T he Quality Sourc eb o o k ’s CMM Guide fe at u res info rm ation on almost 50

T he Quality Sourc eb o o k ’s CMM Guide fe at u res info rm ation on almost 50 CMM manu fa c t u re rs ’a n d distributors’products. Our guide provides the critical specific ations of each company ’s CMM to help you narrow your choices. To avoid duplicating manu fa c t u rer and dis- t ri butor entri e s , rep e ated product specific a- tions appear only in the manu fa c t u re r ’s listing. Distributor listings indicate which m a nu fa c t u re rs each distri butes for and show product specifications from manufacturers not otherwise listed. Our guide includes a number of video- and l a s e r-based products in addition to tra d i- tional CMMs. As new tech n o l ogies ari s e, look for more of these nontra d i t i o n a l CMMs. Laser- and vision-based machines a re perfo rming CMM functions in places t h at CMMs can’t re a ch and on ve ry large o b j e c t s , s u ch as airc raft wings. A l t h o u g h these CMMs function differently from tra- ditional CMMs, for this buyers guide, the m a nu fa c t u re rs have done their best to tra n s- l ate their specifi c ations into tra d i t i o n a l CMM specifications. N ew tech n o l ogies are also improving the p e r fo rmance and ve rs atility of tra d i t i o n a l CMMs. Advances in temperature compen- s ation techniques are allowing CMM man- u fa c t u re rs to move their products to the shop floor and still maintain a high degree of accuracy. Advances in and standardiza- tion of software protocols, such as DMIS, a re allowing CMMs to commu n i c ate dire c t- ly with CAD systems for reve rse engi n e e r- i n g, design ve ri fi c at i o n , CMM offl i n e p rogra m m i n g, and real-time part - t o - C A D measurement. This bu ye rs guide re flects some of these new technologies, but to stay informed of the latest in metrology tools,look for tech- nology articles in Quality Digest. CMM Guide CMM Manufacturers Matrix .................51 This mat rix of CMM manu fa c t u re rs and d i s t ri bu t o rs fe at u res the company name and product names,machine type, range, reso- l u t i o n , linear accura cy, t e m p e rat u re ra n ge, vo l u m e t ric accura cy, rep e at ab i l i t y, t h ro u g h- p u t , guide method, p robe type, c o n t ro l method and temperat u re compensat i o n . Except where otherwise indicated, units of measure for a particular specification are as shown at the top of each column. CMM Manufacturers Directory ............58 This directory of CMM manufacturers i n cludes the company name, a dd re s s ,p h o n e and fax numbers,Web address,and a brief description of the company’s products and services. (Please note that not all compa- nies provided us with descriptions.) As with all Quality Dige s t g u i d e s , the CMM Guide is in no way meant to endorse or ex clude a particular orga n i z ation. Rat h e r, i t ’s meant to be used as the starting point in the data-gathering process. Readers are e n c o u raged to contact the companies dire c t- ly for more info rm ation and to ask fo r — and ch e ck — re fe rences. Please be sure to mention you saw their listings in Q u a l i t y Digest’s 2001 Quality Sourcebook! We ap p re c i ate any fe e d b a ck you have on our CMM Guide. If you have any sugge s- tions for how we can improve this guide fo r n ext ye a r, e-mail them to s o u rc eb o o k @ q u a l i t y d i ge s t . c o m . Glossary Linear accuracy—accuracy of the instrument when measuring along a single axis. This data is often integrated with the volumetric accuracy. R a n g e —the x, y or z distance the CMM can travel while measuring a part. For articulating arms, laser trackers and other nontraditional CMMs, this dimen- sion may be represented as a sphere. R e s o l u t i o n —the smallest distance that can be measured by the instrument. T Comp.—many instruments provide a means for temperature compensa- tion. Temperature data can be manu- ally input, read from a sensor mounted on the part being measured, read from sensors mounted on the instrument itself or any combination of these. T h r o u g h p u t —describes how many points per minute an instrument can measure. This number tends to be much higher for noncontact measure- ment systems than for contact meas- urement systems. VDI, B89 or ISO—accuracy standards to which the instrument conforms. Volumetric accuracy—accuracy of the instrument when measuring along all axes simultaneously. 51 Quality Digest/January 2001 Machine Type Accord. To B89 VDI/VD X-axis (µin) Y-axis (µin) Company/Product Analog Switching Laser Contact Vision System Manual D.C.C. Manual Input Part Sensor Machine Sensor Guide Method Repeatability Z-axis (µin) (µin) Throughput (points/min) X-axis (inches) Y-axis (inches) Z-axis (inches) Resolution (µin) 3-axis=3X (µin) 4-axis=4X (µin) 6-axis=6X (µin) (˚F) Temp. Range Range Linear Accuracy Volumetric Accuracy Dimensions are in inches or microinches unless otherwise shown CMM Guide Probe Type Control T˚ Comp. A.A. Jansson Inc. Ph. 248-674-4811 Fax 248-674-1234 Also distributes Faro, International Metrology Systems, Laser Design, Quality Control Solutions and used CMMs The Inspector 10150 Horiz. Arm Call 60 40 400 • 2,000 2,000 3X=5,000 Mechanical • • The Inspector 12150 Horiz. Arm Call 48 60 400 2,000 2,000 3X=5,000 Mechanical • • The Inspector 15150 Horiz. Arm Call 60 60 400 • 2,000 2,000 3X=5,000 Mechanical • • The Inspector 18150 Horiz. Arm Call 60 72 400 2,000 2,000 3X=5,000 Mechanical • • The Inspector 20150 Horiz. Arm Call 60 80 400 • 2,000 2,000 3X=5,000 Mechanical • • The Inspector 25150 Horiz. Arm Call 60 100 400 • 2,000 2,000 3X=5,000 Mechanical • • The Inspector 30150 Horiz. Arm Call 60 120 400 • 2,000 2,000 3X=5,000 Mechanical • • Acu-Gage Systems Ph. 603-622-2481 Fax 603-626-1277 High Precision Line Fixed Bridge 8-24 8-24 4-12 20 200 200 200 68 ± 4 60 Mechanical • • Linear Motor Drive Series Gantry 48 48-96 4-12 40 500 500 500 65-85 300 Mechanical • • • MMR Gantry 12-36 12-48 4-12 40 300 300 300 65-85 300 Mechanical • • • • Single Axis Gantry 12-120 40 300 65-85 300 Mechanical • • American SIP Corp. Ph. 914-592-8006 Fax 914-592-2383 CAPS4 Horiz. Arm 20 20 16 4 • 60-86 3X=3 + L/0.8 µm 6,000 • • CAPS5 Horiz. Arm 28 28 24 4 • 60-86 3X=3 + L/0.8 µm 6,000 • • Orion 6 Fixed Bridge 47 28 22 4 • 20 + L/1.2 µm 60-86 3X=32 + L/0.8 µm 8 µm 6,000 Hydrostatic • • • • Sirius 7 Fixed Bridge 39 34 32 4 • 56 + L/0.6 µm 60-86 3X=68 + L/0.4 µm 6,000 Hydrostatic • • • • Sirius 7HA Bridge-Vert. 39 39 32 4 • 20 + L/1.2 µm 60-86 3X=32 + L/0.8 µm 8 µm 6,000 Hydrostatic • Sirius 8 Fixed Bridge 39 60 32 4 • 56 + L/0.6 µm 60-86 3X=68 + L/0.4 µm 6,000 Hydrostatic • • • • Sirius 8HA Bridge-Vert. 39 60 32 4 20 + L/1.2 µm 60-86 3X=32 + L/0.8 µm 8 µm 6,000 Hydrostatic • Bobier Tool Supply Inc. Ph. 810-732-4030 Fax 810-732-3909 PAG Meas. Robot 36 24 24 1 • 4 + L/6 65–95 4X=6 + L/6 2 60 Air • • • TRIMEK Horiz. Arm no limit 157 157 • 50 + L/100 60–80 80 + L/100 400 60 Mechanical • • • • Brown & Sharpe Ph. 401-886-2000 Fax 401-886-2727 Beta SP Gantry 101-203 60-101 40-60 40 • 68 ± 1.8 3X=280 + 80L—800 + 200L Air • • • Beta SPM Gantry 101-132 60-81 40-60 40 • 68 ± 1.8 3X=280 + 80L—640 + 150L • • • Bravo Horiz. Arm 73-332 26-118 38-130 40 • 68 ± 9 uploads/Industriel/ cmm-guide.pdf

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• Publié le Jan 09, 2022
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