This used AWEA SP3016 CNC Gantry Milling Machine is a large-table, double-column CNC gantry mill with a Fanuc 18i-MB CNC system, 3060 mm X-axis travel, 1600 mm Y-axis travel, 760 mm Z-axis travel, a 3000 x 1500 mm table, and 10,000 kg table load capacity. It is suitable for mold bases, fixture plates, large structural parts, and precision-machined plates used in automotive, aerospace, mold making, medical device tooling, and electronics tooling plants. Stock number 812113 is in stock, available for inspection, and positioned as an immediate capacity upgrade for factories that need a cost-effective used gantry milling machine without waiting for a new build. Core Specifications and What They Mean in Production The AWEA SP3016 is a CNC gantry milling machine built for workpieces that are too large, too heavy, or too wide for a conventional vertical machining center. Its double-column design, long X-axis travel, and wide worktable make it practical for machining long plates, die shoes, mold bases, structural components, and parts with multiple features in a single setup. For procurement and process engineering teams, the key question is not only whether the machine can cut the part, but whether the travel, table size, spindle clearance, and load capacity match the actual production envelope. The 3060 mm X-axis travel supports long workpieces and allows machining across nearly the full length of the 3000 mm table. This is important for mold plates, automotive fixture bases, aerospace panels, and long machine frames where moving the part between operations would add setup time and increase alignment risk. The 1600 mm Y-axis travel is useful for wide plates and tooling blocks, while the 760 mm Z-axis travel provides room for taller workpieces, fixtures, and tool length. The 1700 mm distance between the double columns defines the practical maximum width for the part and fixture passing through the gantry opening. In production planning, this should be checked against the largest raw workpiece size, not only the finished part size. The 200 to 960 mm spindle nose-to-table distance defines the available vertical clearance range. This affects whether the machine can accommodate thick molds, tall fixtures, long cutting tools, or stacked workholding. The 3000 x 1500 mm table and 10,000 kg maximum table load make this Yawei gantry mill suitable for heavy machining setups. Heavy mold bases, die plates, castings, and steel fixtures can be clamped with enough table area for locating blocks and clamps. The 22 / 26 kW main motor power supports milling work where cutter diameter, material hardness, and depth of cut require more power than a smaller machining center can typically provide. Tooling Match and Part Fit A CNC gantry milling machine is often selected when the workpiece footprint is the limiting factor. The AWEA SP3016 should be evaluated against the actual dimensions of your tooling, raw stock, clamps, and required cutter reach. With a 3000 x 1500 mm worktable and 3060 x 1600 mm travel range, it is well suited for large plates, mold bases, press tooling components, and large fixture bodies. The table size can also support several smaller components in one setup when batch flexibility is more important than dedicating the spindle to one small part at a time. Suitable Workpiece and Tooling Examples Automotive: die plates, fixture bases, checking fixture frames, battery tray tooling plates, and large structural machining. Aerospace: aluminum structural plates, fixture tooling, long ribs, and large-format machining setups where X-axis travel is critical. Mold making: plastic mold bases, die shoes, core and cavity support plates, and large insert machining where table load and spindle clearance matter. Medical devices: mold tooling, precision fixture plates, and production tooling for large or multi-cavity components. Electronics: large die sets, fixture plates, heat sink tooling, and precision base plates used in assembly or forming processes. The Fanuc 18i-MB CNC system is a widely used industrial control platform for milling applications. For plants already running Fanuc-based machines, operator workflow, program format, and shop-floor familiarity may be easier to align than with a completely different control environment. The control should still be checked during inspection for program input, axis movement, alarm history, and interface condition. Frequently Asked Questions What does the 3060 mm X-axis travel mean for part selection? The 3060 mm X-axis travel allows the cutter to cover long workpieces close to the full length of the 3000 mm table. It is useful for mold bases, fixture plates, aerospace plates, and long structural components where machining in one setup is preferred over repositioning. Can the Yawei SP3016 handle heavy mold and die components? The machine has a 3000 x 1500 mm table and a maximum table load of 10,000 kg. That makes it suitable for heavy mold bases, die shoes, steel plates, and large fixture bodies, provided the workpiece footprint and clamping method fit the table and gantry opening. How should I judge whether my tooling fits between the columns? Check the 1700 mm distance between the double columns against the widest raw workpiece, not only the finished part. Include side clamps, fixture plates, lifting clearance, and any protruding features when deciding whether the setup can pass safely through the gantry. Why is the 200 to 960 mm spindle nose-to-table distance important? This range defines the vertical working envelope. A tall fixture, thick mold base, long holder, or extended cutter can reduce available clearance. Before purchase, add together the table setup height, workpiece height, tool holder length, cutter length, and required machining depth. Is this used CNC gantry milling machine suitable for mixed production? Yes, if your mixed production includes large plates, tooling bases, molds, fixtures, and structural parts. The SP3016 is best viewed as a versatile all-round machine for factories that need one large-capacity machine to support multiple industries and part families. Is the Yawei SP3016 CNC Gantry Milling Machine in stock? Yes. Stock number 812113 is in stock and available now for inspection and shipment. Send an inquiry with your part size, material, and tooling requirements to evaluate production suitability.

This used Okuma MCR-A5CII CNC gantry milling machine is a Japan-built double-column machining solution with 4200 x 3100 x 800 mm X/Y/Z travel, 1000 mm W-axis travel, a 2000 x 4000 mm table, 10000 rpm spindle speed, a 60-tool magazine, and multiple milling heads for five-face machining. It is suitable for manufacturers machining large plates, mold bases, structural components, aerospace fixtures, automotive tooling, medical equipment plates, and electronics production tooling. Stock No. 812100 is in stock, available now, and ready for immediate shipment, making it a practical option for plants that need large-format machining capacity without waiting for new-machine lead time. Core Specifications and What They Mean in Production The Okuma MCR-A5CII is a CNC gantry milling machine and is also commonly evaluated as a double-column machining center for large workpieces. Its value is not only in the travel figures, but in how those figures affect part envelope, tool access, setup strategy, and production flow. For procurement managers and process engineers, the key question is whether the machine can hold the target workpiece, reach the required faces, and support the necessary tooling without excessive re-clamping. Machine category CNC gantry milling machine / double-column machining center Brand and model Okuma MCR-A5CII Origin Japan Year 2014 X/Y/Z axis travel 4200 x 3100 x 800 mm W-axis travel 1000 mm Table size 2000 x 4000 mm Distance from table surface to spindle nose 1650 mm Maximum spindle speed 10000 rpm Gantry width 2650 mm Floor space 6680 x 10730 mm Machine net weight 37000 kg Tool magazine capacity 60 tools Included configuration Four-axis linear scales, T301 vertical milling head, T302 90-degree vertical milling head, T303BC five-face milling head The 4200 mm X-axis travel and 4000 mm table length support long plates, mold bases, machine frames, and fixture plates that are difficult to process efficiently on smaller vertical machining centers. The 3100 mm Y-axis travel and 2650 mm gantry width are important when reviewing wide workpieces, because the part must fit through the column opening while still allowing clearance for clamps, edge machining, and tool approach. The 800 mm Z-axis travel, 1000 mm W-axis travel, and 1650 mm distance from the table surface to the spindle nose help determine whether tall parts, riser setups, angle plates, and deep cavities can be machined. In real production, this matters for large molds, aerospace fixture blocks, welded structures, and medical or electronics tooling plates where multiple face depths may be required in a single setup. The 10000 rpm maximum spindle speed gives the machine a broader process window than a low-speed gantry mill used mainly for heavy roughing. It can be considered for mold finishing, aluminum aerospace components, fixture plates, and general large-part milling where both material removal and surface finish are required. Final suitability still depends on cutting tools, material, clamping method, programmed feeds, and the condition verified during inspection. How the Key Specs Affect Machine Selection Travel and Table Size The first selection filter is part size. A 2000 x 4000 mm table does not mean every 2000 x 4000 mm part will be easy to machine; buyers should allow space for clamps, stops, side access, tool overhang, and chip evacuation. The 4200 mm X-axis travel gives useful longitudinal reach across the table length, while the 3100 mm Y-axis travel helps cover wide parts and side positioning. For production managers, this can reduce the need to split large components into multiple setups or outsource oversized machining. Height, Reach, and W-Axis Stroke The 1650 mm table-to-spindle-nose distance is important for tall components, tombstone-style fixtures, and riser block setups. Combined with 800 mm Z-axis travel and 1000 mm W-axis travel, it gives the machine reach for deep features and higher workpiece envelopes. This matters in mold making and structural machining, where the part may include ribs, steps, pockets, or cast and welded geometry above the table surface. Spindle Speed and Tool Magazine A 10000 rpm spindle is helpful when the production mix includes aluminum, cast iron finishing, mold surfaces, and smaller tools used on a large workpiece. The 60-tool magazine supports complex programs with roughing, semi-finishing, finishing, drilling, tapping preparation, chamfering, and side-face tools in the same cycle. For factories running low-volume, high-mix work, that tool capacity can reduce setup interruptions and keep the machine productive during long programs. Machine Mass and Floor Requirement The 37000 kg net weight and 6680 x 10730 mm floor space should be reviewed early in the buying process. This machine is intended for a plant with proper space planning, foundation readiness, rigging access, and loading access. A factory currently relying on smaller machining centers should confirm not only part fit, but also the installation footprint and production flow around the machine. Frequently Asked Questions What do the 4200 x 3100 x 800 mm travels mean for part size? These travels define how far the machine axes can move in X, Y, and Z. In production, they help determine whether the cutter can reach the full work area after the part, clamps, and fixtures are installed. For this MCR-A5CII, the 4200 mm X travel and 3100 mm Y travel support large plates, mold bases, fixtures, and structural components, while the 800 mm Z travel helps with depth and height variation. Is the 2000 x 4000 mm table suitable for large mold bases? Yes, the 2000 x 4000 mm table class is well suited for many large mold bases, die bases, and tooling plates. Buyers should still compare the actual workpiece size with clamp space, tool approach, side-machining requirements, and the 2650 mm gantry width before confirming fit. Why is the 1000 mm W-axis travel important? The W-axis provides additional vertical movement for the crossrail or spindle system, depending on machine configuration. For buyers, it matters when machining tall parts, deep pockets, large fixtures, or workpieces with multiple height levels. Together with the 1650 mm table-to-spindle-nose distance, it improves the machine’s ability to handle taller setups. How does the 10000 rpm spindle affect material suitability? A 10000 rpm maximum spindle speed gives more flexibility for finishing and smaller-diameter tooling than a low-speed-only gantry mill. It can be useful for mold finishing, aluminum components, fixture plates, and precision hole patterns. Material suitability still depends on tool type, cutting parameters, workholding, and verified spindle condition. What is the benefit of the T301, T302, and T303BC head package? The T301 vertical milling head supports standard top-face machining. The T302 90-degree head supports side-face and horizontal-feature machining. The T303BC five-face milling head expands access to multiple sides of the workpiece, which can reduce re-clamping for molds, die bases, structural parts, and large fixtures. Who should consider this used Okuma MCR-A5CII CNC gantry milling machine? It is best suited to factories and job shops that need large-part machining capacity for automotive tooling, aerospace fixtures, mold making, medical equipment plates, electronics tooling, and general machinery components. It is especially attractive when current equipment lacks table size, axis travel, or multi-face machining access.

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

The 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.