OPTICAL GAGING PRODUCTS coordinate measuring machines

X travel: 500 mm
Y travel: 450 mm
Z travel: 200 mm

3D Multisensor Measurement System The SmartScope® Flash™ 500 is the perfect large capacity 3D multisensor measurement system. It offers all the great Flash features and performance in a large travel ...

X travel: 650 mm
Y travel: 660 mm
Z travel: 200 mm

SmartScope® Flash™ 670 is an extra-large capacity 3D multisensor measurement system with a large XYZ measuring range. It is a Floor model system with solid granite base and moving bridge, ...

X travel: 300 mm
Y travel: 300 mm
Z travel: 250 mm

... ™ 300 offers 3D multisensor measurement versatility and accuracy needed for the most critical, demanding parts. A compact machine with an unique “elevating bridge” design that yields large XYZ measurement volume to accommodate ...

X travel: 450 mm
Y travel: 450, 610 mm
Z travel: 250, 300, 400 mm

SmartScope® Quest™ 450 is an extremely accurate floor stand coordinate 3D multisensor measurement system. Both the 450 and 450 with extended Y-travel are designed to measure larger parts, or to accommodate fixtures of ...

X travel: 610 mm
Y travel: 660 mm
Z travel: 400 mm

SmartScope® Quest™ 650 is the largest high-accuracy system. Its massive granite base and thermally stable Meehanite® bridge support high-performance linear motor drives. SmartScope Quest 650 provides high throughput and high accuracy ...

X travel: 790 mm
Y travel: 815 mm
Z travel: 300, 400 mm

SmartScope® Quest™ 800 is an extremely accurate floor model coordinate measurement system incorporating scanning probe, touch probe, micro-probes, and the patented TeleStar® Plus TTL ...

X travel: 300 mm
Y travel: 300 mm
Z travel: 250 mm

SmartScope® SP systems are designed for optimum scanning probe performance. Starting with a rigid base structure, the system mechanics are designed to optimize dynamic data acquisition critical to scanning probe performance. Most performance ...

X travel: 450 mm
Y travel: 610 mm
Z travel: 300 mm

SmartScope® SP systems are designed for optimum scanning probe performance. Starting with a rigid base structure, the system mechanics are designed to optimize dynamic data acquisition critical to scanning probe performance. Most performance ...