Fanuc M2000iA Robot

Fanuc Robitc M-2000iA series robot is engineered for applications that other robots cannot handle because the work piece size or the distance they must be moved.  Fanuc, the world's leading supplier of robots has greatly increased robots applications with the M-2000iA series.  The M-2000iA series is the largest and strongest six-axis, modular construction, electric servo-driven series of robots in the world that are designed for a use in a variety of manufacturing and systems processes.

     M2000iA/1200  M2000iA/900L
Number of Axes   6 6
Payload     1200 kg 900 kg
Repeatability     ±0.3 ±0.5
Drive System     AC Servo Motor AC Servo Motor
Reach     3734 mm 4638 mm
    Axis 1 45° /sec 45° /sec
Maximum Speed Arm Axis 2 30° /sec 30° /sec
    Axis 3 30° /sec 30° /sec
    Axis 4 50° /sec 50° /sec
  Wrist Axis 5 50° /sec 50° /sec
    Axis 6 70° /sec 70° /sec

 Benefits:

  • With superior lifting capability, this robot has the highest payload capacity in the world with 1200 kg on the M-2000iA/1200.
  • With the ability to lift and transfer parts weighing up to 6.2 meters, the M-2000iA/900L has the world's largest vertical stroke.
  • The M2000iA/900L has the world's longest horizontal stroke enabling this robot to transfer large parts weighing more than 8.2 meters.
  • Having the title "Best-in-Class", these robots have the world's strongest wrist axes that meets a variety of super-heavy challenges.
  • Both robots are made of highly rigid construction providing the ability to transfer super-heavy parts.
  • Superior reliability compared to robots with fixed (hard) automation.

Features:

  • With it's 6 axes of motion allows the M-2000iA to be superior to the fixed automation and linear structures.
  • Loading and unloading is made easy with the dual-motor drives on axes two and three.
  • With a no motor at the wrist axes, these robots can be isolated from hot, wet or dirty areas.
  • Both the M-2000iA/1200 and the M2000iA/900L have a IP67 rated wrist allowing the wrist to handle parts in a wet environment.