VR 3022

5-AXIS VERTICAL PORTAL MACHINING CENTER TRIMILL VFC 3022

  • HEIDENHAIN HR 550 handwheel, wireless with display
  • Set-up, commissioning and training on machine functions at the customer’s site
  • HEIDENHAIN TS 460 probe for workpiece set-up and measurement
  • BLUM LC 50-DIGILOG tool measurement probe, laser, mounted on the machine side walls
  • KNOLL coolant management system for tool cooling with through-spindle coolant and external nozzles, wash-down gun
  • Manually operated upper cover
  • TRIMILL kinematics
  • TRIMILL teleservice
  • 3D machine model for CAM system verification
  • Internal acceptance workpiece “Mercedes” in the short version
  • Internal acceptance workpiece “BMW hemisphere”
  • Vertical chain-type magazine for 32 tools
  • T15C CSC fork-type milling head for continuous milling with FISCHER motor spindle with cooled shaft, 42 kW, 67 Nm, 24,000 rpm, HSK-A63

Delivery time: 1 month

5-axis VR series TRIMILL gantry machines are specially developed for high-speed semi-finishing and finishing milling. The key technical parameters here are in particular the high feed rates (60,000 mm/min) and acceleration (5 m/s2), which are achieved by the use of linear motors and mass-optimised crossbeam.

  • Rigid 5-axis with 2-axis fork-type milling head machine designed for accurate single-piece production
  • Machine includes cast-iron U-shaped base that can be anchored directly on a flat shop floor
  • Stairs with walk-on metal platform for operator is positioned in front of the machine
  • Linear motors in all axes for high dynamics of machining
  • Cooling of all main components is part of standard configuration
  • Rapid feed rates of 60.000 mm/min and 5m/s2 acceleration
  • Upper gantry configuration for high accuracy
  • 4 linear guideways in X axis, 2 in Y and Z axes
  • Highly optimized welded structure of cross-beam and cross-support
  • Stationary work piece for the highest surface qualities
  • Very compact machine with large working area utilizing minimal floor-space
  • High productivity of machining