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# RJG launches CoPilot Go
- URL: https://www.plasticsiq.com/rjg-launches-copilot-go/
- Published: 2025-07-16T16:00:02.000Z
- Updated: 2026-09-21T19:01:44.000Z
- Description: The solution is set to simplify the injection moulding process.
- Author: Rhiannon Temporal
- Tags: Injection Moulding, Machinery

[**RJG**](https://rjginc.com/?ref=plasticsiq.com) **has launched its new** [**CoPilot Go**](https://rjginc.com/copilot-go/?ref=plasticsiq.com) **solution. The solution is designed to speed up tool trials and contain defects without having to connect to an** [**injection moulding**](https://www.plasticsiq.com/topics/injection-moulding/) **machine. This milestone represents an advancement for those wishing to improve efficiency during the setup and troubleshooting phases.**

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RJG

## RJG launches CoPilot Go.

The solution allows moulding teams to collect valuable process data by connecting a velocity sensor, a proximity switch, and cavity pressure sensors. This reduces costs and integration delays.

“This is about speed and flexibility,” said Curt Otto, Product Manager at RJG. “CoPilot Go eliminates the need for interfacing with the machine so users can focus on making parts, identifying issues like shorts and flash, and capturing templates for production, without the delays or cost of integration.”

The CoPilot Go solution hopes to aid moulders by addressing the following key challenges:

- Minimised setup complexity: With no machine interface requirement, users will benefit from a significant cut in setup time.
- Improved defect detection: Cavity pressure-based analysis works to isolate and correct shorts and flash more efficiently.
- Automated [quality control](https://www.plasticsiq.com/topics/quality-control/): Boasting built-in part sorting capabilities that work by identifying and separating defective parts using pressure templates.
- Streamlined tool trials: Allows for the ‘on-the-fly’ capture of part data and templates during the initial testing processes.