With its modular and standardized system architecture, the ZEISS CARFIT line of fixtures sets the pace in inspection technology. Due to its flexibility, affordability and optimal adaptability, the universal fixture system is the right choice for all applications in development, tool manufacture and prototype construction, as well as volume production.

ZEISS CARFIT is known for its unique connecting, fastening and clamping technology, which ensures a high degree of precision, repeatability and fast part exchange. The system provides ease of operation, minimal setup and modification costs, excellent stability and rigidity, as well as good accessibility to the measuring locations and precise interaction with measuring machines.

Compatible designs and an extraordinary variety of standardized components provide the foundation for extreme flexibility, thus ensuring that all types of fixtures can be quickly and economically manufactured with a great deal of standardization. Standardization delivers cost benefits and enables the use of the same proven technology around the world without compromising quality and precision.

The modular design of the entire ZEISS CARFIT system is cost effective because it allows part retooling, which means saving resources. In addition, each design can be expanded or modified using individual components. Especially where many different parts are measured and there is no space for storing frame fixtures, space can be saved due to the flexible system in combination with a holegrid plate.

We put decades of experience in measuring and fixtures technology into our ZEISS CARFIT systems. We further evolve our products by incorporating the acquired knowledge from our own fixturing components and our customers‘ many diverse applications. Consistently optimized and perfected products ensure suitable solutions that meet our customers‘ current requirements as well as provide an innovative approach to fixture construction globally.

The modular ZEISS CARFIT standard components system is available now for construction: You get the complete ZEISS CARFIT CAD library from us for free, enabling you to configure your own construction for exactly the measuring application you need. All components are shown as 3D models in the CATIA and NX software.

Due to the modular design of all standard components. ZEISS CARFIT is the cost-effective, standardized foundation for the production of even the most complex and versatile Meisterbock devices.

These systems are primarily used where many different parts have to be measured and space for storing equipment is lacking. The design is based on a hole grid plate for the clamping of changing part-specific supports. This line has proven its value both in volume measuring fixtures and in prototyping.

The ZEISS CARFIT frame line is used for reproducible clamping of parts and assemblies. The basic design of the measuring fixture consists of ZEISS CARFIT profiles and standard modules for fixtureing and clamping of parts or workpieces. Due to the high degree of variability, this system can be used for prototype measuring equipment up to serial inspection.

This, as with all ZEISS CARFIT series and standard components compatible system, is ideal for the production of scanning devices. Octagonal profiles enable the optical measuring of components from different angles. The parts being inspected can be mounted in any position and also rotated 360 degrees so that all areas of the parts can be properly captured. Quick-change systems and top ends for part acquisition support the shortened inspection times of automated measuring tasks.

ZEISS CARFIT manufactures hole grid plates in a wide range of dimensions with various grid patterns. The sandwich plates in patented honeycomb design stand out due to their exceptional light weight and stiffness. The range is complemented by self-driving and automated models: For more information, click on ZEISS CARFIT eMOBEE, the mobile honeycomb grid plate with e-Drive.

The ZEISS CARFIT target support kit is an individually connectable and reusable system to create simple supports for the reference markers required for optical measurement.
Due to its octagonal profile, the system offers the highest possible accessibility and is extremely easy to use. It can be used over and over again.