This 2022 JIRFINE EV-1160 is a versatile vertical machining center (VMC) available for immediate inspection. Featuring a 1200 x 600 mm work table and a 12,000 RPM spindle, this unit is engineered for shops balancing high-speed finishing with structural rigidity. Equipped with a Mitsubishi M80 control and linear guideways, it offers a reliable solution for automotive, aerospace, and precision mold-making applications—ideal for scaling capacity without the lead times of new equipment. Core Specifications and Operational Impact Understanding the JIRFINE EV-1160 technical parameters is critical for assessing its fit within your production workflow. Below is a breakdown of the key specifications and their operational impact: Model & Year:JIRFINE EV-1160 (2022) CNC Control:Mitsubishi M80 Table Size:1200 x 600 mm Travels (X/Y/Z):1100 x 600 x 600 mm Spindle:BT40 / 12,000 RPM Tool Capacity:24 Tools Mitsubishi M80 Control The Mitsubishi M80 is a robust, industry-standard control system known for reliability and ease of operation. For production managers, this ensures a shorter operator learning curve and seamless integration with existing post-processors and CAM software used in most job shops. Travels and Work Envelope With X, Y, and Z travels of 1100 x 600 x 600 mm, this machine handles a wide range of medium-sized workpieces. The 1200 x 600 mm table provides ample surface area for multiple fixtures, enabling palletized setups or the machining of larger plates without interference. Tooling Match and Part Fit The JIRFINE EV-1160 features a BT40 spindle taper—the industry standard for general-purpose machining. This configuration provides the optimal balance between rigidity for heavy cuts and the agility required for high-speed finishing. High-Speed Finishing: The 12,000 RPM spindle is optimized for aluminum and non-ferrous alloys, making it an excellent choice for electronics housings or medical components where surface finish is critical. Tooling Flexibility: The 24-tool magazine supports complex, multi-operation parts in a single setup. This is particularly advantageous for mold makers requiring a diverse range of end mills, drills, and taps for a single cavity. Z-Axis Clearance: With a spindle-nose-to-table distance of 150–750 mm, the machine offers sufficient clearance for tall fixtures or 4th-axis rotary tables, adding versatility for aerospace or automotive bracket production. How Key Specs Affect Machine Selection When sourcing a used machining center, the goal is to align the machine with your dominant part size and material profile. The EV-1160 is a versatile all-rounder. Its linear guideway design facilitates high-speed movement, which is essential for reducing cycle times in high-volume production. If your shop requires frequent tool changes or high-speed contouring, the 24-tool magazine and 12k spindle will directly enhance throughput. Conversely, if your work involves heavy-duty, deep-hole drilling in hardened steel, ensure your tooling strategy aligns with the capabilities of this BT40 platform. Is This Machine Right for Your Production? To determine if the JIRFINE EV-1160 is the right fit, evaluate your current production bottlenecks against these criteria: Part Size: Do your parts fit within the 1100 x 600 x 600 mm envelope? If you are upgrading from smaller machines, this unit offers a significant capacity increase. Process Type: Are you performing high-speed milling? The 12,000 RPM spindle is designed for efficiency in this area. Industry Fit: This machine is highly suitable for: Automotive: Jigs, fixtures, and small-to-medium engine components. Aerospace: Aluminum brackets and structural components. Mold Making: Injection mold cavities and inserts. Medical: Surgical instrument components and housings. Electronics: Chassis and heat sink machining. Frequently Asked Questions Q: Is the JIRFINE EV-1160 suitable for mold making? A: Yes. The combination of a 12,000 RPM spindle and 24-tool magazine makes it highly capable for mold making, providing the speed for finishing and the tool capacity for complex geometry. Q: Why is the BT40 spindle taper significant for my production? A: The BT40 taper is the industry standard for medium-duty machining. It offers the best balance between tool rigidity for cutting and the ability to perform high-speed, high-precision operations. Q: Can I inspect this machine before purchase? A: Absolutely. This machine is in stock and available for inspection. We encourage buyers to verify the spindle, axes, and control functionality in person to confirm it meets your production standards. Q: How does the Mitsubishi M80 control affect my workflow? A: The Mitsubishi M80 is a user-friendly, industry-standard control. It is widely supported, meaning your operators are likely already familiar with its interface, which minimizes downtime during the transition to a new machine.

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 Charmilles ROBOFIL 440 CC is a Swiss-engineered Wire EDM designed for high-precision machining. With a 350 x 220 x 220 mm work envelope, this unit is well-suited for mold making, medical device manufacturing, and small-batch aerospace components. Currently in stock and available for immediate inspection, this machine offers a cost-effective way to expand your EDM capacity without the lead times associated with new equipment. Core Specifications and Production Impact Brand Charmilles (Switzerland) Model ROBOFIL 440 CC X-Axis Travel 350 mm Y-Axis Travel 220 mm Z-Axis Travel 220 mm Wire Diameter 0.25 mm (Standard) Wire Speed 10 m/min Understanding these specifications is vital for evaluating production fit: Travel (350 x 220 x 220 mm): Defines the maximum physical dimensions of the workpiece you can process. Ideal for small-to-medium precision inserts, punches, and complex dies. 0.25 mm Wire Diameter: The industry standard for balancing cutting speed and surface finish, accommodating a wide range of tolerances in mold and die work. 10 m/min Wire Speed: Influences the throughput of the wire feed system. A consistent feed rate supports stable electrical discharge conditions during continuous cutting. Tooling Match and Part Fit The ROBOFIL 440 CC is a versatile, reliable workhorse in the EDM sector. Due to its Swiss design, it is frequently utilized in industries requiring high geometric accuracy, including: Mold Making: Ideal for creating intricate cavities, ejector pin holes, and complex core inserts. Medical Devices: Suitable for surgical instruments and micro-components where precision is non-negotiable. Aerospace: Capable of handling hardened alloys and exotic materials common in aerospace tooling. Electronics: Precision cutting for connectors, housings, and small-scale mechanical components. Tooling Match and Part Fit The ROBOFIL 440 CC is a versatile, reliable workhorse in the EDM sector. Due to its Swiss design, it is frequently utilized in industries requiring high geometric accuracy, including: Mold Making: Ideal for creating intricate cavities, ejector pin holes, and complex core inserts. Medical Devices: Suitable for surgical instruments and micro-components where precision is non-negotiable. Aerospace: Capable of handling hardened alloys and exotic materials common in aerospace tooling. Electronics: Precision cutting for connectors, housings, and small-scale mechanical components. Is This Machine Right for Your Production? This machine is a strong fit for your shop floor if: You need to increase capacity for small-to-medium precision parts immediately. Your current production involves mold components, dies, or medical-grade parts. You are looking for a proven, Swiss-made platform that balances cost with performance. You have the infrastructure to support standard 0.25mm brass wire EDM processes. Frequently Asked Questions Q: Can this machine accommodate parts larger than the 350mm travel? A: The 350mm travel is the effective cutting range. While the machine table may be larger, you cannot process features outside of the designated X/Y/Z travel limits. Always verify your largest part dimensions against these specifications. Q: Is the 0.25mm wire diameter fixed, or can it be changed? A: The 0.25mm configuration is the standard setup for this model. While some EDM machines allow for guide changes to accommodate different wire diameters, you should verify the specific tooling and guide set currently installed on this unit. Q: What type of factory environment is best suited for this machine? A: This machine is best suited for climate-controlled tool rooms or production environments that focus on precision machining, such as mold and die shops or medical device manufacturing facilities. Q: Is this machine ready for immediate production? A: Yes, this unit is in stock and available for immediate inspection. We encourage potential buyers to schedule a visit to verify the machine's operational status and fit for their specific production requirements.

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.

The Hartford CNC-5210H is a heavy-duty bridge-type machining center engineered for large-scale workpieces. Featuring a 5000mm X-axis travel and a 10,000kg table load capacity, this machine is built for structural components, large mold bases, and long-bed machining. Currently in stock and available for inspection, this unit is equipped with a Fanuc 21i-MR control and a BT50 spindle—an ideal solution for shops requiring high-rigidity milling and an expansive work envelope. This page outlines the technical specifications to help you determine if this machine aligns with your production requirements. Core Specifications and Production Capabilities The Hartford CNC-5210H’s specifications define its operational limits and production capabilities. Review the key technical data below. Model Hartford CNC-5210H Stock Number 67445 X/Y/Z Travel 5000 x 2100 x 1000 mm Table Dimensions 5150 x 2040 mm Table Load Capacity 10,000 kg Spindle Taper BT50 Spindle Speed 6000 rpm Tool Changer 32 Tools Control System Fanuc 21i-MR Door Width 2300 mm Travel and Table Capacity The 5000mm X-axis travel is the machine's defining feature, enabling the machining of long-span parts—such as automotive chassis dies, aerospace spars, or large machine bases—in a single setup. The 10,000kg load capacity ensures the table remains stable under the weight of heavy fixtures and raw materials. Spindle and Tooling The BT50 spindle taper is the industry standard for heavy-duty milling. Unlike BT40 spindles, which are optimized for high-speed aluminum finishing, the BT50 delivers the torque required for deep cuts in steel and cast iron. With a 6000 rpm limit, this machine is balanced for high-torque roughing and semi-finishing applications. Industry Applications and Part Fit The Hartford CNC-5210H is a versatile workhorse for factories handling diverse, large-part portfolios. Its configuration is particularly well-suited for the following industries: Automotive: Ideal for large stamping dies and heavy-duty fixture plates. Aerospace: Suitable for long structural frames and wing-rib components where precision and rigidity are paramount. Mold Making: The bridge structure provides the stability required for deep-cavity mold machining. Energy & Infrastructure: Capable of handling large housings, valve bodies, and gear casings. The 32-tool magazine supports complex, multi-process setups, allowing the machine to handle a wide range of tooling—from large-diameter face mills to drills and taps—without frequent manual changes. This is essential for shops managing mixed-batch production or complex parts requiring multiple operations. Evaluating Machine Selection When evaluating this machine for your production, consider how its physical footprint aligns with your throughput goals: Single-Setup Efficiency: If you are currently moving large parts between multiple machines, the 5000mm travel of the CNC-5210H may allow you to consolidate operations, reducing handling time and improving dimensional accuracy. Rigidity vs. Speed: This machine is built for rigidity. If your production involves light aluminum parts requiring 15,000+ rpm, this machine may be overpowered. However, for heavy material removal in steel, the BT50 spindle is the optimal choice. Control Familiarity: The Fanuc 21i-MR is a widely recognized industrial control. It offers high reliability and broad compatibility with modern CAD/CAM software, minimizing the learning curve for operators and programmers. Is This Machine Right for Your Production? This machine is a significant asset for shops looking to scale up capacity for large-format parts. It is an ideal fit if: You have a recurring need to machine parts exceeding 3 meters in length. Your current bottleneck is a lack of table space or weight capacity. You require a machine capable of heavy-duty roughing cycles without vibration. You need a reliable, industry-standard controller that integrates easily with your existing workflow. If your production consists primarily of small, high-volume parts, this machine may be oversized, leading to inefficient floor space utilization. Evaluate your largest current part and your projected growth over the next 3–5 years to determine if this envelope is appropriate. Inspection and Verification Before finalizing the procurement of this used Hartford CNC-5210H, we recommend performing the following checks to verify the machine's condition: Spindle Runout: Inspect the BT50 spindle taper for signs of galling or excessive wear. Perform a runout test with a test bar to ensure precision is within tolerance. Way Cover Integrity: Inspect the telescopic way covers for damage or leaks. Given the machine's long travel, these covers are critical for protecting the axes from chips and coolant. Axis Repeatability: Run a warm-up cycle and use a dial indicator to check repeatability on the X and Y axes. Ensure there is no significant backlash in the ballscrews. Control Functionality: Power on the Fanuc 21i-MR, check for alarm history, and cycle the 32-tool magazine to ensure smooth operation and correct tool indexing. Frequently Asked Questions Q: Is the 5000mm travel the total working area for all axes? A: The 5000mm refers to the X-axis (longitudinal) travel. The Y-axis provides 2100mm of cross travel, and the Z-axis provides 1000mm of vertical travel, providing a substantial working envelope for large, long components. Q: Can this machine handle high-speed aluminum machining? A: The machine is optimized for heavy-duty cutting with a BT50 spindle and 6000 rpm. While it can machine aluminum, it is not a dedicated high-speed machine; it excels in applications requiring high torque and structural rigidity. Q: Is the Fanuc 21i-MR control compatible with modern software? A: Yes, the Fanuc 21i-MR is a robust industry-standard control that supports standard G-code programming and is compatible with most modern CAD/CAM post-processors. Q: What is the benefit of the 2300mm door width? A: The wide door opening is designed to accommodate large, bulky workpieces that require overhead crane loading. It facilitates easier setup and safer loading/unloading of heavy parts.

This 2015 JIRFINE  VMC-1060 (Stock #67443) is a heavy-duty vertical machining center engineered for high-precision milling and drilling. Featuring a 1000mm x 600mm x 600mm work envelope and a 900kg table load capacity, this machine is a versatile platform for shops handling medium-to-large workpieces. Equipped with a proven Mitsubishi M70 control and a standard BT40 spindle, it delivers the structural rigidity required for tight-tolerance parts and consistent surface finishes. Currently in stock and available for immediate inspection, this unit is a reliable, ready-to-run asset to boost your shop's throughput. Suitable Parts and Typical Industries The JIRFINE VMC-1060 is designed for versatility, making it a workhorse in various manufacturing sectors. Its structural design prioritizes stability, which is essential for the following applications: Mold and Die Manufacturing: The 1000mm X-axis travel accommodates medium-sized mold bases and core/cavity inserts. The JIRFINE  frame's rigidity ensures the accuracy needed for complex 3D contouring. Automotive Component Production: Ideal for housings, brackets, and engine components that require consistent milling and drilling across production runs. Precision Job Shops: For facilities handling a high mix of parts, the BT40 taper provides an optimal balance between torque and tool-change speed, allowing for efficient transitions between roughing and finishing. General Engineering: Suitable for steel, aluminum, and cast iron parts where dimensional accuracy and surface finish are critical quality standards. Best-Fit Processes and throughput requirements This machine is configured for consistent production cycles. The 8000 RPM spindle provides a wide operating window, capable of high-speed finishing on aluminum as well as heavy-duty roughing on steel. The 24-tool ATC (Automatic Tool Changer) supports complex multi-step processes, minimizing downtime during tool changes. Key Process Capabilities: High-Rigidity Milling: The machine's mass and construction allow for aggressive material removal rates without sacrificing geometry. Precision Drilling and Tapping: The Mitsubishi M70 control ensures smooth interpolation, vital for maintaining thread quality and hole positioning accuracy. Contour Machining: The controller's processing speed supports smooth 3-axis movement, essential for achieving the surface finish requirements of modern tooling. what kind of operation this machine fits The JIRFINE VMC-1060 is best suited for factories that prioritize uptime and precision. It is an excellent fit for: Mid-Sized Job Shops: Facilities that need a reliable machine capable of switching between different part types daily. Expanding Operations: Shops looking to increase capacity with a proven, reliable platform that avoids the long lead times of new equipment. In-house Tooling & Maintenance: Departments that require a machine capable of handling repair work and custom fixture fabrication. Why This Machine Works in These Scenarios The value of the JIRFINE VMC-1060 lies in its engineering. Unlike lighter-weight machines, this unit is built with heavy-duty casting that dampens vibration during cutting. This is critical when working with harder materials where chatter can lead to tool breakage or poor surface finish. The 1000mm X-travel is the "sweet spot" for many manufacturers—it is large enough to handle significant parts but compact enough to maintain a small footprint on the factory floor, maximizing your square footage efficiency. Technical Specifications Summary Parameter Specification Model JIRFINE  VMC-1060 Year 2015 X/Y/Z Travel 1000 x 600 x 600 mm Table Size 1300 x 600 mm Max Load 900 kg Spindle 8000 RPM Taper BT40 ATC 24 Tools Control Mitsubishi M70 Is This Machine Right for Your Production? If your production requires a reliable, mid-range vertical machining center that can handle a variety of materials and part sizes, the JIRFINE  VMC-1060 is a strong candidate. It is designed for shops that need to balance high-precision output with the need for immediate production availability. If your current workflow involves frequent mold work or high-mix component manufacturing, this machine's combination of travel capacity and rigid construction is built to handle that workload. Frequently Asked Questions What industries is the Quaser VMC-1060 best suited for? The JIRFINE  VMC-1060 is ideal for mold and die manufacturing, automotive parts production, and general precision job shops requiring a balance of rigidity and travel capacity. Can this machine handle heavy-duty cutting? Yes, the JIRFINE  VMC-1060 is built with a rigid frame and a 900kg table load capacity, making it suitable for machining steel and cast iron components where structural stability is critical. What is the primary advantage of the Mitsubishi M70 control on this unit? The Mitsubishi M70 is known for its high reliability, fast processing speeds for complex contours, and intuitive interface, which reduces setup time and improves throughput requirements in high-mix environments. Is this machine suitable for high-speed aluminum machining? With an 8000 RPM spindle, it is well-suited for aluminum milling. While not an ultra-high-speed specialized machine, it provides the necessary speed and torque for efficient aluminum production and finishing. What is the benefit of the 1000mm X-travel? The 1000mm travel provides the flexibility to machine larger workpieces or multiple smaller parts in a single setup on a fixture plate, significantly increasing throughput and reducing operator intervention time.

The JOINT GTS-4080 is a high-precision surface grinder currently in stock and available for immediate inspection. Built for demanding tool room and production environments, this unit features a robust 5.5 kW spindle motor and 0.001mm feed accuracy. It is an ideal solution for shops requiring consistent surface finishes and tight tolerance control on hardened steel or cast iron components. Ready for immediate deployment to increase your precision flat-grinding capacity. Core Specifications and Operational Impact Understanding the technical parameters of the JOINT GTS-4080 is essential for verifying its fit within your production workflow. Below are the key specifications and their operational impact: Specification Value Production Impact Spindle Motor Power 5.5 kW Delivers high torque for heavy-duty grinding without spindle stalling. Grinding Wheel Size Φ350 x 40 x Φ127 mm Standard geometry supports deep cuts and extended wheel life between dressing cycles. Spindle Speed 1450 rpm Optimized for standard abrasive wheel peripheral speeds to maintain surface integrity. Feed Accuracy 0.001 mm Enables high-precision finishing, reducing rework and scrap rates. 5.5 kW Spindle Power: Unlike lighter-duty grinders, the GTS-4080’s 5.5 kW motor supports aggressive material removal. This is critical for shops processing hardened tool steels or large surface areas where thermal buildup and motor load are key concerns. 0.001mm Feed Accuracy: This resolution is the benchmark for high-precision manufacturing. In production, it allows operators to hold tight dimensional tolerances on flatness and parallelism, reducing the need for secondary lapping or polishing. Tooling Match and Part Fit The JOINT GTS-4080 accommodates a variety of workholding solutions and part geometries. When evaluating this machine for your shop, consider the following: Part Geometry: Optimized for flat surface grinding, including plates, blocks, and die components. Material Compatibility: With the standard spindle configuration, it is highly effective for ferrous metals, including hardened steel, mild steel, and cast iron. Workholding: The table capacity is designed to accept standard electromagnetic or permanent magnetic chucks. Ensure your existing chuck dimensions align with the table size to maximize the effective grinding area. How Key Specs Affect Machine Selection Selecting the right grinder requires balancing capacity and precision. The JOINT GTS-4080 is a production-grade machine, built for consistent, drift-free operation. If your production requires high throughput for medium-to-large parts, the 350mm wheel diameter provides the necessary peripheral speed to maintain cool cutting—vital for preventing surface burning or micro-cracking in heat-treated parts. The 1450 rpm spindle speed is calibrated to match standard vitrified grinding wheels used in most industrial applications. Is This Machine Right for Your Production? This machine is a strategic fit for your facility if you are facing the following production scenarios: Bottlenecked Grinding Capacity: You have a backlog of flat-surface parts and require an immediate, reliable machine to balance the load. Tolerance Requirements: Your current equipment cannot consistently hold tolerances below 0.005mm, and you need to upgrade to a 0.001mm feed resolution capability. Heavy-Duty Requirements: You are grinding large surface areas that cause lower-horsepower machines to stall or vibrate, compromising surface finish. Frequently Asked Questions What is the primary advantage of the 5.5 kW motor on this grinder? The 5.5 kW motor provides high torque, allowing for deeper cuts and faster material removal without the spindle speed dropping under load. This is essential for maintaining consistent surface finishes on larger workpieces. Can this machine hold a 0.001mm tolerance reliably? Yes, the 0.001mm feed accuracy is a design specification intended for precision finishing. Achieving this in production depends on the condition of the grinding wheel, the rigidity of your workholding, and the thermal stability of your environment. Is the JOINT GTS-4080 suitable for grinding non-ferrous materials? While primarily designed for ferrous metals, it can be used for non-ferrous materials, provided the correct grinding wheel specification (grit, bond, and type) is selected to prevent wheel loading. What should I check regarding the grinding wheel compatibility? The machine uses a Φ350 x 40 x Φ127mm wheel. Ensure your inventory of wheels matches the arbor diameter (127mm) and that the wheel speed rating is compatible with the 1450 rpm spindle speed.

The Leadwell BV-1900BG is a high-rigidity vertical machining center (VMC) engineered for heavy-duty cutting and large-part manufacturing. Featuring a robust box-way guideway system and a high-torque BT50 spindle, this machine is built to handle demanding operations requiring superior vibration damping. Currently in stock and available for inspection, the BV-1900BG is an ideal solution for shops scaling capacity for mold bases, large structural parts, or heavy industrial components. This specification overview details the machine's capabilities to help you assess its fit your production needs requirements. Core Specifications and Production Capabilities Understanding the BV-1900BG requires looking beyond the spec sheet. The "BG" designation in the Leadwell series indicates box-way construction, which fundamentally differentiates this machine's performance from linear-guide alternatives. Specification Value Machine Model Leadwell BV-1900BG X/Y/Z Axis Travel 1900 x 900 x 700 mm Table Dimensions 2000 x 800 mm Table Load Capacity 2000 kg Spindle Taper BT50 Tool Magazine 24 Tools CNC Controller Fanuc 0i-MD Guideway Type Box Ways (Hard Ways) Why Box Ways Matter The box-way construction is the machine's defining feature. Unlike linear guides, which prioritize rapid traverse speeds, box ways offer a significantly larger contact surface area. In a production environment, this delivers: Superior Vibration Damping: During heavy-duty milling or interrupted cuts, box ways absorb energy, resulting in improved surface finishes and extended tool life. High Load Capacity: The 2000kg table load is supported by the rigidity of the box-way base, allowing for the machining of large steel blocks or complex fixtures without risking deformation. Increased Stability: For operations involving deep cavity milling or aggressive roughing, the structural rigidity ensures the machine maintains accuracy under high cutting forces. Tooling Match and Part Fit With 1900mm of X-axis travel and a BT50 spindle taper, this machine is a proven workhorse for specific industrial sectors. The BT50 taper is the industry standard for high-torque applications, providing the clamping force necessary to drive large-diameter face mills and heavy-duty drills that would cause chatter or spindle deflection on lighter BT40 machines. Suitable Applications Large Mold Bases: The 1900mm travel and 2000kg load capacity accommodate large mold plates, allowing for roughing and semi-finishing in a single setup. Heavy Structural Components: Ideal for machining frames, gearboxes, or large housings where significant material removal is required. Long-Bed Machining: The 2000mm table length supports the clamping of long workpieces, making it suitable for automotive or aerospace components that require linear milling across a large surface area. Frequently Asked Questions Q: Is the Leadwell BV-1900BG suitable for high-speed aluminum machining? A: Generally, no. This machine is optimized for heavy-duty cutting and rigidity. While it can machine aluminum, its box-way design is heavier and slower in acceleration compared to linear-guide machines designed specifically for high-speed aluminum finishing. Q: Can I use this machine for 4-axis machining? A: The machine's physical capacity (table size and load) can accommodate a 4th axis rotary table. However, check the controller parameters and the existing electrical cabinet to ensure it is pre-wired for a 4th axis interface. Q: How does the BT50 spindle affect my tooling costs? A: BT50 tooling is larger and typically more expensive than BT40 tooling. However, the increased rigidity allows for larger depths of cut and higher feed rates in steel, which often leads to shorter cycle times that offset the higher tooling cost. Q: Is this machine ready for immediate production? A: Yes, the machine is currently in stock. We encourage prospective buyers to schedule an on-site inspection to verify the machine's power-on state, axis movement, and spindle performance before finalizing the purchase.

  The Kyori BEAT-40MII is a high-performance stamping press engineered for precision, high-speed production. Featuring a 400kN (40-ton) capacity and an operating range of 200-800 SPM, this machine is built for demanding, high-volume manufacturing environments. With a 30mm stroke and a compact footprint, it is an ideal solution for scaling the production of intricate electronic components, terminals, and small metal parts. This unit is currently in stock and ready for integration into your production line. Suitable Parts and Typical Industries The Kyori BEAT-40MII is purpose-built for industries requiring high-speed output with tight tolerances. Given its 800 SPM capability and 80mm maximum material width, it is optimized for high-frequency, continuous production cycles rather than heavy structural stamping. Primary Industries: Electronics & Connectors: The high-speed nature of the BEAT series is perfect for stamping delicate connector pins, lead frames, and socket components. Automotive Small Parts: Suitable for high-volume production of small-scale automotive terminals, clips, and sensors. Precision Hardware: Ideal for manufacturers of small springs, contact plates, and intricate fasteners where throughput is the primary driver of profitability. Medical Devices: Capable of meeting the precision requirements for small medical components that demand consistent, repeatable stamping cycles. If your production involves strip-fed material and high-volume runs of small, intricate parts, the BEAT-40MII provides the stability and speed required to maintain high OEE (Overall Equipment Effectiveness). Best-Fit Processes and throughput requirements Understanding the throughput requirements is critical to leveraging the BEAT-40MII effectively. This machine is a "sprinter" in the press room. Key Process Capabilities: High-Speed Progressive Stamping: The 30mm stroke minimizes slide travel time, enabling rapid cycling. This is optimized for progressive dies where multiple operations occur in a single pass. Strip Feeding Efficiency: The machine handles material widths up to 80mm with a feed length of 0-40mm, perfectly suited for the narrow-strip applications common in the electronics industry. Precision Slide Control: The 20mm slide adjustment allows for fine-tuning the bottom dead center (BDC) position—essential when working with thin materials or complex die sets where minor deviations can cause part defects or die damage. The 200-800 SPM range allows production managers to balance speed against tool life. For complex, multi-stage dies, running at the lower end (200-400 SPM) provides stability, while simpler blanking operations can be pushed toward the 800 SPM limit to maximize throughput. what kind of operation this machine fits This is not a general-purpose shop press; it is a specialized asset for high-volume production facilities. You are a prime candidate for this machine if: You are a Tier 2 or Tier 3 Supplier: You supply high volumes of small components to larger automotive or electronics OEMs. You run 24/7 or Multi-Shift Operations: The Kyori BEAT series is built for durability during continuous, round-the-clock operation. You prioritize Throughput: Your current bottleneck is press speed, and you need to increase parts-per-minute (PPM) output. You have a Dedicated Tooling Department: As a high-speed machine, it requires well-maintained, precision-ground progressive dies to perform at peak capacity. Why This Machine Works in These Scenarios The Kyori BEAT-40MII is a strategic investment for boosting capacity without requiring a large floor footprint. The 400kN capacity is the "sweet spot" for small-part stamping—providing enough force to cut, form, and pierce without the energy waste and slower cycle times associated with larger, heavier presses. The 265mm die height is generous for a machine of this class, allowing for the use of complex, multi-station progressive dies. When you combine the 30mm stroke with the ability to maintain 800 SPM, you are looking at a machine that can potentially double the output of a standard 100-200 SPM press in the same production window. Frequently Asked Questions Q: Is this machine suitable for heavy-gauge metal stamping? A: No. The Kyori BEAT-40MII is a high-speed press with a 400kN capacity and a 30mm stroke. It is designed for thin-gauge materials typically used in electronics and small terminals, not for heavy plate or structural steel stamping. Q: Can this machine handle 800 SPM for all types of parts? A: While the machine is rated for up to 800 SPM, actual production speed depends on die complexity, material thickness, and feed requirements. Simple blanking operations can reach these speeds, while complex forming may require a slower rhythm to ensure part quality. Q: What type of tooling is required for this press? A: This press is designed for high-speed progressive dies. Because of the high-speed nature, your tooling must be precision-machined and properly balanced to prevent vibration at high cycle rates. Q: Is this machine available for immediate shipment? A: Yes, this Kyori BEAT-40MII is currently in stock. We encourage prospective buyers to schedule an inspection to verify the machine's condition and functionality before arranging logistics.

The Breton Matrix 1300 is a heavy-duty CNC gantry machining center engineered for high-precision, large-format production. With a generous 4000x4500mm work envelope and a 15,000kg table load capacity, this machine is built for structural components, large-scale molds, and heavy industrial workpieces. Currently in stock (Stock #67391), this unit features a Siemens 840DsL control system and a 12,000 RPM HSK-A63 spindle, delivering the rigidity and speed required for demanding, high-tolerance manufacturing environments. Suitable Parts and Industries The Breton Matrix 1300 is a large-format gantry mill, making it a critical asset for operations where part size and geometric complexity are the primary constraints. It is engineered for sectors requiring high material removal rates alongside superior surface finishes. Aerospace: Ideal for machining large structural airframe components, wing spars, and titanium or aluminum bulkheads that require expansive travel ranges. Automotive Tooling & Mold Making: Suited for large-scale automotive stamping dies, injection molds for bumpers, and dashboard tooling, where the 4000x4500mm table accommodates multiple setups or massive single-mold bases. Energy & Power Generation: Capable of handling large housings, turbine components, and base plates for renewable energy infrastructure. General Heavy Engineering: Suitable for large weldments and castings that require high-precision milling across a broad plane. Process Capabilities This machine excels in applications requiring a balance of heavy-duty roughing and precision finishing. The Siemens 840DsL control supports complex 3D contouring, while the 12,000 RPM spindle provides the surface speed needed for high-quality finishing passes on aluminum and steel. throughput requirements: The 40-tool Automatic Tool Changer (ATC) minimizes downtime during complex cycles, making this machine highly effective for high-mix, low-volume production or long-cycle, single-part runs. The gantry architecture ensures spindle rigidity throughout the entire 4500mm Y-axis travel, maintaining consistent accuracy from the center to the edges of the table. Ideal Production Environment This machine is an ideal investment for Tier 1 and Tier 2 suppliers or specialized job shops currently outsourcing large-part machining or constrained by the table size of their existing equipment. It is well-suited for facilities that: Require a rigid platform for heavy-duty cutting without compromising positioning accuracy. Need to consolidate multiple operations into a single setup to reduce handling time for large, heavy components. Standardize on Siemens controls to maintain consistency with existing programming workflows. Handle workpieces exceeding 10 tons, where standard vertical machining centers lack the necessary table support. Why This Machine Works The technical specifications of the Breton  Matrix 1300 directly enhance production efficiency: 15,000kg Table Load: Supports massive castings or large mold bases without table deflection, ensuring part geometry remains within tolerance. 12,000 RPM Spindle: Enables high-speed machining (HSM) strategies, reducing cycle times for complex 3D contours and improving surface finish quality, which minimizes manual polishing. HSK-A63 Taper: Provides superior clamping force and rigidity compared to standard BT40 tapers, essential for high-speed milling and deep-cavity machining. Siemens 840DsL Control: An industry standard that provides robust processing power for complex toolpaths and reliable integration with CAD/CAM software. Technical Specifications Feature Specification Brand Breton Model Matrix 1300 Control System Siemens 840DsL XYZ Travels 4000 x 4500 x 1300 mm Table Size 3500 x 4000 mm Table Load Capacity 15,000 kg Spindle Speed 12,000 RPM Spindle Taper HSK-A63 Tool Changer 40 Tools Origin Italy Frequently Asked Questions What industries benefit most from the Breton Matrix 1300? This machine is best suited for aerospace, large-scale automotive mold and die, and heavy industrial manufacturing where large workpieces require high-precision, complex 3D machining. Is the 12,000 RPM spindle suitable for heavy roughing? Yes, the combination of the HSK-A63 taper and the gantry design provides the necessary rigidity for both aggressive material removal and the high-speed finishing required for fine surface quality. How does the 15,000kg table load affect production? It allows for the processing of very heavy workpieces, such as large steel castings or mold bases, which would exceed the weight capacity of standard CNC mills, eliminating the need for multiple machines to handle different part sizes. Is the Siemens 840DsL control compatible with modern CAD/CAM software? Yes, the Siemens 840DsL is an industry-standard control system widely supported by all major CAD/CAM software packages for complex multi-axis programming.

The Nomura BN-130 is a heavy-duty, floor-type CNC boring and milling machine engineered for large-scale workpiece machining. Currently in stock, this unit features a 130mm boring spindle and a 215mm milling spindle, offering the versatility required for both precision boring and high-torque milling. With an X/Y/Z travel range of 2400 x 1500 x 2100 mm and a 10-ton table capacity, this machine is built for heavy castings, housings, and structural components. It is available now for inspection and immediate deployment into your production facility. Key Specifications Model: Nomura BN-130 Control: Fanuc CNC Boring Spindle Diameter: 130 mm Milling Spindle Diameter: 215 mm Travel (X/Y/Z): 2400 x 1500 x 2100 mm Table Size: 1800 x 2000 mm Table Load Capacity: 10 Tons Spindle Speed: 10–1500 rpm Stock Number: 811507 Suitable Parts and Typical Industries The Nomura BN-130 is a versatile workhorse in the heavy machining sector. Its design accommodates parts requiring both deep-hole boring accuracy and heavy-duty milling. Given its large work envelope and 10-ton load capacity, it is a preferred choice for industries processing components too large or heavy for standard vertical machining centers. Target Industries Energy and Power Generation: Machining large turbine housings, generator frames, and heavy valve bodies. The 130mm boring spindle ensures the tight tolerances required for internal bearing fits. Mining and Construction Equipment: Production of heavy-duty gearboxes, axle housings, and main structural frames. The 215mm milling spindle provides the rigidity required for roughing steel or cast iron parts. Shipbuilding and Marine Engineering: Fabrication of engine bedplates, rudder components, and large-scale marine transmission housings. Industrial Mold Making: Large-scale die sets and mold bases requiring precise boring of guide pin holes and extensive structural pocket milling. Best-Fit Processes and throughput requirements This machine is optimized for high-precision, low-to-medium volume manufacturing. Unlike high-speed production lines, the Nomura BN-130 excels in "one-hit" machining, where multiple operations—boring, milling, drilling, and tapping—are performed in a single setup to maintain geometric accuracy. The 10–1500 rpm spindle speed range is tuned for heavy-duty cutting. It is not intended for high-speed aluminum finishing but is ideal for heavy-cut milling of cast iron and steel. The machine's throughput requirements is characterized by steady, high-precision cycles. It is an ideal solution for shops looking to bring large, complex part machining in-house rather than outsourcing. Why This Machine Works The primary advantage of the Nomura BN-130 lies in its dual-spindle capability. The 130mm boring spindle provides the reach and stability for deep-hole operations, while the 215mm milling spindle provides the torque required for heavy material removal. This combination allows a shop to consolidate operations; instead of moving a heavy casting between a boring mill and a milling machine, the operator can complete the majority of the work on the BN-130. Furthermore, the 10-ton table capacity allows for the mounting of heavy fixtures and large castings without compromising geometric stability. The 2400 x 1500 x 2100 mm travel range provides the clearance necessary to access multiple faces of a complex part, which is critical for reducing setup times and improving overall part accuracy. Frequently Asked Questions Q: Can this machine handle high-speed aluminum milling? A: The Nomura BN-130 is primarily designed for heavy-duty boring and milling of steel and cast iron. While it can mill aluminum, its spindle speed range (10–1500 rpm) is optimized for high-torque, heavy-cut applications rather than high-speed finishing. Q: Is the 130mm boring spindle suitable for deep hole boring? A: Yes, the 130mm boring spindle is specifically designed to handle long-reach boring operations. Its rigidity allows for maintaining tight tolerances in deep bores, which is essential for engine block or gearbox housing production. Q: How does the 10-ton table capacity affect production planning? A: The 10-ton capacity allows you to process large, heavy castings or weldments. It enables the use of substantial work-holding fixtures, which is necessary for securing large, irregular parts that require machining on multiple sides. Q: Is this machine ready for immediate inspection? A: Yes, this machine is currently in stock and available for inspection by appointment. Please contact our sales team to schedule a time to view the machine under power. Q: What type of facility is the Nomura BN-130 best suited for? A: It is best suited for heavy-duty job shops, energy sector manufacturing, and large-scale industrial component fabrication where the ability to perform heavy boring and milling on large parts is a daily requirement.

This used Goodway MLV-1020 vertical machining center is in stock and available for immediate inspection. Equipped with a Fanuc 0i-MF control, 1020mm X-axis travel, and a 30-tool ATC, this machine is engineered for versatility across automotive, aerospace, and mold-making sectors. Featuring 3-axis linear guideways and an integrated oil chiller, it delivers the thermal stability and precision required for demanding production environments. This unit is an excellent choice for shops looking to increase throughput with a proven, mid-sized VMC. Key Specifications and Operational Capabilities Reviewing the technical specifications of the Goodway MLV-1020 is essential to determine if it aligns with your part portfolio. Below is a breakdown of the machine's core capabilities: Model: Goodway MLV-1020 Control: Fanuc 0i-MF X/Y/Z Travels: 1020 x 520 x 550 mm Table Size: 1100 x 520 mm Spindle Taper: BT40 Spindle Speed: 8000 rpm Tool Capacity: 30 Tools Table Load: 800 kg Production Impact of Key Specs 1020mm X-Axis Travel: Provides a generous work envelope for medium-sized parts, enabling the machining of longer brackets, plates, or multi-cavity molds without the need for frequent repositioning. 30-Tool ATC (Automatic Tool Changer): A 30-tool capacity is substantial for this class of machine. It supports complex, multi-operation cycles—including drilling, tapping, roughing, and finishing—in a single setup, significantly reducing manual intervention. Linear Guideways: Utilized across all three axes, these facilitate higher rapid traverse rates and smoother motion compared to box ways, making the machine ideal for high-speed machining and precision finishing. Spindle Oil Chiller: Integrated spindle cooling is critical for thermal stability. It mitigates spindle growth during long production runs, ensuring consistent dimensional accuracy throughout the shift. Tooling Compatibility and Part Fit The Goodway MLV-1020 features a BT40 spindle taper, the industry standard for versatility. This configuration balances the rigidity required for heavy-duty roughing with the speed necessary for precision finishing. It is compatible with a wide array of standard tooling holders found in most machine shops. With an 800kg table load capacity, this machine accommodates substantial steel blocks and complex fixture setups, making it a viable solution for: Automotive: Production of housings, brackets, and engine components. Mold Making: Suitable for medium-sized mold bases and core/cavity inserts. Aerospace: Machining of light alloy structural components. Electronics: High-precision chassis and enclosure milling. Frequently Asked Questions Q: How does the 30-tool ATC compare to standard 20-tool magazines? A: The 30-tool ATC offers 50% more capacity than the standard 20-tool magazine found in many entry-level VMCs. This allows you to keep a wider variety of specialized tools—such as drills, taps, end mills, and reamers—in the magazine permanently, significantly reducing manual tool changes and setup times. Q: Is the 1020mm X-axis travel sufficient for mold making? A: Yes, for medium-sized mold bases. The 1020mm travel is a standard size for many mold shops, allowing you to machine typical core and cavity plates. However, always verify your specific mold base dimensions against the 1020x520mm table area to ensure adequate clamping clearance. Q: What is the advantage of the Fanuc 0i-MF control on this used machine? A: The Fanuc 0i-MF is a widely recognized industrial control system. Its primary advantage is operator familiarity; most CNC machinists are already trained on Fanuc interfaces, which reduces the learning curve and training time for your staff. Additionally, it offers robust performance for standard 3-axis milling operations. Q: Can this machine handle heavy-duty steel cutting? A: The BT40 spindle and 8000 rpm speed are well-suited for general-purpose steel cutting. While it is not a heavy-duty box-way machine designed for deep, aggressive roughing of hardened tool steel, it is highly effective for standard machining tasks in carbon steel, aluminum, and stainless steel.