PROBES FOR TACTILE TOOL MEASUREMENT
tool setting probes
- Automatic measurements deliver extreme time savings
- No errors due to manual tool setting using gauge block
- No typing errors and corresponding subsequent damage
- Automatic calculation and correction of the tool offset
- Automatic tool breakage detection between the machining cycles
- No damage due to undetected tool breakage
Z-Nano Series
ZX-Speed Series
Z-Nano Series
Z-Pico
ZX-Speed Series
Z-Nano Series
ZX-Speed Series
ZX-Speed Series
ZX-Speed Series
TC53-20|TC63-20
TC53-20|TC63-20
ZX-Speed Series
TC76
TC53-20|TC63-20
TC76
Z-Nano | ir | rc
Economic solutions for tool breakage detection and tool length measurement in CNC machining centers. Measurements of unrivaled speed and precision under the most adverse manufacturing conditions using a modern measuring mechanism based on a linear working principle and optoelectronic switch signal generation.
Wear-Free, Optelectronic Signal Generation
Modern Measuring Mechanism Using Linear Working Principle
Modern Measuring Mechanism Using Linear Working Principle
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracy than with conventional probes
- Reliable tool breakage detection under the most adverse conditions
- Wear-free with long-term stability.
Modern Measuring Mechanism Using Linear Working Principle
Modern Measuring Mechanism Using Linear Working Principle
Modern Measuring Mechanism Using Linear Working Principle
- Ball-bearing precision linear guidance
- The functional principle prevents lateral forces acting on the tool
- Very low measuring force
- Measurement of sensitive and very small tools
Reliable and Proven Transmission Technologies
Modern Measuring Mechanism Using Linear Working Principle
Reliable and Proven Transmission Technologies
- Z-Nano: Hard-wired
- Z-Nano IR: Infrared transmission
- Z-Nano RC: 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
Z-PICO
Economic solutions for tool breakage detection and tool length measurement in CNC machining centers. Measurements of unrivaled speed and precision under the most adverse manufacturing conditions using a modern measuring mechanism based on a linear working principle and optoelectronic switch signal generation.
Wear-Free, Optelectronic Signal Generation
Modern Measuring Mechanism Using Linear Working Principle
Modern Measuring Mechanism Using Linear Working Principle
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracy than with conventional probes
- Wear-free with long-term stability
Modern Measuring Mechanism Using Linear Working Principle
Modern Measuring Mechanism Using Linear Working Principle
Modern Measuring Mechanism Using Linear Working Principle
- Ball-bearing precision linear guidance
- The functional principle prevents lateral forces acting on the tool
- Very low measuring force
- Measurement of sensitive and very small tools
Reliable and Proven Transmission Technologies
Modern Measuring Mechanism Using Linear Working Principle
Reliable and Proven Transmission Technologies
- Measurement and breakage detection of sensitive and very small tools
- Tool measurement from D = 0.05 mm
- Extremely fast measurement at up to 2 m/min
ZX-SPEED SERIES
Economic solutions for tool setting in length and radius as well as for tool breakage monitoring. Precise and reliable measurements thanks to cutting-edge measuring mechanism technology with optoelectronic switch signal generation.
Wear-Free and Optoelectronic Signal Generation
Wear-Free and Optoelectronic Signal Generation
Wear-Free and Optoelectronic Signal Generation
- The trigger signal is generated via shading of a miniature light barrier
- Enables higher measuring speeds and accuracy than with conventional probes
- Reliable tool setting under the most adverse conditions
- Wear-free with long-term stability
High-Precision and Modern Measuring Mechanism
Wear-Free and Optoelectronic Signal Generation
Wear-Free and Optoelectronic Signal Generation
- Precise, non-lobing switching behavior
- Constant deflection forces
- High-quality latest-generation BLUM measuring mechanism
- No disadvantageous 3-leg principle
- No highly sensitive switching elements
The Most Up-To-Date Transmission Technologies
Wear-Free and Optoelectronic Signal Generation
The Most Up-To-Date Transmission Technologies
- ZX-Speed: Hardwired
- ZX-Speed IR: Infrared Transmission
- ZX-Speed RC: 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
TC53-20 | TC63-20
Special tool measurement systems for turning machines and turning/milling centres for adaptation to customer-specific tasks. Precise tool setting and monitoring using innovative, face-geared shark360 measuring mechanism with optoelectronic switch signal generation
Wear-free, Optoelectroni Signal Generation
Unique, Patented Shark360 Measuring Mechanism
Unique, Patented Shark360 Measuring Mechanism
- The trigger signal is generated via shading of a miniature light barrier
- Enables much higher measuring speeds and accuracy than with conventional probes
- Wear-free with long-term stability
Unique, Patented Shark360 Measuring Mechanism
Unique, Patented Shark360 Measuring Mechanism
Unique, Patented Shark360 Measuring Mechanism
- High-precision, face-geared measuring mechanism
- Defined deflection direction and constant deflection forces
- Extremely fast measurements
- Maximum measuring accuracy even with off-centre probing
Reliable and Proven Transmission Technology
Unique, Patented Shark360 Measuring Mechanism
Reliable and Proven Transmission Technology
- TC53-20: Infrared Transmission
- TC63-20: 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 accuracy than with conventional 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
- No preferred direction
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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