This type of CMM design is the most popular and effective for solving metrological problems in laboratory conditions.
The main advantages of bridge-type CMMs are:
o High structural rigidity;
o High volumetric accuracy;
o Possibility of using different types of sensors (contact and non-contact);
o Availability of a wide range of accessories
- Loading systems
- Active vibration damping
- Fixture kits
- Probe accessories

This type of CMM has a cantilever design and allows high-accuracy measurements to be taken in shop floor conditions with unstable temperatures and humidity.

The main advantages of shop-floor CMMs are:
o High structural rigidity;
o No compressed air connection needed;
o Compact size;
o Wide service interval

Due to their lightness and ease of use, Portable CMMs are an indispensable tool for inspecting of mid-sized and large components both by contact and non-contact methods.

The main advantages of hand-held CMMs are:
o Stable and durable carbon fiber construction;
o High ergonomics;
o Automatic temperature compensation;
o Ability to install a laser scanner;
o Battery life up to 12 hours

We always have at stock in Moscow such an important components of the CMM system as:

o Measuring styluses and extensions;
o Universal fixture kits;
o Measuring probeheads, modules and
adapters;
o Control panels, joysticks and controllers;
o Automatic probe changing racks;
o Reference spheres and many other
accessories that can expand the functionality of your measuring system.

All products offered by us are new, unused and come in original factory packaging with the relevant manufacturer's documentation.

Large-sized Gantry CMMs allow you to inspect large, heavy parts that cannot fit in the measuring volumes of classic bridge machines, and at the same time, due to their rather rigid design, provide unsurpassed system accuracy even for demanding tasks.

The main advantages of Gantry CMMs are:
o Accurate and reliable measurements of large parts and blanks;
o Wide range of sizes for various tasks;
o Possibility of placing heavy parts directly on the CMM foundation;
o Possibility of using different types of sensors (contact and non-contact);
o Work in tandem with unique loading systems (automated carts, overhead cranes).