Engineered with aged Meehanite HT300 resin-sand casting, pre-tensioned C3 ball screws, and original Fanuc / Siemens / Syntec controllers. Fully laser calibrated and 48-hour burn-in tested prior to sea freight export.
DAHAN Precision Machine Tool
Meehanite HT300 Cast Bed • Direct-Drive Spindle
35,000 m²
Heavy Assembly Bays
120+ Units
Monthly Export Capacity
≤ 0.003 mm
Spindle Dynamic Runout
48 Hours
Pre-Shipment Burn-In Testing
Standard and custom machine tools built for continuous heavy roughing, high-speed turning, and precision mold finishing.
Heavy box-way and roller guide 3/4-axis milling centers engineered for precision mold-making, die cavities, and high-speed metal component machining.
30° and 45° rigid slant bed structure, servo live tooling, high-torque spindle, and rapid chip evacuation for automated mass production.
Induction hardened slideways, massive one-piece cast iron frame, wide spindle bore options, engineered for heavy pipe, shaft, and toolroom turning.
Parametric technical specifications for CE-certified vertical machining centers, slant bed turning centers, and heavy flat bed lathes.
The VMC850 is DAHAN's flagship 3/4-axis vertical machining center engineered for heavy metal milling, aerospace precision components, and high-demand mold and die manufacturing. Featuring an ultra-wide Meehanite cast base, BT40 8,000/10,000 RPM spindle, and precision C3 pre-tensioned ball screws.
The VMC650 is a high-speed, compact vertical machining center designed for small-to-medium precision components, medical instruments, electronic enclosures, and precision tooling. Rapid traverse of 36 m/min and 10,000 RPM spindle for agile cycle times.
The VMC855 features an expanded 550mm Y-axis travel and an extra-wide four-slideway cast bed base designed specifically for wide injection mold bases, automotive chassis stampings, and large plate machining without workpiece overhang.
The TCK50 is an industrial 30° true slant bed CNC lathe engineered for high-precision batch turning, rapid chip evacuation, and heavy thermal stability. Equipped with an 8-station hydraulic or servo turret, 8-inch hydraulic chuck, and cartridge-type spindle.
The TCK52 is an upscaled, heavy-duty slant bed turning center engineered for larger diameter flanges, valves, drive shafts, and demanding steel alloy turning. Features an A2-8 high-torque spindle, 10-inch chuck, and 12-station servo turret.
The TCK56 is an industrial heavy-duty slant bed CNC lathe and turning center offering extended turning lengths up to 1,500mm, large Ø90mm spindle bore, and optional BMT65 live tooling for complex turn-mill multi-operation production in a single setup.
Every machine tool undergoes 48-hour continuous laser interferometer calibration, ball-bar circularity verification, and dynamic balance inspection before dispatch.
Full X/Y/Z travel pitch compensation using Renishaw ML10 laser interferometers guarantees positioning repeatability within ±0.005 mm.
One-piece resin sand castings aged 6+ months for permanent internal stress relief and vibration damping under heavy interrupted cuts.
Authorized FANUC 0i-TF/MF Plus, SIEMENS 828D, and SYNTEC systems with multi-language conversational programming interfaces.
Heavy VCI anti-corrosion barrier wrapping, solid ISPM-15 fumigated timber crating, and container steel wire turnbuckle lashing.
Global Logistics
Transit Protection
Engineering comparisons on machine tool rigidity, spindle selection, tooling economics, and importing CNC equipment from China.
Learn how hard turning on high-rigidity CNC lathes can replace slow cylindrical grinding. Discover optimal CBN and ceramic insert geometries, cutting speeds, feeds, and thermal stability techniques on DAHAN TCK and CK lathes.
Understand the fundamental mechanical differences between slant bed turning centers and horizontal flat bed CNC lathes. Learn how bed geometry impacts cutting rigidity, chip evacuation, thermal drift, and batch turning ROI.
A comprehensive engineering and financial comparison between the 800mm VMC850 and 650mm VMC650 vertical machining centers. Evaluate worktable capacity, dynamic rigidity, cutting cycle times, and ROI for your shop.
Our senior application engineers respond within 2 hours with customized tooling configurations and CIF pricing.
Direct factory FOB Qingdao and CIF pricing delivered within 2 hours. Send your workpiece drawings or specify target machining parameters.
