TOUCH PROBES FOR WORKPIECE MEASUREMENT
Blum probe systems
- Very high acceleration and measuring speeds
- Highest accuracy in all approach directions
- Optoelectronic Signal Genaration
- No-wear and lifetime consistent measuring mechanism
- Touch proof even under extreme coolant and pollution conditions
- Self centering stylus eliminates realignment after stylus change
- Low power consumption
- Mechanical robust design
TC50 | TC60
TC50 | TC60
TC50 | TC60
TC51 | TC61
TC50 | TC60
TC50 | TC60
TC52 | TC62
TC50 | TC60
TC52 | TC62
TC53 | TC63
TC54-10 | TC64-10
TC52 | TC62
TC54-10 | TC64-10
TC54-10 | TC64-10
TC54-10 | TC64-10
TC76
TC54-10 | TC64-10
TC54-10 | TC64-10
TC50 | TC60
Universal touch probe systems for extremely fast measurements under the harshest conditions in medium and large machine tools. Superior precision and speed due to modern, multi-directional measuring mechanism with optoelectronic switch signal generation.
Wear-Free, Optoelectronic Signal Generation
High-Precision, Rotationally Symmetrical Measuring Mechanism
High-Precision, Rotationally Symmetrical Measuring Mechanism
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracies than comparable touch probes
- Wear-free with long-term stability
High-Precision, Rotationally Symmetrical Measuring Mechanism
High-Precision, Rotationally Symmetrical Measuring Mechanism
High-Precision, Rotationally Symmetrical Measuring Mechanism
- Precise, non-lobing touch characteristics
- Constant deflection forces
- Spindle indexing is not required
- No disadvantageous 3-leg principle with lobing effect
- No highly sensitive switching element
Reliable and Proven Transmission Technology
High-Precision, Rotationally Symmetrical Measuring Mechanism
Reliable and Proven Transmission Technology
- Probe TC50: Infrared transmission
- Probe TC60: BRC radio technology
- DUO-Mode: Sequential use of 2 infrared measuring systems with one receiver
- Sequential use of up to 6 radio measuring systems with one receiver
- TWIN mode: Simultaneous use of 2 radio measuring systems on one machine
- Very long battery life
TC51 | TC61
Touch probe specially designed for the requirements of CNC machining centres in highly productive manufacturing. Unique bidirectional measuring mechanism with optoelectronic switch signal generation for superior accuracy at maximum measuring speeds of up to 5 m/min.
Wear-Free, Optoelectronic Signal Generation
Fast and Pulling Measurements for Optimum Productivity
Fast and Pulling Measurements for Optimum Productivity
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracies than comparable touch probes
- Wear-free with long-term stability
Fast and Pulling Measurements for Optimum Productivity
Fast and Pulling Measurements for Optimum Productivity
Fast and Pulling Measurements for Optimum Productivity
- High-precision, bidirectional measuring mechanism
- Extremely fast measurements
- The probing direction in XY is defined by the orientation of the spindle
- For accelerations of up to 10g
- Spindle indexing is required
Reliable and Proven Transmission Technology
Fast and Pulling Measurements for Optimum Productivity
Reliable and Proven Transmission Technology
- TC51: Infrared Transmission
- TC61: BRC Radio Technology
- DUO-Mode: Sequential use of 2 infrared measuring systems with one receiver
- Sequential use of up to 6 radio measuring systems with one receiver
- TWIN mode: Simultaneous use of 2 radio measuring systems on one machine
- Very long battery life
TC52 | TC62
Universal touch probe for extremely fast measurements under the harshest conditions in medium and small machining centres. Workpiece measurement with superior precision and speed due to modern, multi-directional measuring mechanism with optoelectronic switch signal generation.
Wear-Free, Optoelectronic Signal Generation
High-precision, Rotationally Symmetrical Measuring Mechanism
High-precision, Rotationally Symmetrical Measuring Mechanism
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracies than comparable touch probes
- Wear-free with long-term stability
High-precision, Rotationally Symmetrical Measuring Mechanism
High-precision, Rotationally Symmetrical Measuring Mechanism
High-precision, Rotationally Symmetrical Measuring Mechanism
- Precise, non-lobing touch characteristics
- Constant deflection forces
- Spindle indexing is not required
- No disadvantageous 3-leg principle with lobing effect
- No highly sensitive switching elements
Reliable and Proven Transmission Technology
High-precision, Rotationally Symmetrical Measuring Mechanism
Reliable and Proven Transmission Technology
- TC52: Infrared Transmission
- TC62: BRC Radio Technology
- DUO-Mode: Sequential use of 2 infrared measuring systems with one receiver
- Sequential use of up to 6 radio measuring systems with one receiver
- TWIN mode: Simultaneous use of 2 radio measuring systems on one machine
TC53 | TC63
Special 3D CNC touch probes for milling and turning machines for adaptation to customer-specific tasks. High precision due to innovative, face-geared shark360 measuring mechanism with optoelectronic switch signal generation.
Wear-Free, Optoelectronic Signal Generation
Patented and Face-Geared Shark360 Measuring Mechanism
Patented and Face-Geared Shark360 Measuring Mechanism
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracies than comparable touch probes
- Wear-free with long-term stability
Patented and Face-Geared Shark360 Measuring Mechanism
Patented and Face-Geared Shark360 Measuring Mechanism
Patented and Face-Geared Shark360 Measuring Mechanism
- Face-geared measuring mechanism
- Maximum measuring accuracy even with off-centre probing
- Enables pulling and torsion-exposed measurements
- Constant deflection forces
- No preferred direction
- Enables the use of extensions and elbows
Reliable and Proven Transmission Technology
Patented and Face-Geared Shark360 Measuring Mechanism
Reliable and Proven Transmission Technology
- TC53: Infrared Transmission
- TC63: BRC Radio Technology
- DUO-Mode: Sequential use of 2 infrared measuring systems with one receiver
- Sequential use of up to 6 radio measuring systems with one receiver
- TWIN mode: Simultaneous use of 2 radio measuring systems on one machine
- Very long battery life
TC54-10 | TC64-10
Versatile touch probe for die tool and workpiece measurement under the harshest conditions. Precise and fast measurements thanks to innovative, face-geared shark360 measuring mechanism with optoelectronic switch signal generation.
Wear-Free, Optoelectronic Signal Generation
Patented and Face-Geared Shark360 Measuring Mechanism
Patented and Face-Geared Shark360 Measuring Mechanism
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracies than comparable touch probes
- Wear-free with long-term stability
Patented and Face-Geared Shark360 Measuring Mechanism
Patented and Face-Geared Shark360 Measuring Mechanism
Patented and Face-Geared Shark360 Measuring Mechanism
- Face-geared measuring mechanism
- Maximum measuring accuracy even with off-centre probing
- Enables pulling and torsion-exposed measurements
- Constant deflection forces
- No preferred direction
- Enables the use of extensions and elbows
Reliable and Proven Transmission Technology
Patented and Face-Geared Shark360 Measuring Mechanism
Reliable and Proven Transmission Technology
- TC54-10: Infrared Transmission
- TC64-10: BRC Radio Technology
- DUO-Mode: Sequential use of 2 infrared measuring systems with one receiver
- Sequential use of up to 6 radio measuring systems with one receiver
- TWIN mode: Simultaneous use of 2 radio measuring systems on one machine
- Very long battery life
TC76
Versatile, hard-wired touch probe for tool and workpiece measurement in highly productive conditions. Precise and fast measurements thanks to innovative, face-geared shark360 measuring mechanism with optoelectronic switch signal generation.
Wear-Free, Optoelectronic Signal Generation
Extendible on a Modular Basis using Extensions and Elbows
Patented and Face-Geared Shark360 Measuring Mechanism
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracies than comparable touch probes
- Wear-free with long-term stability
Patented and Face-Geared Shark360 Measuring Mechanism
Extendible on a Modular Basis using Extensions and Elbows
Patented and Face-Geared Shark360 Measuring Mechanism
- Face-geared measuring mechanism
- Maximum measuring accuracy even with off-centre probing
- Enables pulling and torsion-exposed measurements
- Constant deflection forces
Extendible on a Modular Basis using Extensions and Elbows
Extendible on a Modular Basis using Extensions and Elbows
Extendible on a Modular Basis using Extensions and Elbows
- Extensions and elbows allow for user-specific adaptation
- Cranked styli
- Installation on machine table or wall using optional socket
- Tool measurement using stylus with cube
PRIME TECHNICAL SERVICES, INC.
17295 Foltz Pkwy, Suite A, Strongsville, OH 44149
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