Revware’s MicroScribe® portable CMM is used as a point-to-point, edge-to-edge data collection tool or as an alignment tracker for attached laser scanners or other types of sensing devices. MicroScribe systems capture the physical properties of three-dimensional objects and accurately translate them into complete three-dimensional models.
The MicroScribe desktop CMM system is entirely portable and provides an easy-to-use, cost effective means for capturing physical part and alignment data, greatly speeding up and improving date accuracy.
The award-winning MicroScribe digitizer features Revware’s mechanical tracking technology in a unique, attractive mechanical arm that is compact and easy to use. MicroScribe digitizing systems capture the physical properties of three-dimensional objects and accurately translate them into complete three-dimensional models in minutes.
Constructed from high quality components like aircraft aluminum housings, lightweight graphite links and state-of-the-art electronics, the counterbalanced mechanical arm is equipped with precision bearings for smooth, effortless manipulation.
Each joint uses digital optical sensors, which are immune from any environmental noise and interference. It all makes for a versatile system that can work in most any environment and be used with solid objects of most any material.
MicroScribe iL Product Specifications:
Reach: 33″ (.84m)
Degrees of freedom: 5
Accurate to: +/-0.006 in (0.152 mm)
Weight: 9.1 lb (4.1 kg)
Work sphere diameter: 66 in (1.67 m)
Universal power supply: (100V – 240V)
Interface: USB 1.1 / RS-232C Serial up to 115 kps
Operating temp: 59 to 95°F (15°C to 35°C)
Storage temp: -4 to 158°F (-20°C to 70°C)
Operating humidity: 10-90% non-condensing
MicroScribe integrates seamlessly with many graphics, industrial design, modeling, measurement and inspection software packages. More software applications are interfaced to MicroScribe than any other digitizer in the industry.
Create parametric solid models from physical parts
Step-by-step guide for routine inspections
3D pipe measurement for bend correction
Inspection probing directly in SOLIDWORKS