Probing during process setting identifies the location of the workpiece, the size of tools and offsets on the machine which could otherwise cause non-conforming components.
Probing is an important step towards improving efficiency.
- Reduce machine downtime
- Automatic part alignment and rotary axis set-up
- Manual setting errors eliminated
Machine tool probes keep your machining process under control
Machine tool probes keep your machining process under control
Workpiece set-up
Set a workpiece prior to machining
Probing is an important step towards improving efficiency.
- Reduce machine downtime
- Automatic part alignment and rotary axis set-up
- Manual setting errors eliminated
Integrated at every step of the process
Tool setting measures the size of tools and automatically adjusts tool offsets before cutting starts
Non-contact tool setting
Explore our advanced laser tool setters to set tools, detect chipped edges, monitor run-out, inspect complex profiles, all without the risk of tool damage during measurement.
Contact tool setting
Discover our contact tool setters for tactile tool setting and broken tool detection. With a choice of transmission technology to suit your application.
Probing basics: Benefits of automated non-contact tool setting
Probing basics: Benefits of automated tool setting
Benefits of automated part set-up
Renishaw machine tool probing system can automatically set works offsets (WCS) and detailing the benefits derived from automated part set-up.
Renishaw is committed to ensuring its probes are easy to use. A comprehensive range of macro cycles and machine tool apps allows for quick and intuitive programming and reporting of measurement cycles, as well as machine performance monitoring.
