KORTHOSCompaniesProductsVerified EventsSupply Chain

Product profile

NJ-60-2.2

NJ-60-2.2 is Comau’s six-axis robot for medium-payload assembly, handling, machine tending, packaging, welding and process automation. It combines a 60 kg...

Facts

Company
Comau
Product type
industrial_arm
Status
commercial
Primary capability
industrial manipulation
Website
https://www.comau.com/en/our-offer/products-and-solutions/robot-team/nj-60-2-2/

About NJ-60-2.2

NJ-60-2.2 uses a lightweight six-axis structure to accelerate medium-load components and process tools while maintaining controlled path motion. Its wrist accommodates grippers, welding torches, dispensers and machining equipment, and the arm can carry additional dress-pack load along the forearm. A protected wrist supports industrial cells exposed to dust and process residue.

The robot can be installed on the floor, ceiling or an inclined support to serve conveyors, machine tools and fixtures from different orientations. Comau provides its controller, offline programming environment and application interfaces for integration with safety systems and production equipment. The model is used where cycle speed and trajectory quality matter across a moderate working envelope.

Market context

stationary_manipulator, industrial_robot, official_16x9_ready, Industrial Robot Arm, industrial_robot, Industrial Robot Arm, industrial_robot, industrial_arm, industrial_robot

Summary

Type: Industrial Robot Arm

Core: 60 kg

Function: Industrial manipulation

Audience: Manufacturers and integrators

Specifications

axes
6 axes
horizontal_reach_mm
2,258 mm mm
max_payload_kg
60 kg kg

Operations

Environment
industrial manufacturing
Primary user
Manufacturers and automation integrators
Role
Industrial handling and process automation
Interaction model
programmed_automation
Mobility class
stationary_manipulator
Product detail
stationary_manipulator, industrial_robot, official_16x9_ready, Industrial Robot Arm, industrial_robot, Industrial Robot Arm, industrial_robot, industrial_arm, industrial_robot

Research, Articles and recent verified events