SMARTSCOPE ZIP
CAPABLE, FIELD-TESTED AUTOMATIC DIMENSIONAL MEASUREMENT, WORLDWIDE FAVORITES IN THE INDUSTRIAL MARKETPLACE
SmartScope® ZIP® systems offer superior optical performance and a range of machine travels to deliver reliable performance. Available in two model families, SmartScope ZIP features the proven performance of AccuCentric® autocompensating 7:1 zoom optics. Multiple illumination sources – including monochromatic substage LED profile, white LED TTL surface, SmartRing™ white LED ring light, and optional VuLight™ oblique illuminator – are available to illuminate your toughest measurement challenges.
SmartScope ZIP systems are available in a range of XYZ measurement volumes, from 250 x 150 x 200 mm to 800 x 820 x 300 mm.
All ZIP models excel at video measurement and multisensor versatility for the highest productivity. Standard ZIP models are configured for the toughest applications. Lite models provide ZIP benefits in value configurations.
BENEFITS | FEATURES |
|---|---|
Automatically Compensate Magnification for Each Zoom Position | AccuCentric® motorized zoom lens
|
Multiple Angles of Incidence for Full Part Coverage | All LED illumination including backlight, ring light, and coaxial surface light |
Efficient, Accurate Measurements | Ability to combine optical, laser and tactile sensor |
Ability to Bring Mirror-polished and Transparent Parts into Focus | Optional grid projector |
3D Capability | ZONE3® metrology software allows for 3D and CAD-based measurement with all sensors |
SmartScope ZIP 250
The industrial standard for
video measurement machines
SmartScope ZIP 300
High accuracy multisensor
metrology sensor
SmartScope ZIP 450
Heavy-duty multisensor
metrology measurement system
SmartScope ZIP 635
High speed multisensor metrology
measuring system for large parts
SmartScope ZIP 800
Large travel multisensor
measurement system
SmartScope ZIP HR 250
Benchtop multisensor
measurement system
SmartScope ZIP Lite 250|300
Trusted SmartScope performance in a compact benchtop system with XYZ measurement volume