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When you’re in the business of producing high-quality precision materials, you don’t have time to waste on inaccurate machinery. We sell machine probing tools that will increase your productivity and limit your waste by providing detailed checks of your equipment. Our company understands that you have production quotas to fulfill on a tight timeline, and we strive to help you maintain your business output with our inspection probes. We only carry the best machine tool probing systems available, and we sell them at a fair price that’s affordable for your budget. Metrology Parts stocks probing systems and replacement components that support CNC milling machines, turning centers, and grinding machines.
Shop for metrology parts and products to match a probing system to your CNC machine and controller.
One look at our inventory and you’ll be impressed with what you see. Renishaw is the authority when it comes to fine machine probes, and their products won’t let you down. Using Renishaw machine tool probing systems will help your employees with tool setups, diagnosing broken tools, and component inspections. You use these systems for tool setting, broken tool detection, adaptive machining, and in-process inspection so your CNC program can react to measurement results instead of relying on manual checks.
A CNC machine tool probing system identifies and sets up parts, measures features in-cycle for adaptive machining, monitors workpiece surface condition, and verifies finished component dimensions. You configure the probing system on a CNC machine to measure features of CNC-machined parts and support tool measurement systems that feed offsets and inspection results back into your process.
High-quality probing systems reduce set-ups and increase overall part accuracy. These systems provide a high level of in-process control. Probing maximizes the capability, quality, efficiency, and accuracy of machine tools. If you also support coordinate metrology, you may compare these workflows to CMM and VMM probing systems for off-machine inspection and verification.
Integrating probing into your machine tools improves quality and productivity because you verify setup and offsets during machining instead of waiting for downstream inspection. In CNC production, contact probing touches the workpiece or tool with a stylus to pick up a surface point, bore, boss, or tool length, while non-contact probing measures without touching the surface (for example, with a laser tool setter) when you need fast checks, or you want to avoid marking delicate features. These routines support on-machine measurement, so you keep the spindle cutting and reduce unplanned downtime.
Integrating probing into the probing system gives manufacturers a large variety of performance-enhancing capabilities. You can integrate probing to identify parts when running simultaneous numbers, measure component sizes for stock condition, measure a part face, transfer data to offsets, and rotate the part to ensure that the face is square with the spindle. A matter of seconds in probing can save hours of time that you might lose to inconsistent setups or performance.
A CNC, or computer numerical control, machine uses digitized data, and a computer with specialized programs controls, automates, and monitors machine movements. A CNC platform may run a milling machine, lathe, router, welder, grinder, laser or waterjet cutter, sheet metal stamping machine, robot, and many other types of machines.
Machine tool probing on CNC machines supports tool setter routines and workpiece inspection workflows, including the following:
We sell a collection of Renishaw machine tool probing systems, like lathe probe kits for turning centers that need part pickup and in-cycle verification, machine tool interface components that connect probe signals to your CNC control I/O, machine tool turning center probe options that support on-machine part inspection in lathes and mill-turn platforms, and the Legacy transmission model for shops that need compatibility with older probe receivers and control hardware.
When you buy new or used, verify calibration status, stylus condition (including tip wear and straightness), and controller or transmission compatibility so the probing system matches your machine, receiver, and CNC interface requirements.
Tool-setting probes measure tool length, diameter, and breakage status so you can automate tool offsets and keep tools within tolerance during production. Workpiece inspection probes measure part features (like bores, bosses, datum faces, and critical locations) so you can set work offsets, validate setups, and run in-process workpiece inspection cycles before you scrap a part.
In Renishaw-based configurations, tool setting often uses fixed tool setters or laser-based tool measurement, while workpiece inspection uses touch probes or high-accuracy touch probe configurations when you need tighter repeatability on critical features. For wireless inspection on machining centers, you may select a radio transmission probe, and for demanding tolerance work, you may step up to a high-accuracy touch probe that targets high repeatability in on-machine measurement.
Signal transmission choice also matters. Use radio when you need robust communication around coolant, chip load, or line-of-sight limitations; use optical when you can maintain a clean line of sight and want fast, interference-resistant signaling; and use interface-based communication when your CNC integration relies on hardwired interfaces or legacy receiver/controller connections.
| System Type | Primary Function | Typical Machine Type | Transmission Type | Example Renishaw Models |
| Tool setting | Measure tool length/diameter and verify tool condition | VMC, HMC, lathe, and grinder | Interface-based or optical (application-dependent) | Tool setters and interface components |
| Workpiece inspection | Pick up datums and measure part features for offsets and in-process checks | VMC, HMC, and mill-turn | Radio, optical, or interface-based | Radio transmission probe, high-accuracy touch probe, and turning-center probes |
If you share your machine type, control model, and transmission constraints, you can match the right Renishaw probing system to your specific CNC platform and inspection goals. Shop for metrology parts and products to select compatible probing components.
A CNC probing system runs measurement cycles that your CNC control executes between cutting operations so you can correct offsets and catch issues early. In production, you typically qualify the probe, pick up work offsets, measure tools, and then run in-cycle checks that support broken tool detection and feature verification while the part stays clamped. You can apply the probing system across milling, turning, grinding, and drilling operations by tying probe routines to the same tool and work offset strategy you already use in your CNC program. The probing system measures the size, shape, and position, and it detects and corrects errors like tool wear, cutting-force-driven deflection, and surface-finish changes so you can schedule repairs and keep machines running efficiently.
When you add a probe system to CNC production, you get measurable improvements that show up in setup time, scrap rate, and process stability.
A tool-setting probe measures tool length, diameter, and tool condition so you can set and maintain tool offsets, while a workpiece probe measures part features so you can set work offsets and run in-process workpiece inspection checks on the machine.
Renishaw probing systems fit many CNC machines, but you need to match the probing system to your machine type, control, interface hardware, and signal transmission method (radio, optical, or interface-based) for reliable integration.
ROI typically comes from reduced setup time, fewer scrapped parts, and fewer unplanned stops. For many shops, a probing system pays back by automating offset updates and catching errors during machining instead of after a full cycle or a downstream inspection step.
It can be safe if you verify calibration status, inspect stylus and sealing condition, and confirm compatibility with your receiver, interface, and CNC control. You should also confirm the transmission type and any required interface components before you install a used system.
To select a compatible probing system for your CNC machine and inspection requirements, Shop for metrology parts and products.
