BRIDGE-TYPE MACHINES

Measuring range [dm]

up to 12/24/10

E0 from 1.5 μm

For fast, reliable quality assurance from the lab to the shop floor, the versatile CONTURA offers options and control which make it the perfect solution for a wide range of applications. A user-friendly control panel eliminates the need for a computer. The intuitive joystick enables easier and more precise control of all axis movements. Air bearings in all three axes ensure consistent stability even at high travel speeds and acceleration. All ZEISS probing technologies are available on this reasonably priced system. Select your sensor technology to match your application.

Measuring range [dm] 5/5/5

E0 = 0.7 μm

High accuracy for compact parts? The Micura can meet these demands!

ZEISS MICURA sets the standard in the compact CMM class with a measuring range of 500mm/500mm/500mm. The ZEISS MICURA makes no compromises. This small machine comes with an EO accuracy statement of 0.7um + L/400. This system comes standard with the VAST XT gold scanning sensor and navigator technology.

Measuring range [dm]

up to 12/24/10

E0 from 1.5 μm

ZEISS PRISMO navigator enables high-speed with maximum precision. In-house developments for all critical components allow machine parts to be perfectly matched. This system is able to be operated near production, saving time and trips to the lab. 

When you need to know the numbers are correct, down to 0.5um + l/500 the choice is the ZEISS PRISMO. The names, ZIESS, and PRISMO are synonymous. Worldwide ZEISS and the PRISMO are recognized as the standard for accuracy, reliability, and performance.

Measuring range [dm] 9/15/7

E0 = 0.3 μm

The high-end machine combines precision at the limits of what is technically feasible with a measuring range of nearly one cubic meter. ZEISS XENOS impresses with its new mechanical design based on the proven ZEISS CenterMax. Unlike the standard bridge-type design, the Y guideways are on top of the side walls which separate all moving axes from the clamping area. Because only the cross-beam moves in the Y direction, there are lower moving masses. This remains constant at all times – a real benefit compared to a moving table. ZEISS XENOS uses linear drives on all axes. The benefits: high speeds, very fast acceleration, high positioning accuracy and shear force-free drives. In conjunction with the high resolution scales, the use of linear drives on ZEISS XENOS provide very high-path adherence and extremely high positioning accuracy below 100 nanometers.