Heckert T45 Reducer-Part Automation: Preparing the Next Job During Cutting

The application source describes two Heckert T45 machines and one six-axis robot.

Technical application analysis. Reducer components; two Heckert T45 five-axis HMCs; one six-axis robot serving two machines.

Reference configuration and timing

The application source describes two Heckert T45 machines and one six-axis robot.
Its 8 s statement concerns tooling change and adjustment after a new product command, rather than a universal complete part exchange.
Preparation of the next workpiece can take place during machining.

Engineering evaluation

The opportunity is to move preparation outside the machine’s occupied time. Provide a separate safe preparation position and confirm that program, fixture and incoming part identity agree before release to the spindle.

Test the worst case when both HMCs finish together. The robot service budget must include setup activity, gripping, transfer and recovery, so summing two 8 s statements is not a scheduling model.

Selection conditions and evidence limits

The source’s annual volume and cost statements are not New Partner results. No inferred gear-steel grade is adopted; the ordered part specification determines material and process requirements.

Application questions

Does an 8 s adjustment mean an 8 s production cycle?

No. It describes one setup-related activity; cutting and complete handling have different boundaries.

What makes parallel preparation useful?

The next job must be ready before the machine requests it, with sufficient tooling, safe access and consistent job identification.

Sources and evidence

Source record 6 — mp.weixin.qq.com (Chinese reference)

Reviewed 4 November 2026. Source statements and engineering evaluation are identified separately. The references do not establish a New Partner delivery or customer acceptance result.