Engineered with premium Meehanite cast iron, Renishaw laser-calibrated axes, and high-speed spindles. Built for unrelenting accuracy in automotive, aerospace, and precision mold manufacturing.
Vertical machining centers (VMC), 30°/45° slant bed high-speed turning centers, and heavy-duty flat bed CNC lathes.
Heavy-duty VMC850 3-axis vertical machining center engineered with premium HT300 Meehanite resin-sand castings, high-speed 8,000/10,000 RPM BT40 spindle, roller linear guideways, and 24-pocket arm-type tool changer for precision mold and automotive part milling.
Compact high-speed VMC650 vertical machining center with 650×400×500 mm travel, 10,000 RPM high-speed BT40 spindle, up to 36 m/min rapid traverse, and space-saving footprint for precision electronics, medical devices, and rapid prototyping.
Widened column heavy-duty VMC855 vertical machining center with 850×550×550 mm travel, widened Y-axis roller guideways, high-torque BT40/BT50 spindle options, and 5,800 kg heavy cast iron mass for tough alloy steels and deep cavity mold cutting.
High-speed 30-degree true slant bed CNC turning center with 500 mm swing over bed, 8/12-station hydraulic servo turret, 4,000 RPM precision motorized spindle, and rapid gravity chip evacuation for automated mass turning.
Versatile 45-degree slant bed CNC turning center with 520 mm swing, C-axis spindle indexing, BMT55 live tooling turret, and optional Y-axis off-center milling for complex components completed in a single setup.
Large capacity heavy-duty slant bed CNC turning center with 560 mm swing, 10/12-inch chuck options, 82 mm spindle bore, and reinforced structural mass for heavy automotive flanges, drive shafts, and petroleum couplings.
Precision workhorse flat bed CNC lathe with 400 mm swing over bed, 750/1000 mm distance between centers, induction-hardened guideways, 4-position electric tool turret, and economical high-stability turning for maintenance, toolroom, and job shop production.
Heavy-duty 500 mm swing flat bed CNC lathe with 1000/1500/2000 mm turning length options, 82 mm large spindle bore, high-rigidity induction-hardened bedways, and 7.5 kW high-torque headstock for industrial shaft and flange turning.
Heavy-duty 600 mm swing flat bed CNC lathe with 82/105 mm spindle bore, 1000/1500/3000 mm center distance options, extra-wide 450 mm bedways, and 11 kW motor for heavy machinery, oilfield pipe threading, and large flange turning.
Every Qingluan machine tool is designed to maximize metal removal rates while preserving geometric precision across decades of demanding production.
Dual thermal annealing and natural seasoning cycles eliminate internal residual stress, preventing column deflection and bedway twisting under heavy roughing.
Every linear axis is individually calibrated with Renishaw laser interferometers for dynamic pitch-error and thermal backlash compensation.
Double-nut ball screws with high-rigidity roller linear guideways deliver smooth rapid traverse up to 36 m/min with zero stick-slip vibration.
Standardized electrical cabinets, dual-circuit safety interlocks, and hermetic VCI ocean barrier packaging ensure seamless customs clearance and reliable startup.
Every Qingluan CNC lathe and machining center undergoes rigorous 5-stage verification prior to ocean packaging:
Deep-dive technical guides written by our application engineers to optimize cutting cycle time and machine longevity.
Essential technical evaluation checklist for machine shop owners purchasing an 850-class vertical machining center. Learn what separates an industrial-grade VMC from an entry-level machine: casting composition, ball screw pre-tensioning, spindle drive dynamics, and warranty verifications.
Practical shop floor engineering guide to eliminating chatter vibration, thermal growth, and spindle deflection during high-precision metal turning. Master tool overhang calculations, bearing preloading, and dynamic coolant strategies.
The comprehensive Factory Acceptance Test (FAT) protocol and international buyer checklist for sourcing CNC lathes and machining centers from China. Avoid costly import mistakes with verified testing of laser accuracy, electrical CE compliance, and ocean-freight packaging.
Send us your part drawings or machine requirements. Our application engineering team will provide detailed cycle time calculations, tooling layout recommendations, and a formal CIF/FOB quotation within 12 hours.
