When production demands require a larger working envelope without sacrificing precision, the Vertical Machining Center 1100×900 is the industry’s go-to solution. This comprehensive engineering drawing provides a detailed look at the structural and mechanical architecture of a VMC featuring an expansive 1100×900 mm worktable. This specific size is highly sought after for its ability to bridge the gap between standard workshop units and massive gantry machines, making it ideal for mold making, aerospace components, and heavy-duty automotive engine blocks.

This technical document covers the reinforced Y-axis travel and the massive column design required to maintain accuracy across such a wide worktable. By downloading this blueprint, you gain access to the machine’s geometric foundation, including the precision-ground T-slot dimensions and the high-load linear guideway configurations. The layout is optimized for high-capacity material removal, detailing the internal ribbing of the casting that prevents structural twisting under heavy axial loads. Whether you are troubleshooting a mechanical sub-assembly or designing custom workholding for large-scale parts, this resource provides the verified data and tolerances required for high-performance operation.

At MechStream, we provide the blueprints that empower your facility to handle larger, more complex projects. This industry-standard reference allows you to visualize the dual-screw or reinforced drive systems necessary for moving high-mass workpieces with micron-level repeatability. Download this high-fidelity technical asset today to optimize your large-scale manufacturing workflows.

Key Features:

  • Expanded Working Envelope: Detailed schematics for the 1100×900 mm table travel, providing maximum clearance for oversized workpieces and multi-fixture setups.
  • Reinforced Y-Axis Support: Specialized wide-stance base design to prevent table “overhang” deflection at the extremities of travel.
  • Heavy-Duty Spindle Assembly: Engineering specs for a high-torque spindle designed to drive large-diameter cutters through tough alloys with ease.
  • High-Load Linear Guideways: Specifications for oversized roller-type guides that ensure smooth motion and high rigidity under multi-ton loads.
  • Advanced Chip Evacuation: Includes a layout for dual internal screw-type conveyors and high-volume wash-down systems for efficient waste management.