust heavy-duty capabilities. Equipped with full closed-loop linear scales and a 0.0001-degree B-axis, along with a 3-ton table capacity and a 3000rpm spindle, it is perfectly suited for high-precision machining of large components. Q: Why should one focus on full closed-loop linear scales when buying used machine tools? A: Full closed-loop linear scales monitor and feedback the actual position of the machine in real-time, effectively eliminating errors caused by mechanical transmission gaps and thermal deformation. For tasks requiring ultimate dimensional accuracy, used machine tools with this system provide more reliable quality assurance. Q: What is the practical application value of the 400mm W-axis extension on this machine? A: The 400mm W-axis extension significantly expands the machining depth of the machine tool. When performing deep hole boring or machining box-type parts with complex internal cavities, the W-axis provides better spindle rigidity, avoiding vibrations caused by excessive tool overhang and thereby improving surface finish quality. Q: In a used machine tools buying guide, how should one evaluate the tool magazine configuration? A: Evaluating a tool magazine primarily involves looking at the interface type and capacity. This machine features a 30-tool BT50 magazine. The BT50 interface is ideal for heavy cutting, while the 30-tool capacity covers most complex procedures, reducing manual tool change time and significantly boosting automated production efficiency. Q: Is the Toshiba T999 CNC system easy to operate? A: The Toshiba T999 is a high-performance CNC system developed by the original manufacturer, featuring a user-friendly interface and powerful computing capabilities. For engineers with basic CNC operation experience, the system's clear logic makes it very easy to master and quickly apply to actual production programming.