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OMP60
The Renishaw OMP60 is a 63mm-diameter, standard-precision optical touch probe designed for a wide range of machining centers and small-to-medium-sized multi-tasking machines. Known for its stability, reliability, high resistance to interference, and broad compatibility, it is the go-to choice for in-machine measurement in the workshop.
Core Features and Design
Compatible Equipment: Full-size machining centers, small-to-medium-sized multi-tasking/multi-function machine tools
Construction: Compact 63mm-diameter metal housing with a proven kinematic trigger mechanism
Signal: Modulated infrared optical transmission, 360° omnidirectional coverage, highly resistant to ambient light interference
Protection: IPX8-rated sealing, resistant to high-pressure coolant, oil, dust, and vibration
Power Supply: 2 AA batteries, typical runtime >600 hours, eliminating the need for frequent replacement
Technical Specifications
| Parameters | Specifications |
| Repeatability | 1.00 μm 2σ (standard accuracy class) |
| Trigger Direction | ±X, ±Y, ±Z (3D triggering) |
| Overtravel | X/Y：±18°；Z：11 mm |
| Trigger Force | X/Y：75–140 gf（adjustable）；Z：530 gf |
| Transmission Distance | Up to 5–6 m |
| Probe Length | Up to 150 mm |
| Activation Method | M-code, spin-up, handle switch |
| Compatible Receivers | Full range of optical receivers, including OMI-2/OMI-2T/OMI-2C, OSI+Omm-2, and others |
Core Features and Applications
Workpiece Alignment
Automatically establishes the workpiece coordinate system, corrects eccentricity, sets the origin, and calibrates rotary axes
Replaces manual measurement, eliminates human error, and significantly reduces setup time
In-Machine Inspection
In-process and post-processing measurement: outer diameter, inner diameter, steps, groove width, hole positions, flatness, deep cavity features
Provides real-time dimensional feedback, automatically compensates for tool wear and thermal deformation, and reduces scrap rates
Process Control
Supports CPK statistics, stabilizes the manufacturing process, and reduces offline inspection and rework
Typical Industries
Automotive components, precision molds, general machinery, and small to medium-sized structural parts for aerospace
Core Advantages
More stable optical transmission: In complex internal machine tool optical paths and environments with multiple obstructions, it is more stable than radio transmission and avoids frequency conflicts
Adjustable trigger force: Suitable for soft, thin-walled, and precision workpieces, preventing probe damage to parts
High compatibility: Directly replaces older Omm/MI12/OMI systems, with low equipment upgrade costs
Rugged and Durable: IPX8-rated with a metal construction, suitable for harsh machining environments, offering a long service life and minimal maintenance
High Cost-Effectiveness: Standard accuracy meets the needs of the vast majority of machining scenarios, offering a more economical solution than high-precision OMP400/600 models
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