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Carl Zeiss Metrología Productos

Aparatos y máquinas para ensayos no destructivos

Aparatos y máquinas para ensayos no destructivos, general

ZEISS MICURA
ZEISS MICURA
Three-dimensional measuring machines
Carl Zeiss Industrielle Messtechnik GmbH
Aparatos y máquinas para ensayos no destructivos, general
ZEISS MICURA
ZEISS MICURA sets the standard in the compact class. Despite its small size, ZEISS MICURA makes no compromises when it comes to accuracy. ZEISS MICURA comes standard with the VAST XT gold scanning sensor from ZEISS and navigator technology.

Sistemas de tomografía computarizada

ZEISS METROTOM 1500
ZEISS METROTOM 1500
Computed Tomography systems
Carl Zeiss Industrielle Messtechnik GmbH
Sistemas de tomografía computarizada
ZEISS METROTOM 1500
METROTOM 1500 – the ideal, CT-based coordinate measuring machine for a wide variety of applications regarding the size and material density. METROTOM 1500 was specially developed for a wide performance range to meet the different requirements encountered in internal or external measuring and qualification labs on a daily basis. Parts made of plastic, ceramics or composite materials, as well as magnesium, aluminum and steel can be dimensionally measured and highly efficiently evaluated.
ZEISS METROTOM 800
ZEISS METROTOM 800
Computed Tomography systems
Carl Zeiss Industrielle Messtechnik GmbH
Sistemas de tomografía computarizada
ZEISS METROTOM 800
METROTOM 800 is tailored to the requirements of the injection molding industry. It meets all the requirements of mid-sized companies in the plastic, composite material and ceramic part industry. It also features an attractive price/performance ratio.
ZEISS VoluMax
ZEISS VoluMax
Computed Tomography systems
Carl Zeiss Industrielle Messtechnik GmbH
Sistemas de tomografía computarizada
ZEISS VoluMax
With the VoluMax you can inspect 100% of your components for manufacturing defects. You receive information about component porosity or the correct configuration of assemblies within seconds. The result: you deliver only fully tested components to your end customers. Fully automated 3D workpiece testing offers significant benefits over the conventional 2D testing technique. While it has only been possible to detect component defects such as porosities, their size and location within the component can now be evaluated. This enables the definition of product-specific regions within the component in which different cavity sizes can be used as a criterion for component evaluation. Computer tomography evaluations are used for cast aluminum parts and other NF materials as well as for plastic components in the automobile, medical technology, and mechanical engineering industries. The 3D results output by the VoluMax are used for porosity analysis, assembly control, and meteorological verification of simple dimensions.