Notes

Slide Show

Outline

1	Renishaw Touch-Trigger Probe Technology Rugged, flexible solutions for discrete point measurement on CMMs
2	Renishaw Touch Probe Technology 2 1. What should the ideal probing systems offer? 2. What type of touch probes are there? 3. How do they work? 4. What's components make up a probing system? 5. Comparing the technologies? - RESISTIVE probes v STRAIN GAGE probes 6. Key design characteristics
3	Types of Touch-Trigger Probe Technologies
4	Kinematic Resistive Probe Operation (TP2,TP6, TP20)
5	Kinematic Resistive Probe Operation (TP2,TP6, TP20)2
6	Kinematic Resistive Probe Operation (TP2,TP6, TP20)3
7	Kinematic Resistive Probe Operation (TP2,TP6, TP20)4
8	Factors in measurement performance (TP2,TP6, TP20)
9	Factors in measurement performance (TP2,TP6, TP20)2
10	Factors in measurement performance (TP2,TP6, TP20)3
11	Factors in measurement performance (TP2,TP6, TP20)4
12	Factors in measurement performance (TP2,TP6, TP20)5
13	Factors in measurement performance (TP2,TP6, TP20)6
14	Factors in measurement performance (TP2,TP6, TP20)
15	Kinematic Resistive Probe Technology
16	Kinematic Resistive Probe Characteristics
17	TP20 Stylus Changing Probe
18	TP20 Stylus Changing Probe 2
19	TP20 Stylus Modules
20	TP20 Comparative Module and Stylus Lengths
21	Strain-Gauge Probe Technology (TP7, TP200)
22	Strain-Gauge Probe Operation (TP7, TP200)
23	Strain-Gauge Probe Operation (TP7, TP200)2
24	Strain-Gauge Probe Operation (TP7, TP200)3
25	Strain-Gauge Probe Characteristics (TP7, TP200)
26	TP200 Stylus Changing Probe
27	TP200 stylus modules
28	TP7M Strain-Gauge Probe
29	TP7M Performance
30	TP7M Performance 2
31	Trigger Probe Measurement Performance Comparison
32	Renishaw Touch Probes –The Workhorse of the Industry