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RMP60
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  • RMP60

RMP60

The Renishaw RMP60 is a 63Mm-diameter standard-accuracy radio-triggered probe featuring obstruction-free operation, long-range capability, and high resistance to interference. Designed specifically for large-scale, gantry, deep-cavity, and heavily obstructed machining applications, it serves as a radio-triggered alternative to the optical probe (OMP60).

The Renishaw RMP60 is a 63mm-diameter standard-accuracy radio-triggered probe featuring obstruction-free operation, long-range capability, and high resistance to interference. Designed specifically for large-scale, gantry, deep-cavity, and heavily obstructed machining applications, it serves as a radio-triggered alternative to the optical probe (OMP60).

Core Features and Design

Compatible Equipment: Full-size machining centers, gantry machining centers, multi-tasking machines, 5-axis machines, vertical lathes

Signal Transmission: FHSS (Frequency-Hopping Spread Spectrum) radio (2.4 GHz), no line-of-sight required, maximum transmission range of 15 m

Construction: 63mm diameter metal housing, proven kinematic trigger mechanism, adjustable trigger force

Protection: IPX8-rated waterproofing, resistant to high-pressure coolant, oil, dust, and severe vibration

Power Supply: 2 AA lithium thionyl chloride batteries, standby time up to 101 months, continuous operation up to 4,870 hours

Technical Specifications

ParametersSpecifications
Repeatability1.00 μm 2σ (standard accuracy class)
Trigger Direction±X, ±Y, ±Z (3D triggering)
OvertravelX/Y:±18°;Z:11 mm
Trigger Force (Adjustable)X/Y:76–143 gf;Z:540 gf
Transmission DistanceUp to 15 m
Probe LengthUp to 150 mm
Activation MethodM-code, radio wake-up, tool holder switch, spindle rotation
Compatible ReceiversRMI-Q / RMI-QE (radio-only)

Core Features and Applications

Workpiece Alignment

Automatic coordinate system establishment, eccentricity alignment, origin setting, and rotary axis calibration

Solves the challenges of clamping large or deep-cavity workpieces and addresses the low efficiency of manual measurement

In-Machine Inspection

In-process and post-processing measurement: outer diameter, inner diameter, steps, hole positions, flatness, deep cavities, and complex features

Real-time compensation for tool wear and thermal deformation, significantly reducing scrap rates

Process Control

Supports CPK statistics, stabilizes the manufacturing process, and reduces offline inspection and rework

Typical Applications

Large molds, heavy machinery, aerospace structural components, wind power / marine components

Environments with extensive internal machine obstructions where optical signals cannot penetrate

Core Advantages (Compared to Optical Probes)

No line-of-sight restrictions: Strong radio signal penetration, unaffected by machine columns, tool magazines, or workpiece obstructions; the top choice for deep cavities and large-scale machines

Stable long-range operation: 15m transmission range, suitable for gantry and large horizontal machining centers

Adjustable trigger force: Suitable for soft, thin-walled, and precision workpieces, preventing probe damage to parts

High Interference Resistance: FHSS frequency-hopping technology ensures no frequency conflicts and resistance to electromagnetic interference

Strong Compatibility: Directly upgrades and replaces older MP14/16/18 radio probes

Rugged and Durable: IPX8 rating + metal construction, suitable for harsh machining environments, with long service life and minimal maintenance

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