MWH Series

Easy-to-use, multipurpose, precise, powerful, and high load capacity top-entry Cartesian robots, featuring an extra-strengthened mechanical structure that ensures high positional accuracy and enhanced load capacity.

Free Moritech robot programming training

Until the end of 2025, we offer free participation in our Moritech robot programming training:

  • 1-day basic training
  • 2-day advanced training

Book your training now and take advantage of this promotion!


MWH1800II

MWH1800II Series top-entry robots offer specifically the ideal solution for high tonnage injection molding machines.

Model Axis Strokes (mm) Clamping Force Range (tons) Driving Method Linear Position Repeatability (mm) C-Axis Posture (90°)
Vertical (Z) Crosswise (Y) Traverse (X) Maximum Payload (kg) C-Axis Torque (Nm)
MWH1800II 1800
[2500]
1500 3500 1000 – 2800 AC Servo Motor ±0.1 40
[45](*1)
70

(*1) Weight of robotic arm is included.

Minimum infrastructure requirements

Power Supply Maximum Power (kW) Air Pressure (Bar) Air Consumption (Nl/Cycle)
Three-phase AC 380V ±10%
(50Hz / 60Hz)
3.3 4 - 6(*2) 26.0

(*2) Need for Pressurized Air Purified (Dried) from Oil and Humidity Exists.

Technical drawing

MWH2500II

MWH2500II Series top-entry robots offer specifically the ideal solution for high-speed production cycles.

Model Axis Strokes (mm) Clamping Force Range (tons) Driving Method Linear Position Repeatability (mm) C-Axis Posture (90°) Net Weight of Main Body (kg)
Vertical (Z) Crosswise (Y) Traverse (X) Maximum Payload (kg) C-Axis Torque (Nm)
MWH2500II 2500 1500 5000 1300 – 2800 AC Servo Motor ±0.1 60(*1) 535 2015

(*1) Weight of robotic arm is included.

Minimum infrastructure requirements

Power Supply Maximum Power (kW) Air Pressure (Bar) Air Consumption (Nl/Cycle)
Three-phase AC 380V ±10%
(50Hz / 60Hz)
4.1 4 - 6(*2) 195.0

(*2) Need for Pressurized Air Purified (Dried) from Oil and Humidity Exists.

Technical drawing