Product Specifications
- Brand
- AGV Mécatronique
- Part Number
- ONE 6CONTROL NJ120-2.05
- Product Type
- CNC-Controlled Articulated Robot
- Series
- ONE 6CONTROL
- Number of Axes
- 6
- Control System
- SIEMENS CNC (CNC ONE)
- Robot Platform
- COMAU
- Applications
- Precision Machining, Tapping, Assembly, Additive Manufacturing
Product Description
The NJ120-2.05 is a CNC-controlled 6-axis articulated robot from the ONE 6CONTROL range by AGV Mécatronique, a French robotics integrator based in Marssac-sur-Tarn. By pairing a SIEMENS CNC (CNC ONE) controller with a COMAU robot manipulator, the system delivers machine-tool-grade path accuracy on an articulated robot platform — bridging the gap between traditional CNC machines and flexible industrial robotics.
What distinguishes the ONE 6CONTROL platform from a standard industrial robot?
The ONE 6CONTROL architecture replaces the standard robot controller with a SIEMENS CNC, providing continuous-path precision typically associated with machine tools. Secondary encoders on all axes ensure zero mechanical play throughout the service life, enabling the robot to perform precision tasks such as tapping, 5-axis continuous machining, and additive manufacturing that would exceed the accuracy tolerance of a conventional articulated robot.
What applications is the NJ120-2.05 suited for?
Designed for precision manufacturing environments, the NJ120-2.05 targets high-accuracy assembly, tapping, and material-removal operations in aerospace and precision engineering. The robot is also capable of additive manufacturing where consistent toolpath accuracy across the full work envelope is required.
AGV Mécatronique NJ120-2.05 CNC-Controlled 6-Axis Robot for Precision Tapping and Assembly
Product Specifications
- Brand
- AGV Mécatronique
- Part Number
- ONE 6CONTROL NJ120-2.05
- Product Type
- CNC-Controlled Articulated Robot
- Series
- ONE 6CONTROL
- Number of Axes
- 6
- Control System
- SIEMENS CNC (CNC ONE)
- Robot Platform
- COMAU
- Applications
- Precision Machining, Tapping, Assembly, Additive Manufacturing







