ISO 230-2 Laser Calibrated · Direct Factory Supply
HT300 cast-iron beds, P4 spindle bearings, and ±0.003 mm positioning repeatability. Configured with FANUC or Siemens controls for continuous production.
±0.003 mm
Repeatability
ISO 230-2 laser interferometer verified
12,000 RPM
Max Spindle Speed
BT40 direct-drive & belt-drive options
9 Models
Product Lineup
VMC650–855 · TCK50–56 · CK6140–6160
24 Hours
Quotation Turnaround
Tooling layout, cycle study & FOB/CIF pricing
Machine Catalog
Select the machine series suited to your workpiece envelope, batch size, and material hardness.
C-frame vertical milling centers with BT40 spindles, 24-tool servo ATC, and preloaded roller linear guideways.
Compact footprint with high-speed 10,000 RPM BT40 spindle for precision molds, electrodes, and aerospace brackets.
The global industry benchmark for multi-purpose precision milling, mold cavities, and high-volume job-shop production.
Reinforced wide-span structural casting and 45 mm 3-axis roller linear guideways for aggressive steel roughing and deep mold cavities.
Monoblock 45° slant-bed turning centers with hydraulic chucks, 12-station servo turrets, and programmable tailstocks.
True 45-degree one-piece cast slant bed with 8-inch hydraulic chuck and 12-station turret for high-volume precision turning.
Upgraded Ø65 mm through-spindle bar capacity and 550 mm turning length for automated bar feeding and heavy chucking work.
Equipped with an A2-8 spindle nose, 10-inch hollow hydraulic chuck, Ø75 mm bar bore, and 15/18.5 kW drive for heavy alloy steel turning.
Induction-hardened (HRC 52+) wide box-way horizontal lathes built for heavy shaft turning, oilfield couplings, and rollers.
Ultrasonic induction-hardened box guideways and high-torque spindle for cost-effective shaft and disc turning.
Wide 390 mm induction-hardened box ways and Ø82 mm big-bore spindle for long shafts, hydraulic cylinders, and medium-heavy flanges.
Built with a Ø600 mm swing, Ø105 mm big-bore spindle, and up to 3,000 mm center distance for large shafts, oilfield pipes, and heavy drums.
Specifications
Key capacity, spindle, and accuracy parameters across all 9 models.
| Model | Platform | Travel / Max Swing | Spindle Speed & Nose | Main Motor | Repeatability | Datasheet |
|---|---|---|---|---|---|---|
| WMT VMC650 | 3-Axis Vertical Machining Center | 650 × 400 × 500 mm | BT40 · 10,000 RPM | 7.5 / 11 kW | ±0.003 mm | Specifications |
| WMT VMC850 | Universal Production Vertical Machining Center | 850 × 500 × 540 mm | BT40 · 8,000 / 12,000 RPM | 11 / 15 kW | ±0.003 mm | Specifications |
| WMT VMC855 | Heavy-Cutting 3-Axis Machining Center | 855 × 550 × 550 mm | BT40 · 8,000 / 10,000 RPM | 15 / 18.5 kW | ±0.003 mm | Specifications |
| WMT TCK50 | High-Speed Slant Bed CNC Lathe | Ø500 mm Swing · 500 mm Length | A2-6 · 4,000 RPM · Ø52 mm Bore | 11 / 15 kW | ±0.003 mm | Specifications |
| WMT TCK52 | Automated Bar & Chucking Slant Bed Lathe | Ø520 mm Swing · 550 mm Length | A2-6 · 3,500 RPM · Ø65 mm Bore | 11 / 15 kW | ±0.003 mm | Specifications |
| WMT TCK56 | High-Torque Slant Bed CNC Turning Center | Ø560 mm Swing · 650 mm Length | A2-8 · 3,000 RPM · Ø75 mm Bore | 15 / 18.5 kW | ±0.003 mm | Specifications |
| WMT CK6140 | Horizontal Flat Bed CNC Lathe | Ø400 mm Swing · 750 / 1000 mm | A2-6 · 2,500 RPM · Ø52 mm Bore | 7.5 kW | ±0.005 mm | Specifications |
| WMT CK6150 | Big-Bore Horizontal Flat Bed CNC Lathe | Ø500 mm Swing · 1000–2000 mm | A2-8 · 2,000 RPM · Ø82 mm Bore | 11 kW | ±0.005 mm | Specifications |
| WMT CK6160 | Large-Diameter Horizontal Flat Bed CNC Lathe | Ø600 mm Swing · 1500–3000 mm | A2-11 · 1,600 RPM · Ø105 mm Bore | 11 / 15 kW | ±0.005 mm | Specifications |
Construction & Quality
Every machine is built around cast-iron mass, thermal stability, and documented geometric inspection.
Castings
Beds, columns, and saddles are cast from HT300 gray iron and furnace-annealed twice to remove internal casting stress before guideway grinding.
0.005 mm / 1000 mm guideway straightness
Spindle & Feed
Spindle cartridges are assembled in a temperature-controlled cleanroom using matched P4 bearings and pretensioned C3 ground ball screws.
≤ 0.002 mm spindle taper runout
Inspection
Each machine undergoes bidirectional pitch-error compensation per ISO 230-2, ballbar circularity testing, and a 48-hour continuous run test.
Serialized inspection report included
Applications
Supplied with hydraulic chucks, 4th-axis rotary tables, bar feeders, and chip conveyors matched to your part drawing.
Transmission shafts, wheel hubs, differential housings, motor end-caps
Injection mold cores, die-casting cavities, copper electrodes, stamping dies
API pipe couplings, valve bodies, hydraulic cylinders, pump rotors
Flanges, stepped shafts, bearing housings, gearbox covers, brackets
Engineering Notes
Practical comparisons of machine kinematics, guideway types, and factory acceptance testing.
Although VMC850 and VMC855 share an identical 850 mm X-axis envelope, the VMC855 is not merely stretched by 50 mm—it utilizes a wider bed casting, larger Z-axis guideways, and higher torsional stiffness for deep-cavity mold roughing.
Selecting between a 45° slant-bed turning center and a flat-bed box-way lathe determines your chip flow, turret indexing speed, and tailstock support over long shaft spans.
How industrial buyers verify geometric accuracy before shipment and calculate true 36-month Total Cost of Ownership (TCO) across spindle uptime, tooling compatibility, and ocean logistics.
Sales & Application Engineering
Contact our engineering team directly for machine sizing, cycle time estimates, and FOB/CIF port pricing.
Official B2B Inquiry Email
xiuc32860@gmail.comEvery inquiry is reviewed by a senior CNC application engineer to ensure correct chuck size, spindle torque, and transformer voltage for your facility.
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Sales & Application Engineering
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