MAHR MARVISION MM 200
High quality optics for light intensive and sharp 3D images Zoom lens with continuous variable magnification and/or fixed lens Focusing with an ergonomic hand wheel, mounted either side, ideal for ...
MAHR MARVISION MM 220
High quality optics for light intensive and sharp images Zoom lens with continuous variable magnification Focusing with an ergonomic hand wheel, can be mounted either side, ideal for either a left ...
MAHR MARVISION MM 320
Integrated color camera Zoom lens, optionally motorized LED ring light: 1 ring and 4 segments, individually switchable and dimmable LED transmitted light: dimmable Solid granite base Sturdy steel X...
MAHR MARVISION MM 420
Integrated color camera Zoom lens (0,7x - 4,5x), optionally motorized LED ring light: 1 ring and 4 segments, individually switchable and dimmable LED transmitted light: dimmable Laser pointer for p...
MAHR MARVISION MM 420 CNC
3 axis CNC control with servo motor and joystick Axis movement and speed regulation controlled via the joystick Integrated color camera Motorized zoom lens (0,7x - 4,5x) with automatic focus LED ri...
MAHR MARVISION QM 300
Fixed telecentric lens Integrated USB color camera LED ring light: switchable and dimmable LED transmitted light: switchable and dimmable Measuring table with height adjustment
MAHR MARVISION SM 150
High quality optics for light intensive and sharp 3D images Variable magnification due to adjustable zoom lens Focusing with an ergonomic hand wheel, mounted either side, ideal for either a left or...
MAHR MARVISION SM 151
High quality optics for light intensive and sharp 3D images Variable magnification due to adjustable zoom lens Focusing with an ergonomic hand wheel, mounted either side, ideal for either a left or...
MAHR MARVISION SM 160
High quality optics for light intensive and sharp 3D images Variable magnification due to adjustable zoom lens Focusing with an ergonomic hand wheel, mounted either side, ideal for either a left or...
MAHR MARVISION SM 161
High quality optics for light intensive and sharp 3D images Variable magnification due to adjustable zoom lens Focusing with an ergonomic hand wheel, mounted either side, ideal for either a left or...
MITUTOYO VMU-H
Features: - Small, lightweight microscope unit (Suitable for observing a wide range of objects: metal, resin, printed surfaces, minute mechanisms, etc.) - Can used with YAG (near-infrared, visible...
MITUTOYO VMU-V
Features: - Small, lightweight microscope unit (Suitable for observing a wide range of objects: metal, resin, printed surfaces, minute mechanisms, etc.) - Can used with YAG (near-infrared, visible...
NIKON AZ100 MULTIZOOM
The AZ100 Multizoom represents a new concept in zoom microscopes. It covers an extremely wide range of magnifications, from 5x to 400x, effectively combining the advantages provided by stereo zoom ...
NIKON BW-S501
Nikon’s proprietary scanning-type optical interference measurement technology achieves 1 picometer (pm) height resolution. Nikon offers a variety of optical microscopes as measurement systems to su...
NIKON BW-S502
Nikon’s proprietary scanning-type optical interference measurement technology achieves 1 picometer (pm) height resolution. Nikon offers a variety of optical microscopes as measurement systems to su...
NIKON BW-S503
Nikon’s proprietary scanning-type optical interference measurement technology achieves 1 picometer (pm) height resolution. Nikon offers a variety of optical microscopes as measurement systems to su...
NIKON BW-S505
Nikon’s proprietary scanning-type optical interference measurement technology achieves 1 picometer (pm) height resolution. Nikon offers a variety of optical microscopes as measurement systems to su...
NIKON BW-S506
Nikon’s proprietary scanning-type optical interference measurement technology achieves 1 picometer (pm) height resolution. Nikon offers a variety of optical microscopes as measurement systems to su...
NIKON BW-S507
Nikon’s proprietary scanning-type optical interference measurement technology achieves 1 picometer (pm) height resolution. Nikon offers a variety of optical microscopes as measurement systems to su...