Optimize your workshop’s production capacity with our detailed 850L Machining Center technical drawing. The 850L series is widely recognized in the industrial sector as the “workhorse” of precision milling, offering an ideal balance between a compact footprint and an extended work envelope. This blueprint provides a comprehensive look at the structural design of the machine, which features an elongated bed and reinforced column architecture to accommodate larger workpieces that standard vertical machining centers cannot handle.

By downloading this drawing, you gain access to the complete mechanical layout, including the precision-ground ball screws and high-load linear guide systems. The 850L design is engineered for heavy-duty cutting, making it perfect for mold making, automotive component finishing, and complex industrial part fabrication. Our documentation covers everything from the base casting geometry—designed for maximum vibration dampening—to the integration of the automatic tool changer (ATC) and high-torque spindle assembly. Whether you are an engineer looking to integrate this model into a new production line or a technician requiring precise dimensions for custom jig and fixture design, this drawing provides the industrial-grade accuracy you need to ensure seamless operation.

Caractéristiques principales :

  • Extended Work Envelope: Detailed dimensions for the 850mm X-axis travel and the “L” variant’s optimized table surface for oversized parts.
  • Heavy-Duty Cast Iron Frame: Structural schematics utilizing high-quality Meehanite-style casting designs for superior thermal stability and rigidity.
  • High-Speed ATC Integration: Clear layouts for the umbrella or arm-type automatic tool changer systems to minimize chip-to-chip time.
  • Contrôle de mouvement de précision : Specifications for the high-resolution encoder mounting and dual-anchored ball screw configurations to maintain sub-micron repeatability.
  • Enhanced Coolant and Chip Flushing: Integrated trough designs and high-pressure nozzle placements for efficient waste management during heavy metal removal.