Premium CNC machining centers, 45° slant bed lathes, and heavy flat bed lathes. Laser-calibrated Meehanite castings designed for aerospace, automotive, and high-precision mold manufacturing.
Heavy-duty vertical machining centers and high-speed slant/flat bed lathes engineered for zero-defect production.
High-speed BT40/BT50 milling for mold dies, aerospace housings, and high-accuracy production.
10,000 RPM BT40 Direct-Drive Spindle, 800×500×500 mm Travel, 24-Tool Arm ATC for Precision Dies & Parts
12,000 RPM Spindle, 650×400×500 mm Travel, Agile Acceleration for Medical, Electronics & Precision Molds
Widened Column & Base, 850×550×550 mm Travel, High-Torque BT50 / BT40 Spindle for Die & Steel Machining
True 45-degree Meehanite slant bed design with 12-station servo turret and live tooling options.
45° True Slant Bed Casting, 8" Hydraulic Chuck, 12-Station Servo Turret, 4,500 RPM Precision Spindle
Extended Ø520 mm Swing, 550 mm Length, High-Precision Spindle with Optional BMT Live Tooling & C-Axis
Ø560 mm Swing, 750 / 1000 mm Length, 10" Chuck, A2-8 Spindle (Ø86 mm Bore) for Heavy Shafts & Flanges
Induction-hardened guideways, large spindle bores up to Ø105 mm for pipes, flanges, and shafts.
Ø400 mm Swing Over Bed, 750 / 1000 mm Length, 4-Station Electric Tool Post, Versatile & Cost-Effective
Ø500 mm Swing Over Bed, 1000 / 1500 mm Length, Ø82 mm Large Spindle Bore for Flanges, Shafts & Threading
Ø630 mm Swing Over Bed, Up to 2000 mm Length, Ø82 / Ø105 mm Bore, 11 kW High Torque for Energy & Heavy Equipment
Unlike standard mass assembly workshops, WEIDA CNC subjects every individual machine tool to comprehensive optical metrology and multi-axis dynamic verification inside our climate-controlled inspection bay.
Full-travel compensation of pitch errors and backlash, guaranteeing positioning within ±0.005 mm and repeatability of ±0.003 mm.
Validates real-world servomotor synchronization and squareness across axes during high-feed circular interpolation.
Thermal stabilization and continuous tool changer cycling ensuring zero hydraulic or spindle vibration under operating temperatures.
Authoritative technical analyses written by machine tool engineers for plant managers and machinists.
Discover how structural bed angle, chip evacuation physics, thermal symmetry, and live turret integration determine whether a 45° slant bed (TCK series) or heavy-duty flat bed (CK series) delivers the lowest cost per finished part.
An in-depth technical analysis comparing Y-axis throat depth, column span, BT40 direct drive vs high-torque BT50 spindle options, and structural rigidity between WEIDA’s VMC850 and VMC855.
Avoid costly procurement mistakes with our comprehensive 10-point technical checklist for overseas CNC machine tool factory acceptance tests (FAT), laser pitch compensation, and ballbar dynamic testing.
Everything international buyers need to know about testing, controllers, shipping, and warranty.
Every WEIDA CNC machine undergoes 100% Renishaw XL-80 laser interferometer pitch error compensation, Renishaw QC20-W ballbar dynamic circular testing, dynamic spindle balancing up to G1.0 quality grade, and a 72-hour continuous multi-axis full-speed dry-run test.
We offer full factory integration and pre-commissioning with Fanuc 0i-MF Plus / 0i-TF Plus, Siemens SINUMERIK 828D, GSK 980 / 25i series, and Syntec systems, complete with CE compliant electrical cabinets.
Standard models (VMC850, TCK50, CK6150) are typically dispatched within 15 to 25 working days. We support FOB Qingdao, CIF, CFR, and DDU container shipping with heavy vacuum aluminum foil and fumigated seaworthy wooden crating.
All machines include a comprehensive 12-month factory warranty covering main casting structures, spindle units, linear guides, and ball screws. We provide fast air dispatch of original replacement parts, remote diagnostic support, and on-site engineering commissioning upon request.
Submit your machining requirements. Our engineering team provides detailed quotations and toolpath feasibility within 2 hours.
