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Results found for “Manual setting and NC programming is needless torture for machine operators…”
A-5555-3787 - M5 Ø3 mm silicon nitride ball, tungsten carbide stem, L 50 mm, ML 40 mm, for ZEISS applications
A-5555-3787 M5 Ø3 mm silicon nitride ball, tungsten carbide stem, L 50 mm, ML 40 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3792 - M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 53 mm, ML 43 mm, for ZEISS applications
A-5555-3792 M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 53 mm, ML 43 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3797 - M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 63.5 mm, ML 50.5 mm, for ZEISS applications
A-5555-3797 M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 63.5 mm, ML 50.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3800 - M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 114.5 mm, ML 101.5 mm, for ZEISS applications
A-5555-3800 M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 114.5 mm, ML 101.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3806 - M5 Ø3 mm ruby ball, thermostable carbon fibre stem, L 58 mm, ML 48 mm, for ZEISS applications
A-5555-3806 M5 Ø3 mm ruby ball, thermostable carbon fibre stem, L 58 mm, ML 48 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3807 - M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 63.5 mm, ML 50.5 mm, for ZEISS applications
A-5555-3807 M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 63.5 mm, ML 50.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3997 - M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 75 mm, ML 62 mm, for ZEISS applications
A-5555-3997 M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 75 mm, ML 62 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3998 - M5 Ø10 mm ruby ball, thermostable carbon fibre stem, L 118 mm, ML 105 mm, for ZEISS applications
A-5555-3998 M5 Ø10 mm ruby ball, thermostable carbon fibre stem, L 118 mm, ML 105 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-1917 - M5 Ø4 mm ruby ball, thermostable carbon fibre stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications
A-5555-1917 M5 Ø4 mm ruby ball, thermostable carbon fibre stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-1918 - M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 100 mm, ML 87 mm, for ZEISS applications
A-5555-1918 M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 100 mm, ML 87 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-0410 - M5 Ø5 mm ruby ball, thermostable carbon fibre stem, L 100 mm, ML 90 mm, for ZEISS applications
A-5555-0410 M5 Ø5 mm ruby ball, thermostable carbon fibre stem, L 100 mm, ML 90 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-0643 - M5 Ø10 mm ruby ball, thermostable carbon fibre stem, L 150 mm, ML 137 mm, for ZEISS applications
A-5555-0643 M5 Ø10 mm ruby ball, thermostable carbon fibre stem, L 150 mm, ML 137 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-0732 - M5 Ø5 mm ruby ball, thermostable carbon fibre stem, L 50 mm, ML 40 mm, for ZEISS applications
A-5555-0732 M5 Ø5 mm ruby ball, thermostable carbon fibre stem, L 50 mm, ML 40 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-0734 - M5 Ø7 mm ruby ball, thermostable carbon fibre stem, L 55 mm, ML 45 mm, for ZEISS applications
A-5555-0734 M5 Ø7 mm ruby ball, thermostable carbon fibre stem, L 55 mm, ML 45 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-0735 - M5 Ø5 mm ruby ball, thermostable carbon fibre stem, L 75 mm, ML 65 mm, for ZEISS applications
A-5555-0735 M5 Ø5 mm ruby ball, thermostable carbon fibre stem, L 75 mm, ML 65 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-1027 - M5 Ø10 mm ruby ball, thermostable carbon fibre stem, L 65.5 mm, ML 52.5 mm, for ZEISS applications
A-5555-1027 M5 Ø10 mm ruby ball, thermostable carbon fibre stem, L 65.5 mm, ML 52.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-1112 - M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 200 mm, ML 187 mm, for ZEISS applications
A-5555-1112 M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 200 mm, ML 187 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-2394 - M5 Ø3 mm tungsten carbide ball, tungsten carbide stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications
A-5555-2394 M5 Ø3 mm tungsten carbide ball, tungsten carbide stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-2395 - M5 Ø8 mm tungsten carbide ball, tungsten carbide stem, L 63.5 mm, ML 50.5 mm, for ZEISS applications
A-5555-2395 M5 Ø8 mm tungsten carbide ball, tungsten carbide stem, L 63.5 mm, ML 50.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3734 - M5 Ø3 mm silicon nitride ball, tungsten carbide stem, L 58 mm, ML 48 mm, for ZEISS applications
A-5555-3734 M5 Ø3 mm silicon nitride ball, tungsten carbide stem, L 58 mm, ML 48 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3788 - M5 Ø4 mm silicon nitride ball, tungsten carbide stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications
A-5555-3788 M5 Ø4 mm silicon nitride ball, tungsten carbide stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3789 - M5 Ø4 mm silicon nitride ball, tungsten carbide stem, L 64 mm, ML 54 mm, for ZEISS applications
A-5555-3789 M5 Ø4 mm silicon nitride ball, tungsten carbide stem, L 64 mm, ML 54 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3791 - M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 50 mm, ML 40 mm, for ZEISS applications
A-5555-3791 M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 50 mm, ML 40 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3793 - M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 75 mm, ML 65 mm, for ZEISS applications
A-5555-3793 M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 75 mm, ML 65 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3794 - M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 100 mm, ML 90 mm, for ZEISS applications
A-5555-3794 M5 Ø5 mm silicon nitride ball, tungsten carbide stem, L 100 mm, ML 90 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3798 - M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 75 mm, ML 62 mm, for ZEISS applications
A-5555-3798 M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 75 mm, ML 62 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3799 - M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 100 mm, ML 87 mm, for ZEISS applications
A-5555-3799 M5 Ø8 mm silicon nitride ball, tungsten carbide stem, L 100 mm, ML 87 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3808 - M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 114.5 mm, ML 101.5 mm, for ZEISS applications
A-5555-3808 M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 114.5 mm, ML 101.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-9361 - M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 150 mm, ML 137 mm, for ZEISS applications
A-5555-9361 M5 Ø8 mm ruby ball, thermostable carbon fibre stem, L 150 mm, ML 137 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-3949 - M5 Ø5 mm tungsten carbide ball, tungsten carbide stem, L 105 mm, ML 95 mm, for ZEISS applications
A-5555-3949 M5 Ø5 mm tungsten carbide ball, tungsten carbide stem, L 105 mm, ML 95 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-1847 - M5 Ø3 mm ruby ball, thermostable carbon fibre stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications
A-5555-1847 M5 Ø3 mm ruby ball, thermostable carbon fibre stem, L 33.5 mm, ML 23.5 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
A-5555-1916 - M5 Ø3 mm ruby ball, thermostable carbon fibre stem, L 25 mm, ML 15 mm, for ZEISS applications
A-5555-1916 M5 Ø3 mm ruby ball, thermostable carbon fibre stem, L 25 mm, ML 15 mm, for ZEISS applications M5 straight stylus. Note: measurement length is to end of ball.
FORTiS™ enclosed encoder vibration testing
Vibration can be an issue for positional stability when cutting hard metals.
JCB - Chris Goodall
Chris Goodall is responsible for the machining of the JCB large wheeled loader front chassis, a substantial amount of work and material, and is now able to operate a ‘zero-tolerance’ policy on mach...
SFM-A2 surface finish module
The A-series of modules is designed to deliver high performance with a good level of capability to access part features.
EC declaration of conformity
EC declaration of conformity Renishaw plc declares that the product: - Name Description PHC10-3 PH10 head controller has been manufactured in conformity with the following standards: - BS EN...
Inside Dyehouse during fire service training exercise
Renishaw’s Dyehouse building, Woodchester was the setting for training exercise “Midsummer Madness” on the night of Tuesday, 10th June, for some of Gloucestershire’s Fire and Rescue teams.
Woodchester site during fire service training exercise
Renishaw’s Dyehouse building, Woodchester was the setting for training exercise “Midsummer Madness” on the night of Tuesday, 10th June, for some of Gloucestershire’s Fire and Rescue teams.
Dyehouse building Woodchester
Renishaw’s Dyehouse building, Woodchester was the setting for training exercise “Midsummer Madness” on the night of Tuesday, 10th June, for some of Gloucestershire’s Fire and Rescue teams.
UCC T3 PLUS
UCC T3 PLUS UCC retrofit Renishaw has formed a technical partnership with some of the industry's leading software companies and retrofitters to provide powerful CMM retrofit solutions using...
QuickLoad™ rail system
QuickLoad™ rail system, Fast, easy and repeatable set-ups for CMM part inspection with the QuickLoad rail system., ecom_nav
Smart apps for smartphones at MACH 2018
The use of mobile technology – smartphones and tablets – and their associated apps has become firmly established as part of everyday recreational life.
Scania - where machine tool maintenance is an investment, not a cost!
Dynamate AB, the plant maintenance company for world leading truck manufacturer Scania, has implemented one of the most comprehensive and well-structured maintenance strategies in it's industry.
FCR25 flexible change rack
FCR25 flexible change rack The FCR25 flexible change rack is a triple port unit that provides unmatched flexibility when rapid and automatic tool changing is required.
FCR25 flexible change rack
FCR25 flexible change rack The FCR25 flexible change rack is a triple port unit that provides unmatched flexibility when rapid and automatic tool changing is required.
Stonehouse machine hall
Stonehouse machine hall banner image for landing pages on .go
Straight
The simplest and most frequently used type of stylus, suitable for the majority of probing applications.
Custom tool setting arms drawings
Custom tool setting arms drawings
Probe On-centre adjustment
This movie is a guide to Probe On-centre adjustment using a generic Renishaw Machine tool touch probe as part of installation, maintenance or problem solving.
OMM
OMM optical machine module for communication between machine probe and interface