Nachi MZ35S

Nachi MZ35S is a six-axis 35 kg industrial robot with 1,882 mm reach, ±0.05 mm repeatability and flexible floor, inverted or angled mounting.

Facts

  • Company: Nachi-Fujikoshi Corp.
  • Type: Six Axis Industrial Robot
  • Positioning: MZ35S
  • Function: Medium-heavy handling and tending
  • Audience: Factory automation integrators
  • Status: Commercial
  • Website: https://www.nachirobotics.com/product/mz35s/

About

About Nachi MZ35S

Nachi MZ35S is a six-axis member of the MZ industrial-robot line, sized between general handling arms and much larger heavy-payload machines. The robot carries 35 kg across a 1,882 mm reach, weighs 250 kg and is specified at ±0.05 mm position repeatability. Floor, inverted and angled mounting options let integrators place the arm around machine tools, conveyors and pallet stations across different cell layouts.

The standard body and wrist are rated IP67-equivalent, although the wire-harness section and controller have separate, lower protection conditions described by Nachi. An ISO Class 4-equivalent cleanroom configuration is also offered when installed and prepared under the stated cleanroom conditions. Published applications include machine loading, picking, material handling, palletizing and dispensing. The 35 kg payload rating is bounded by the completed process configuration: wrist moments, inertia, joint position, speed, mounting, end effector and environmental options determine usable performance in the finished cell.

Specifications

  • Repeatability Mm: Position repeatability ±0.05 mm
  • Protection Rating: Robot body and wrist IP67 equivalent
  • Cleanroom Class: ISO Class 4 equivalent configuration
  • Operating Environment: 0–45 °C; 20–85% RH non-condensing
  • Payload capacity: Payload 35 kg
  • Reach Mm: Reach 1,882 mm
  • Degrees of freedom: 6 axes
  • Weight: Robot mass 250 kg

Market context

Factory automation integrators

  • Peer Group: Industrial robot arm
  • Workflow: Industrial automation
  • N-220 - Comau - Industrial Robot Arm

View market context