This used DMG DMU 210 P five-axis machining center is a German-built 2016 machine equipped with Heidenhain TNC 640 control, 2100 × 2100 × 1250 mm X/Y/Z travel, a 12,000 rpm SK50 spindle, a 1700 mm NC rotary table, and 10,000 kg table load capacity. It is a practical choice for manufacturers machining large molds, die components, aerospace structures, automotive tooling, medical device fixtures, and electronics tooling where one machine needs to handle heavy milling, angled features, probing, and repeatable multi-face machining. Stock No. 812121 is in stock, available now, available for inspection, and positioned as a cost-effective way to add five-axis capacity without waiting for a new machine build. Suitable Parts and Typical Industries The DMG DMU 210 P is best considered as a large-format five-axis machining center for workpieces that are too large, too heavy, or too complex for smaller vertical machining centers. Its 2100 mm X-axis travel and 2100 mm Y-axis travel provide a generous machining envelope for large parts, while the 1250 mm Z-axis travel gives useful clearance for tall molds, fixtures, deep cavities, and longer tooling assemblies. For mold making and die work, the 1700 mm NC rotary table and 10,000 kg table load are important because large mold bases, die shoes, and fixture plates often require both weight capacity and access to multiple faces. Instead of moving the workpiece between several machines for angled drilling, side milling, and surface finishing, this machine can combine multiple operations when the part, clamping method, and tooling plan are suitable. In automotive production environments, it fits prototype dies, large fixture plates, structural machining, and tooling used in body, chassis, and powertrain-related manufacturing. In aerospace work, the 52 / 42 kW spindle power and 430 / 300 Nm spindle torque are relevant for cutting aluminum, titanium-ready setups, large structural parts, and complex angled features, depending on tooling and material strategy. For medical device and electronics manufacturing, the same machine can support large precision fixtures, mold inserts, high-value tooling, and multi-face components where probing and positional accuracy are important. Best-Fit Processes and throughput requirements This used DMG DMU 210 P five-axis machining center is not limited to one narrow operation. Its value comes from combining roughing, semi-finishing, finishing, drilling, probing, and angled machining within one large work area. The 12,000 rpm spindle provides the speed needed for finishing and general mold surface machining, while the SK50 spindle taper, 52 / 42 kW power rating, and 430 / 300 Nm torque rating support heavier milling strategies than a light-duty high-speed machine. The B-axis universal milling head moves from -30° to 180°, and the NC rotary table provides 360° rotation with 0.001° positioning resolution. In production terms, this is useful when a part requires machining on several faces, compound angles, deep pockets, or tool access that would otherwise require repeated re-clamping. For mold and die shops, it can improve continuity between roughing and finishing setups. For aerospace and automotive tooling teams, it can reduce handling of large, expensive workpieces when the fixture plan is designed around five-axis access. Feed rates of 60,000 mm/min on the X, Y, and Z axes help with non-cutting moves, repositioning, and programs with frequent toolpath transitions. The 63-position wheel-type tool magazine supports jobs requiring roughing cutters, long-reach tools, finishing tools, drills, taps, probing tools, and specialty tools for angled features in the same setup. For a factory switching between mold work, fixture work, prototype machining, and batch tooling, this tool capacity is part of the “one machine, many applications” advantage. Through-spindle coolant at 10 / 80 bar with variable-frequency control and M-code controlled spindle air blast are relevant for chip evacuation, drilling, pocket milling, and stable machining. A scraper-type chip conveyor is included for chip removal, and the oil mist collector helps manage the cutting environment during longer cycles. what kind of operation this machine fits This DMG five-axis machining center is a strong fit for factories that need immediate large-part machining capacity and want to avoid the long lead time of new equipment. It is especially relevant for toolrooms, mold and die manufacturers, aerospace component suppliers, automotive tooling plants, precision engineering companies, and facilities producing large fixtures or complex production tooling. Best-fit buyer profile Factories machining large or heavy workpieces that require a 1700 mm rotary table and up to 10,000 kg table load. Production teams needing five-axis access for angled holes, side features, mold cavities, and multi-face finishing. Process engineers requiring Heidenhain TNC 640 control, probing, and in-machine measurement for setup control. Shops looking for an in-stock used DMG DMU 210 P for sale as an immediate capacity upgrade. Plants that need a versatile all-round machine instead of separate machines for roughing, finishing, and angled machining. This machine is less suitable for buyers whose workpieces are consistently small, very simple, or better matched to compact high-speed machining centers. It should be considered when the benefits of large travel, heavy table capacity, and five-axis access can be used often enough to justify floor space and tooling preparation. Frequently Asked Questions Is the used DMG DMU 210 P suitable for large mold and die machining? Yes. It is well matched to large mold and die work when the part size and weight fit the machine envelope. The 2100 × 2100 × 1250 mm travel, 1700 mm NC rotary table, and 10,000 kg table load are especially relevant for mold bases, die components, large fixture plates, and multi-face tooling. What throughput requirements does this five-axis machining center support? It supports a mixed throughput requirements that can include roughing, semi-finishing, finishing, drilling, probing, and angled machining. The 63-tool wheel magazine helps keep multiple tools prepared, while 60,000 mm/min axis feed rates support fast repositioning during programs with many moves across a large work envelope. Which industries can use this DMG DMU 210 P effectively? It fits mold making, die manufacturing, automotive tooling, aerospace structural machining, medical device fixture production, electronics tooling, and precision engineering shops that need large-part five-axis access and flexible process coverage on one machine. Can this machine reduce re-clamping for complex parts? In many suitable setups, yes. The B-axis universal milling head from -30° to 180° and the 360° NC rotary table allow machining on multiple faces and angles. The result depends on fixture design, tool reach, part geometry, and CAM strategy. Why does the SK50 spindle matter for application fit? The SK50 spindle taper, combined with 52 / 42 kW power and 430 / 300 Nm torque ratings, makes the machine suitable for heavier milling than light-taper machines. This is important for large molds, structural parts, and tooling jobs that require stronger toolholding. Is this DMG DMU 210 P in stock and available for inspection? Yes. Stock No. 812121 is in stock, available now, and available for inspection. It is positioned as an immediate option for factories that need additional five-axis machining capacity without waiting for new-machine delivery.

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.

This used Neway PM3080HA CNC Gantry Machining Center is a large-format CNC bridge-type machining solution with 8500 × 4200 × 1250 mm axis travel, an 8000 × 3000 mm worktable, a BT50 spindle interface, Fanuc MF Plus control, and a 20-tool magazine. It is suitable for shops machining large dies, structural plates, aerospace tooling, automotive molds, medical device fixtures, and electronics-related tooling plates. Listed under stock number 67958, this machine is in stock, available for inspection, and positioned as a cost-effective, ready-to-ship capacity upgrade for buyers who need wide machining coverage without waiting for a new machine lead time. Fast Evaluation Snapshot Brand and model: Neway PM3080HA Machine category: CNC gantry machining center Control system: Fanuc MF Plus Travel: 8500 × 4200 × 1250 mm Worktable: 8000 × 3000 mm Spindle taper: BT50 Status: in stock and available now Best-Fit Production Work Automotive die and mold machining Aerospace tooling, plates, and structural components Mold bases and large precision fixtures Medical device tooling and equipment frames Electronics fixture plates and large housings Core Specifications and What They Mean in Production The Neway PM3080HA is designed for large work envelopes where a standard vertical machining center cannot cover the part in a single setup. For procurement managers and production engineers evaluating a used CNC gantry machining center, the key question is not just the rated machine size, but whether the travel, table, spindle interface, clearance, and tooling configuration match the parts to be produced. Machine Name Neway PM3080HA CNC Gantry Machining Center Stock Number 67958 Brand Neway Model PM3080HA Origin Listed United States Year Listed 2021 CNC Control Fanuc MF Plus 3-Axis Travel 8500 × 4200 × 1250 mm Worktable Size 8000 × 3000 mm Gantry Clearance Height 1700 mm Gantry Width 3800 mm Square Ram 420 × 420 mm Tool Magazine 20 tools Spindle Interface BT50 Included Configuration Fully automatic universal head, head magazine, oil cooler, main chip conveyor, and built-in dual screw chip conveyors The 8500 mm X-axis travel and 8000 mm table length allow long plates, mold bases, rail-type components, and aerospace tooling structures to be machined with fewer repositioning steps. The 4200 mm Y-axis travel, together with the 3000 mm table width and 3800 mm gantry width, supports wide fixtures and large workpieces while leaving room for clamping. The 1250 mm Z-axis travel and 1700 mm gantry clearance are important for tall molds, raised fixtures, welded structures, and workpieces that require longer tool projection. The BT50 spindle taper is a major selection point. Compared with smaller taper systems, BT50 is typically preferred for heavier milling, large face mills, roughing cutters, long-reach tools, and stable cutting on large mold or structural parts. For factories machining steel, cast iron, aluminum tooling plates, or large non-ferrous components, the spindle interface helps determine which cutting tools can be used effectively. Tooling Match and Part Fit Tooling compatibility is central to deciding whether this used Neway PM3080HA CNC Gantry Machining Center belongs in a production line. The 20-tool magazine is suitable for mixed operations such as rough milling, semi-finishing, finishing, drilling, countersinking, chamfering, and spot facing. For large workpieces that require multiple tools but not an excessive number of unattended tool changes, this capacity can support a practical machining flow without creating an overly complex tool management process. The fully automatic universal head extends the machine beyond basic vertical machining. It is useful when parts require angled surfaces, side machining, bevel features, mold surface access, or fixture machining from multiple directions. The included head magazine supports head handling as part of the machine configuration, which is important for users who need one machine to cover multiple part families. How the Key Specs Affect Machine Selection Work Envelope: 8500 × 4200 × 1250 mm Travel Travel determines machining reach, not only maximum workpiece size. Buyers should compare the 8500 mm length and 4200 mm width with the actual toolpath envelope, clamp locations, probe or tool clearance if used, and safe approach movements. For large dies and plates, having more travel than the physical part size helps reduce unnecessary refixturing. Table Size: 8000 × 3000 mm The table size should be checked against the part footprint and fixturing strategy. A long worktable allows a single large part or multiple medium-size workpieces to be set up in one cycle. This is valuable for factories trying to increase capacity quickly because one gantry machine can take on work that would otherwise occupy several smaller machines or require repeated setups. Gantry Clearance and Width The 1700 mm gantry clearance height is important for tall fixtures, raised workpieces, and long tools. The 3800 mm gantry width helps determine whether wide components can pass under the bridge structure with suitable clamp clearance. These two specifications should be reviewed together with table width and part height, especially for welded frames, mold assemblies, and tooling nests. BT50 Spindle and 420 × 420 mm Square Ram The BT50 interface and 420 × 420 mm square ram support the machine’s role as a heavy-duty machining platform. For process engineers, this means the machine should be evaluated against cutter size, tool overhang, material removal requirements, and surface finish targets on large parts. The square ram dimension is also relevant when assessing rigidity during extended Z-axis machining or angled head work. Fanuc MF Plus Control Fanuc MF Plus is a familiar CNC platform in many machining departments. For a used machine purchase, this can make operator adaptation easier where Fanuc-based programming and shopfloor operation are already standard. Buyers should still verify program compatibility, axis operation, and control functions during inspection. Frequently Asked Questions What does the 8500 × 4200 × 1250 mm travel mean for part selection? It means the machine can cover very large toolpaths across length, width, and height. Buyers should compare these travels with the full machining envelope, including clamps, fixtures, tool approach space, and any required angled head movement. Is the 8000 × 3000 mm table suitable for automotive die work? Yes, it can be suitable for large die plates, mold bases, checking fixtures, and stamping tooling, provided the workpiece footprint, fixture system, and machining height fit within the table area and gantry clearance. Why is the BT50 spindle interface important on this machine? BT50 tooling is commonly selected for heavier milling, larger cutters, and long-reach tools. On a gantry machining center of this size, BT50 helps match the spindle interface to large-part roughing and finishing requirements. How does the automatic universal head affect production flexibility? The automatic universal head allows the machine to approach features from different angles, which can reduce additional setups on large molds, tooling plates, and structural components. It is especially useful when one machine must support multiple part families. Is a 20-tool magazine enough for large gantry machining? For many large-part jobs, 20 tools can cover roughing, finishing, drilling, chamfering, and spot-facing operations. Buyers with complex parts should compare the required tool list with the magazine capacity before purchase. Who should consider this used Neway PM3080HA CNC Gantry Machining Center? It is a strong fit for factories that need large-format machining capacity for automotive, aerospace, mold making, medical device tooling, and electronics fixtures. It is available now for inspection and inquiry.

This used Hartford HCMC-1370 Vertical Machining Center is a Taiwan-built CNC machining center with a Fanuc Oi-MF control, 1300 x 700 x 600 mm X/Y/Z travel, a 1400 x 700 mm table, 1200 kg table load, BT40 spindle, 18.5 kW spindle power, 15000 rpm maximum spindle speed, and a 24-tool magazine. The machine is in stock and is suitable for shops machining medium to large plates, mold bases, precision fixtures, aluminum structural parts, and mixed-batch components where one VMC must cover a wide range of work. Stock Status and buying value The Hartford HCMC-1370 is available as a used vertical machining center in stock under stock number 67886. For purchasing managers and production teams, the main value is not just the model name, but the combination of travel, table size, table load, spindle speed, and tool capacity. The 1300 mm X-axis and 700 mm Y-axis allow the machine to handle workpieces larger than many compact VMCs, while the 600 mm Z-axis gives useful clearance for taller setups, vise stacks, fixture plates, and mold-related machining. In practical production terms, this model sits between a small job-shop VMC and a heavy bridge-type machine. It is not limited to one narrow part family. The BT40 spindle, 15000 rpm speed, and 18.5 kW spindle power make it relevant for aluminum, steel, non-ferrous parts, mold inserts, and general precision machining. That flexibility is why machines in this size class remain attractive when factories need extra CNC capacity without changing their full process flow. The machine is a major manufacturing area serving mold making, automotive components, electronics, and precision tooling suppliers. Because it is in stock, interested buyers can focus on production fit, machine inspection, shipment planning, and tooling compatibility instead of evaluating the machine only from a catalogue description. Key Specifications and Production Readiness The first production question for this used Hartford HCMC-1370 Vertical Machining Center is whether the working envelope fits your parts and fixtures. With 1300 x 700 x 600 mm travel, the machine can handle long plates, multi-part fixtures, mold components, die blocks, and structural parts that need more space than an 850 mm or 1000 mm class machining center. The 1400 x 700 mm table provides room for both the workpiece and clamping hardware, which is important when running multiple parts in one setup. The 1200 kg table load is especially important for mold shops, tooling plates, steel fixtures, and heavy workholding. Buyers should consider the combined weight of the workpiece, fixture, vises, and cutting load. A table may be large enough in size but still become a bottleneck if the load rating is too low. The listed 1200 kg capacity gives this machine a wider range for heavier production work. The BT40 spindle configuration matches common tooling used by automotive suppliers, aerospace subcontractors, mold shops, medical device fixture makers, and electronics tooling departments. Compared with larger taper machines, BT40 is often preferred where spindle speed, tool availability, and mixed-material machining are important. The 15000 rpm spindle speed is useful for aluminum, copper, graphite electrodes, small tools, and finishing work, while the 18.5 kW spindle power supports general steel machining and mold work. The Fanuc Oi-MF CNC system is also important for production readiness because many operators, programmers, and process engineers already understand Fanuc programming and operation. For a factory adding another machining center to an existing workshop, familiar control operation can reduce friction when transferring programs, setting offsets, and training operators across similar machines. Machine Category CNC Vertical Machining Center Brand Hartford Model HCMC-1370 Origin Taiwan Year 2018 Current Location China CNC Control Fanuc Oi-MF X/Y/Z Travel 1300 x 700 x 600 mm Table Size 1400 x 700 mm Maximum Table Load 1200 kg Spindle Taper BT40 Spindle Power 18.5 kW Maximum Spindle Speed 15000 rpm Tool Magazine Capacity 24 tools which operations should consider this machine now This used Hartford HCMC-1370 VMC is a strong option for factories that need a versatile all-round machining center rather than a single-purpose machine. Its working range and spindle specification make it practical for automotive, aerospace, mold making, medical device, and electronics production environments. The same machine can be used for roughing and finishing mold plates, machining aluminum housings, producing fixture components, making precision brackets, or cutting engineering samples before a project moves into larger batch production. Automotive Component and Fixture Shops Automotive suppliers often need to machine brackets, housings, tooling plates, checking fixtures, and small-to-medium production batches. The 1400 x 700 mm table supports multi-part setups, while the 24-tool magazine provides space for a practical mix of drills, end mills, chamfer tools, taps, and finishing cutters in one program. Aerospace and Precision Structural Parts For aerospace subcontract machining, the 15000 rpm spindle is useful for aluminum structural components and thin-wall features. The 1300 mm X-axis travel also provides room for longer parts and fixture rails. Buyers should confirm exact accuracy requirements during inspection, but the machine category and working envelope are relevant for many precision structural machining jobs. Mold Making and Tooling Mold shops can benefit from the 600 mm Z-axis stroke, 1200 kg table load, and BT40 spindle. These specifications support mold bases, inserts, electrode holders, plates, and tooling components. Table capacity is especially important when steel blocks and heavy clamping systems are involved. Medical Device and Electronics Tooling Medical device manufacturers and electronics tooling suppliers often need accurate machining for fixtures, nests, plates, and small precision parts. The Fanuc Oi-MF control and 24-tool magazine help manage mixed operations when the machine switches between drilling, pocketing, profiling, and finishing. Frequently Asked Questions Is the used Hartford HCMC-1370 Vertical Machining Center currently in stock? Yes. This Hartford HCMC-1370 VMC is listed as current stock under stock number 67886. Buyers can send an inquiry to confirm inspection timing and shipment-related details. What production work is this Hartford HCMC-1370 best suited for? It is suitable for medium to large CNC milling work, including mold bases, tooling plates, fixtures, automotive brackets, aluminum structural parts, electronics tooling, and medical device production fixtures. The 1300 x 700 x 600 mm travel and 1400 x 700 mm table support larger setups than smaller VMCs. Why does the 15000 rpm BT40 spindle matter for purchase evaluation? The 15000 rpm spindle is useful for aluminum machining, finishing cuts, smaller tools, and precision profiling. The BT40 taper also keeps the machine compatible with widely used CNC tooling, making it practical for factories handling mixed materials and mixed part types. What should be checked before purchasing this used VMC? Key checks include spindle running condition, full axis movement across the 1300 x 700 x 600 mm travel, table surface condition, 24-tool magazine operation, and Fanuc Oi-MF control functions. These checks help connect the machine’s condition with real production suitability. Is this machine a good fit for a factory needing one CNC for many applications? Yes, if the factory needs a flexible machining center for automotive, aerospace, mold making, medical device, and electronics-related work. Its travel, table load, BT40 spindle, 15000 rpm speed, and 24-tool magazine support a wide range of milling, drilling, tapping, and finishing operations. What information should be included when sending an inquiry? Include your target part size, material, fixture weight, required tolerances, tooling type, and expected batch rhythm. This makes it easier to evaluate whether the Hartford HCMC-1370 specifications match your actual production needs.

This used Taikan T-V6 vertical machining center is a three-axis CNC milling machine with 600 x 420 x 430 mm axis travel, a 700 x 420 mm table, a 10000 rpm BT40 spindle, Mitsubishi M70 CNC control, three-axis linear guideways, and a 20-tool magazine. Listed in stock under stock number 67878, it is suitable for buyers sourcing a compact VMC for mold components, precision fixtures, automotive parts, aerospace aluminum work, medical device components, and electronics machining. Stock Status and buying value The Taikan T-V6 is currently listed as a used vertical machining center in stock. For procurement managers and production teams, this is important because the machine can be reviewed as an available asset, not only compared against catalog specifications. Stock number 67878 gives buyers a clear reference for inquiries, inspection appointments, and shipment discussions. In the used CNC equipment market, compact three-axis vertical machining centers remain a practical choice because they handle a wide range of standard milling, drilling, tapping, contouring, and finishing work without taking the floor space required by a larger machining center. This T-V6 has an overall footprint of 1900 x 2510 x 2480 mm, making it relevant for workshops that need additional machining capacity while managing limited production space. The machine’s value is not only its current availability. Its specification package places it in a common all-purpose VMC class: 600 mm X-axis travel for medium-length parts, 420 mm Y-axis travel for fixture flexibility, 430 mm Z-axis travel for tool clearance, a 700 x 420 mm table for typical vise and fixture setups, and a 10000 rpm spindle for general steel, aluminum, copper alloy, and mold insert machining. For factories that need one machine to cover multiple part families, the T-V6 is worth reviewing as a flexible production option. Key Specifications and Production Readiness A used Taikan T-V6 vertical machining center should be evaluated by how well its parameters match the buyer’s parts, fixtures, tooling, and production flow. The core data shows a compact but capable three-axis VMC layout for general precision machining. Brand:Taikan Model:T-V6 Origin:Taiwan Year:2017 Axis Trave:l600 x 420 x 430 mm Table Size:700 x 420 mm Spindle Speed:10000 rpm Spindle Taper:BT40 CNC Control:Mitsubishi M70 Guideway Type:Three-axis linear guideways Tool Magazine:20 tools Machine Dimensions:1900 x 2510 x 2480 mm Travel and Table Capacity The 600 x 420 x 430 mm travel range is suitable for small to medium workpieces, rather than oversized plates or long structural parts. In actual production, this work envelope can accommodate mold inserts, cavity components, tooling plates, precision brackets, medical housings, electronics fixtures, and automotive machined blanks. The 700 x 420 mm table provides room for a vise, modular fixture, or dedicated clamping plate while leaving space for tool approach and chip evacuation planning. 10000 rpm BT40 Spindle The 10000 rpm spindle gives the machine a useful speed range for aluminum machining, mold-component finishing, smaller end mills, drilling, and general milling. The BT40 spindle interface is a widely used tooling standard on vertical machining centers, which helps factories that already run BT40 toolholders across several CNC machines. For heavy roughing on very large steel parts, a larger spindle class may be more appropriate, but for mixed precision work the BT40 and 10000 rpm combination supports broad day-to-day use. Mitsubishi M70 CNC and 20-Tool Magazine The Mitsubishi M70 control is a familiar CNC platform in many Asian and international machining shops. For production teams, this can make program preparation and operator adaptation easier when the factory already uses similar Mitsubishi-controlled equipment. The 20-tool magazine supports multi-step machining without frequent manual tool changes. A typical cycle can include face milling, rough milling, drilling, tapping, chamfering, and finishing tools in one setup, which is useful for mold making, fixture building, electronics components, and batch production parts. Three-Axis Linear Guideway Structure The three-axis linear guideway configuration is relevant for factories that need responsive axis movement and repeatable positioning during contouring, drilling arrays, or small-batch part changeovers. Linear guideways are commonly used on compact VMCs where speed, smooth axis motion, and general precision machining are important. Before purchase, buyers should inspect axis behavior carefully because guideway condition directly affects surface finish, interpolation accuracy, and repeatability. which operations should consider this machine now This Taikan T-V6 vertical machining center is best suited to factories that need one machine for multiple applications rather than a dedicated machine for a single part. Its work envelope, BT40 spindle, 10000 rpm speed, and 20-tool capacity make it a versatile all-round VMC for mixed CNC milling departments, toolrooms, prototype areas, and production cells handling compact to medium components. Suitable Industry Use Cases Automotive: brackets, aluminum housings, fixture plates, prototype parts, die-related inserts, and inspection tooling within the machine travel. Aerospace: aluminum structural components, small precision plates, light alloy brackets, and prototype machining where a 10000 rpm spindle is useful. Mold making: mold inserts, slider components, electrode holders, cavity finishing, and general toolroom machining. Medical devices: compact stainless or aluminum components, housings, plates, and precision machined features requiring repeatable setups. Electronics: heat sinks, fixture nests, precision plates, connector tooling, and small-batch aluminum components. Frequently Asked Questions Is the used Taikan T-V6 vertical machining center in stock now? Yes. This machine is listed in stock under stock number 67878. Buyers can use the stock number when sending an inquiry or arranging an inspection. What production work is this Taikan T-V6 best suited for? It is suitable for compact to medium CNC milling work within its 600 x 420 x 430 mm travel. Typical applications include mold inserts, automotive brackets, aerospace aluminum parts, medical device components, electronics fixtures, tooling plates, and prototype machining. What should be checked before purchasing this machine? Key checks include spindle condition at different speeds, full-axis movement across the travel range, linear guideway motion, tool magazine operation, Mitsubishi M70 control status, and table surface condition. Does the 10000 rpm BT40 spindle fit mixed-material machining? The 10000 rpm BT40 spindle is suitable for general milling, drilling, tapping, aluminum machining, and finishing operations on many steel and non-ferrous parts. For very heavy roughing or oversized parts, buyers should compare their workpiece requirements with the spindle class and machine size. Why consider this machine instead of a more specialized CNC machine? The main reason is flexibility. The T-V6 combines a practical table size, moderate travel, BT40 tooling, Mitsubishi M70 control, and a 20-tool magazine, allowing one machine to cover multiple part families across automotive, aerospace, mold making, medical device, and electronics production. What information should be included in an inquiry? Include stock number 67878, target part dimensions, material, required machining operations, tooling standard, inspection timing, destination, and any loading or shipment requirements. This helps confirm whether the machine fits the intended production plan.

This used Makino V77 Vertical Machining Center is a Japan-built 2004 CNC milling machine with 1200 x 700 x 650 mm X/Y/Z travel, a 20000 rpm spindle, HSK-A63 spindle interface, 30-tool magazine, full closed-loop linear scale feedback, through-spindle coolant, laser tool setter, and automatic chip evacuation. Now in stock under stock number 67882, it is relevant for mold, aerospace, automotive, electronics, and medical device manufacturers looking for a flexible vertical machining center for precision roughing, semi-finishing, and finishing. Stock Status and buying value This Makino V77 is available now as a used vertical machining center located in Kunshan, listed under stock number 67882. For purchasing managers and production teams comparing used CNC machining centers, the value is not only in the Makino name and V77 model, but also in how the installed specifications fit real production requirements. The 1200 x 700 x 650 mm travel range gives this V77 a practical medium-to-large work envelope for mold bases, precision plates, die inserts, aerospace structural parts, automotive tooling, electronics fixture plates, and medical device machining fixtures. It can handle many mold and tooling jobs in a single setup while remaining focused on high-speed vertical milling rather than heavy gantry-style machining. The 20000 rpm spindle and HSK-A63 spindle system are particularly important for shops machining hardened mold steel, aluminum, copper electrodes, graphite-related tooling workflows, stainless medical components, and fine cavity details. In the used machinery market, many buyers need to balance capital cost with immediate machining capability. This machine is worth inspecting because the listed configuration includes production-focused features such as full closed-loop linear scales, through-spindle coolant, a laser tool setter, 30-tool automatic tool capacity, and a fully automatic chip removal system. Key Specifications and Production Readiness The Makino V77 is more than a vertical machining center with a generous table envelope. Its specification package is geared toward precision die, mold, and complex component machining, where spindle speed, axis feedback, tooling interface, and setup control all affect finished part quality. Brand and model Makino V77 Vertical Machining Center Machine origin Japan Year 2004 CNC control Professional 5 CNC system X/Y/Z travel 1200 x 700 x 650 mm Distance from table to spindle nose 250 to 900 mm Tool magazine capacity 30 tools Spindle speed 20000 rpm Spindle power 18.5 kW Standard configuration Full closed-loop linear scales, through-spindle coolant, laser tool setter, fully automatic chip conveyor, HSK-A63 spindle system Why This Machine is worth considering now Current demand for used CNC machining centers is driven by practical production questions: can the machine be inspected, does the specification match the work, and can it fit into an existing process without redesigning the whole production plan? This Makino V77 is worth considering because it is a specific machine with a clear stock number, a defined location, and a specification package suited to many precision milling applications. From an industry perspective, the V77 belongs to a category that remains important for mold makers and precision part manufacturers: a vertical machining center with enough travel for substantial workpieces and enough spindle speed for detailed finishing. The 20000 rpm spindle supports modern high-speed toolpaths, while the 18.5 kW spindle power gives buyers room for practical cutting strategies across aluminum, steel, mold components, and fixture materials. The installed configuration also affects the value assessment. Full closed-loop linear scales are relevant when buyers need positioning confidence. Through-spindle coolant supports deeper holes and pockets. The laser tool setter supports tool measurement workflows. The automatic chip conveyor helps when machining produces continuous chip volume. These are not abstract options; they relate directly to cycle stability, surface consistency, and operator workload. For factories in automotive, aerospace, mold making, medical devices, and electronics, this used Makino V77 Vertical Machining Center offers a versatile platform that can be evaluated now. The practical next step is to compare its travel, spindle, tooling, and inspection results with your actual parts and production schedule. Frequently Asked Questions Is this used Makino V77 Vertical Machining Center currently in stock? Yes. This specific Makino V77 is listed under stock number 67882 . Buyers can inquire about this exact machine instead of a general model reference. What production work is this Makino V77 best suited for? It is suitable for precision milling, mold inserts, die components, aerospace fixtures, automotive tooling, electronics tooling, medical device fixtures, and medium-to-large complex parts that fit within the 1200 x 700 x 650 mm travel range. Why is the 20000 rpm spindle important for purchase evaluation? A 20000 rpm spindle is useful for high-speed finishing, small-diameter tools, detailed cavity work, aluminum machining, and mold operations focused on surface quality. During inspection, spindle sound, vibration, and thermal behavior should be checked. What should be checked before committing to this machine? Key checks include spindle performance, axis movement with linear scale feedback, 30-tool magazine operation, through-spindle coolant flow, laser tool setter response, chip conveyor operation, and whether the usable work envelope matches your fixtures and parts. Is this Makino V77 a good fit for a factory needing one flexible CNC machine? It can be a strong fit if your factory needs one vertical machining center for mold making, tooling, prototypes, and precision components. The final decision should be based on part size, tooling requirements, spindle-speed needs, and inspection results.

This used Taikan T-500 CNC Drill Tap Center is a compact BT30 machining platform with a Mitsubishi M70 CNC system, 500 x 400 x 320 mm axis travel, 620 x 390 mm table, 200 kg table load, 24,000 rpm spindle, and 16-tool magazine. Located in Dongguan and listed as stock number 67879, it is suitable for factories machining small to medium aluminum, light-alloy, and precision components where fast drilling, tapping, and light milling capability are important. Stock Status and buying value The Taikan T-500 is currently in stock, which is useful for procurement teams that want to evaluate an actual machine instead of waiting on an uncertain listing. For a stock machine page, the value is practical: buyers can compare the stated specifications with their part drawings, fixture envelope, tool list, and expected production cycle before sending an inquiry.   As a used Taikan T-500 CNC Drill Tap Center, this machine meets the common demand for a compact, high-speed BT30 platform. Drill tap centers are typically selected for repeated hole making, tapping, chamfering, contouring, pocketing, and light milling on smaller components. The 24,000 rpm spindle is especially relevant for aluminum parts, electronics housings, heat sinks, and other components where small cutters and high surface speed can help reduce cycle time. According to the provided stock information, the machine was manufactured in 2018. Buyers comparing a used CNC drilling and tapping center for sale should review the year together with spindle condition, axis movement, tool changer operation, and CNC control function. The stock value is not only the lower capital cost compared with a new machine, but also the ability to inspect the actual equipment, confirm the configuration, and judge whether it fits current production requirements. Key Specifications and Production Readiness The T-500 specification package places it in the compact CNC drill tap center category. It is not designed for heavy roughing of large steel blocks; its strengths are high-speed spindle work, short tool paths, repeatable drilling and tapping cycles, and flexible small-part machining. For production managers, the key question is whether the travel, table size, table load, spindle speed, taper, and tool capacity match the parts already planned for the machine. Brand and Model Taikan T-500 CNC Drill Tap Center Machine Category BT30 CNC drilling and tapping center for compact precision machining CNC Control Mitsubishi M70 CNC system Axis Travel 500 x 400 x 320 mm for X, Y, and Z movement Table Size 620 x 390 mm worktable Table Load Capacity 200 kg maximum worktable load Spindle Taper BT30 Maximum Spindle Speed 24,000 rpm Tool Magazine 16-tool magazine Origin Taiwan What the Travel and Table Mean The 500 x 400 x 320 mm travel range supports small to medium workpieces, multi-cavity fixtures, and repeat machining of compact parts. The 620 x 390 mm table provides room for common vises, small fixture plates, and batch fixtures. The 200 kg table load is suitable for lighter fixture-and-part combinations; buyers using dense steel fixtures or heavy tombstone-style setups should calculate the actual fixture weight before making a decision. Why the 24,000 rpm BT30 Spindle Matters A BT30 spindle with 24,000 rpm is commonly chosen for smaller tools, high-speed drilling, tapping preparation, and aluminum milling. In production, this can suit parts such as electronic enclosures, automotive sensor housings, aerospace light-alloy brackets, medical device plates, and mold inserts where hole accuracy, thread preparation, and surface finish are closely related to spindle speed and cutter diameter. Tool Capacity for Mixed Operations The 16-tool magazine supports a practical mix of spot drills, drills, taps, end mills, chamfer tools, and finishing cutters. For a part family with similar features, this tool capacity can simplify tool change planning. For parts requiring many roughing, finishing, specialty, and inspection tools in one cycle, buyers should compare the required tool list with the 16-tool capacity before committing. which operations should consider this machine now This machine is a versatile option for factories that need one compact CNC platform for a range of applications rather than a dedicated single-process machine. It is especially relevant when the part size stays within the T-500 travel envelope and the work mainly involves drilling, tapping, light milling, slotting, pocketing, and edge finishing. Automotive Component Production Automotive suppliers machining aluminum housings, small brackets, covers, sensor bodies, and connector parts can benefit from the 24,000 rpm spindle and 16-tool magazine. When the part geometry fits the 500 x 400 x 320 mm travel, the machine can combine drilling, tapping, chamfering, and profile finishing in one setup. Aerospace Light-Alloy Parts For aerospace-related workshops handling small aluminum brackets, instrument parts, or lightweight mounting components, the BT30 spindle and compact table format can be suitable for fine-feature machining. Buyers should still confirm the material, tolerance, fixture weight, and cutter requirements against the machine’s table load and tool capacity. Mold Making and Tooling Workshops Mold and tooling departments can use a drill tap center like the T-500 for electrode bases, small mold inserts, fixture plates, guide holes, threaded holes, and auxiliary tooling components. The 620 x 390 mm table is useful for small plates and fixtures, while the high spindle speed suits the small-diameter cutters often used for detailed finishing. Medical Device and Electronics Manufacturing Medical device manufacturers and electronics factories often need accurate holes, threads, slots, and pockets in compact parts. The Mitsubishi M70 CNC system, BT30 taper, and 24,000 rpm spindle make this machine relevant for implant instrument components, device housings, electronic frames, heat sinks, and connector-related parts where one machine must handle many similar operations. Frequently Asked Questions Is the used Taikan T-500 CNC Drill Tap Center in stock now? Yes. The machine is listed as stock number 67879. Buyers can reference this stock number when requesting inspection details, photos, or shipment information. What type of production is this Taikan T-500 best suited for? It is best suited for compact parts that require drilling, tapping, chamfering, pocketing, and light milling. Typical users include automotive, electronics, medical device, mold making, and light-alloy component factories. What should be checked before purchasing this used drill tap center? Key checks include spindle running condition up to high speed, axis movement across the 500 x 400 x 320 mm travel range, tool magazine indexing, Mitsubishi M70 CNC operation, and table condition. Can the 620 x 390 mm table handle multi-part fixtures? It can handle suitable compact fixtures if the total weight remains within the 200 kg table load. Buyers should calculate the combined weight of parts, clamps, vise, and fixture plate before deciding. Why consider this used Taikan T-500 instead of a larger machining center? If your work is mainly small parts, high-speed drilling, tapping, and light milling, the BT30 spindle, 24,000 rpm speed, and compact footprint may fit production better than a larger machine built for heavier cutting.

The Fanuc M-710iC is a high-performance, 6-axis industrial robot engineered for versatility in demanding manufacturing environments. This 2022 unit (Stock No. 811796) is currently in stock and available for immediate inspection. With a 12kg payload capacity and an expansive 3123mm reach, this robot is designed for complex tasks, including material handling, assembly, machine tending, and palletizing. For production managers seeking to integrate a reliable, late-model robotic solution without the lead times of new equipment, this unit offers a proven platform with standard Fanuc control architecture. Stock Status and buying value This unit (Stock No. 811796) is a 2022 model, representing the modern generation of the Fanuc M-710iC series. Acquiring a late-model used robot provides significant value for production facilities looking to scale automation while optimizing capital expenditure. Because the machine is currently in stock at our Wuhan facility, it is available for immediate physical inspection, allowing your engineering team to verify the condition of the joints, cabling, and controller prior to purchase. The M-710iC series benefits from robust global support, ensuring that spare parts, software updates, and technical documentation are readily accessible. This facilitates seamless integration into your existing production line, minimizing downtime during setup. Key Specifications and Production Readiness Review the technical parameters below to determine how the M-710iC fits your production cell requirements: Parameter Specification Brand Fanuc Model M-710iC Year 2022 Payload 12 kg Reach 3123 mm Axes 6-Axis Controller Fanuc System Stock Number 811796 Reach and Work Envelope: The 3123mm reach is a standout feature of this model. It allows the robot to service multiple machines or cover a large work area without the need for a linear track, effectively reducing the footprint of your robotic cell. This is particularly advantageous for machine tending applications where the robot must access multiple CNC machines or injection molding units. Payload and Operational Dexterity: The 12kg payload capacity is optimized for medium-duty tasks. While suitable for light assembly and packaging, it also offers the structural rigidity required for part transfer in automotive or metalworking environments. The 6-axis configuration provides the degrees of freedom necessary for complex part orientation, making it ideal for intricate assembly or welding processes. Target Applications The M-710iC is a versatile "all-rounder" suitable for various industrial sectors. Its flexibility makes it a strategic asset for facilities requiring a robot capable of adapting to changing production demands. Automotive Component Manufacturing: Ideal for machine tending, part transfer between presses, and secondary assembly operations where reach is prioritized over heavy lifting. Electronics and Appliance Assembly: Suitable for high-speed pick-and-place operations, packaging, and palletizing finished goods. Aerospace and Metal Fabrication: The precision of the Fanuc control system makes it effective for material handling of lightweight components, jigs, and fixtures. General Manufacturing: A flexible automation solution that can be repurposed. If your production mix changes, the M-710iC's reach and dexterity allow it to be redeployed to a different cell with minimal re-tooling. Why This Unit is a Strategic Choice In the current market, sourcing late-model, 6-axis robots with extended reach can be challenging due to supply chain constraints. This 2022 M-710iC offers a "ready-to-work" solution. It is a proven, industry-standard machine rather than an experimental unit. For production managers under pressure to automate quickly, this unit provides the reliability of the Fanuc brand with the immediate availability of a stock machine, allowing you to begin integration and programming immediately upon delivery. Frequently Asked Questions Can I inspect this robot in person before purchasing? Yes. This unit is currently in stock at our Wuhan warehouse. We encourage potential buyers to schedule an inspection to verify the machine's condition and ensure it fits your specific production cell requirements. Is the 12kg payload sufficient for my application? The 12kg payload is ideal for material handling, machine tending, and light assembly. If your application involves handling heavy castings or large metal parts, ensure your end-of-arm tooling (EOAT) weight is included in that 12kg limit. For most standard assembly and packaging tasks, this capacity is highly effective. What are the primary advantages of the M-710iC's 3123mm reach? The extended 3123mm reach allows the robot to cover a larger work envelope. This is advantageous for servicing multiple machines in a single cell, palletizing tall stacks of products, or reaching into deep work zones where a standard-reach robot would require a linear track or gantry system. Is this 2022 model compatible with current Fanuc software? Yes. As a 2022 model, this unit utilizes the standard Fanuc control architecture, which is compatible with current software versions and integration protocols used in modern smart factories. How do I proceed with a purchase inquiry? To proceed, please contact our sales team with the stock number 811796. We can provide further details on the current condition, facilitate a site visit for inspection, and discuss shipping arrangements to your facility.

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

This 2014 Doosan TC400 Drilling and Tapping Center is in-stock and available for immediate inspection at our facility. Engineered for high-speed, high-precision production, this machine features a 520 x 400 x 350 mm work envelope and a reliable 10,000 rpm BT30 spindle. Equipped with the industry-standard Fanuc Oi-MD control, it provides a robust platform for manufacturers looking to optimize cycle times while maintaining consistent part quality. Whether you are scaling up production for small-to-medium components or looking to maximize floor space with a versatile workhorse, this unit is ready for evaluation. Stock Status and buying value This Doosan TC400 (Stock No: 811948) is physically located in our warehouse, eliminating lead times associated with factory-to-port shipping or manufacturing delays. In the current market, acquiring a proven platform like the TC400 allows production managers to deploy capacity immediately. The value of this unit lies in its combination of the reliable Fanuc Oi-MD interface—familiar to operators worldwide—and the compact, high-speed architecture characteristic of Doosan drilling/tapping centers. This machine is an ideal solution for shops aiming to reduce cycle times on smaller parts. Unlike heavy-duty milling centers that may be overkill for high-volume, light-duty work, the TC400 is optimized for speed. Purchasing this used unit provides a cost-effective route to increasing throughput without the capital expenditure of a new machine. Key Specifications and Production Readiness Reviewing the technical parameters is essential to confirming this machine fits your current tooling and part requirements. The TC400 is configured for agility and rapid production. Model: Doosan TC400 Year: 2014 CNC System: Fanuc Oi-MD X/Y/Z Travel: 520 × 400 × 350 mm Spindle Taper: BT30 Spindle Speed: 10,000 rpm Tool Capacity: 14 Stations The 10,000 rpm BT30 spindle is the core of this machine's performance, specifically designed for light milling, drilling, and tapping operations. The 14-station tool changer ensures that complex parts with multiple hole patterns or varying drill sizes can be processed in a single setup. The 520mm X-axis travel provides sufficient room for standard fixture plates, making it a highly adaptable machine for various production environments. Ideal Applications The Doosan TC400 is a versatile performer, excelling in environments where part variety and throughput requirements are critical. It is well-suited for several key industries: Electronics Manufacturing: Ideal for machining small aluminum or plastic casings, heat sinks, and connectors requiring high-speed drilling and tapping. Medical Device Production: Suitable for small-batch or high-volume production of surgical instrument components and small housings requiring precision finishes. Automotive Tier 2/3 Suppliers: Perfect for small brackets, fasteners, and interior components that demand rapid cycle times. Mold & Die Shops: Excellent as a secondary machine for electrode production or small cavity/core detailing, freeing up larger machines for heavy-duty work. If your production floor is currently bottlenecked by small-part drilling or tapping, or if you need to dedicate a machine to a specific high-volume product line, the TC400 is a logical, high-ROI addition. Why This Machine is worth considering In the used machinery market, finding a 2014 Doosan TC400 in good condition is a prime opportunity to acquire a proven, reliable asset. The Doosan brand is widely recognized for rigid construction and longevity, even in high-speed applications. This machine is not just a purchase; it is a tool to stabilize and increase your production capacity. Because it is currently in stock, we can facilitate a quick inspection and shipment process. For production managers looking to optimize their floor layout, the TC400 offers a compact footprint without sacrificing the travel distances required for most small-to-medium part machining. Frequently Asked Questions Q: Is this machine available for inspection in? A: Yes, this machine is currently in our warehouse and is available for inspection. Please contact us to schedule a time to see it under power. Q: What type of parts is the TC400 best suited for? A: The TC400 is a drilling and tapping center, making it ideal for small-to-medium parts, especially those requiring high-speed drilling, tapping, and light milling. It is highly effective for electronics components, medical devices, and small automotive parts. Q: Does the Fanuc Oi-MD control support modern CAD/CAM software? A: Yes, the Fanuc Oi-MD is a standard, widely supported control system that is fully compatible with modern CAD/CAM software workflows, ensuring easy integration into your existing programming environment. Q: How does the BT30 spindle impact my production? A: The BT30 spindle is designed for high-speed, light-duty operations. It allows for faster tool changes and higher spindle speeds compared to larger BT40 machines, significantly reducing cycle times for drilling and tapping tasks.

This 2015 DAHLIH 3225 CNC Gantry Machining Center (Stock #811947) is available for immediate inspection at our facility. Engineered for high-capacity production, this machine features a spacious 3000 x 2600 x 1000 mm work envelope and a robust BT50 spindle. Equipped with the industry-standard Fanuc 0i-MD controller and Fanuc Alpha drive system, this unit delivers reliable performance for both heavy-duty cutting and precision finishing. It is an ideal solution for manufacturers seeking a versatile bridge-type machine for mold making, automotive structural components, or large-format industrial parts. Stock Availability and Machine Overview This machine is currently in stock and ready for physical inspection at our warehouse. When purchasing a used gantry machining center, the primary value lies in the machine's operational history and the condition of its critical motion components. This 2015 model has been maintained to ensure consistent production cycles. Stock Details: Stock Number: 811947 Location: Dongguan, China Availability: available for inspection and immediate shipment Documentation: Available upon request This bridge-type (gantry) machine offers superior stability for heavy cuts compared to standard C-frame vertical machining centers. Acquiring this unit is a strategic way to increase your production capacity for large workpieces without the long lead times associated with new machinery. Technical Specifications and Capabilities The DAHLIH 3225 is built for high-rigidity applications. Reviewing these specifications will help you determine if this machine aligns with your current tooling and part requirements. Feature Specification Model DAHLIH 3225 CNC Controller Fanuc 0i-MD Drive System Fanuc Alpha X/Y/Z Travels 3000 x 2600 x 1000 mm Table Size 3000 x 2200 mm Spindle Taper BT50 Spindle Speed 6000 RPM Guideway System Hybrid (2 Linear + 1 Box Way) Gantry Clearance 2500 mm Width / 1300 mm Height Performance Highlights Hybrid Guideway System: This configuration provides an optimal balance of performance. The linear guides ensure high-speed positioning and responsiveness, while the box way delivers the damping and rigidity required for heavy-duty milling. This is ideal for shops that frequently switch between roughing large castings and semi-finishing mold inserts. BT50 Spindle: The BT50 taper is the industry standard for high-torque applications. It supports larger diameter face mills and heavy-duty boring tools, making this machine well-suited for processing tough materials like steel and cast iron. 3000mm X-Axis Travel: This extended travel length is perfect for long-bed machining, such as automotive chassis components, large machine bases, or multi-fixture setups designed to maximize cycle time efficiency. Ideal Applications and Industries The DAHLIH 3225 is a versatile workhorse. Its design excels in production environments where flexibility and large-part capacity are essential. Best Suited For: Automotive: Ideal for machining large engine blocks, transmission housings, and structural aluminum or steel components that demand high-torque milling. Mold & Die Making: The 2500mm gantry width and 1300mm height clearance accommodate large mold bases. The rigid structure ensures the stability needed for complex 3D surfacing and deep-pocket milling. Aerospace & Defense: Suitable for producing large structural frames and bulkheads where precision and high material removal rates are critical. General Industrial Machinery: Perfect for contract machine shops that require a reliable machine capable of handling a wide variety of large-format parts, from hydraulic manifolds to industrial pump housings. If your facility is currently outsourcing large-part machining or facing capacity bottlenecks on smaller equipment, this gantry center allows you to bring that work in-house, giving you better control over lead times and quality. Why Invest in This DAHLIH 3225? In the current market, finding a 3-meter gantry machining center that is immediately available is rare. The DAHLIH 3225 offers a practical solution for production managers who need to scale up capacity quickly. Unlike new machines that often come with significant lead times, this unit is ready for immediate integration into your production line. The combination of the Fanuc control ecosystem and a robust hybrid guideway design ensures a short learning curve for your operators and excellent long-term availability of spare parts. This machine is built for high-uptime production. Frequently Asked Questions Q: Is this machine available for immediate inspection? A: Yes. This DAHLIH 3225 is currently in stock at our location. We encourage potential buyers to schedule an in-person inspection to verify the machine's condition and performance. Q: Can this machine handle heavy-duty steel cutting? A: Yes. The combination of the BT50 spindle and the hybrid guideway system (which includes box ways) provides the necessary rigidity for heavy-duty material removal in steel and cast iron. Q: What is the primary advantage of the 3000mm X-axis travel? A: The 3000mm travel allows for the processing of very long workpieces in a single setup. This reduces the need for re-fixturing, which improves part accuracy and significantly increases throughput for large-format components. Q: Is the Fanuc 0i-MD controller easy to program? A: The Fanuc 0i-MD is one of the most widely used CNC controllers globally. Most experienced machinists are already familiar with its interface, ensuring a short transition time when integrating this machine into your shop.