MEASURING IN THE PRODUCTION ENVIRONMENT
The SF 55 is a CNC bridge measuring device for use in a production environment and can be equipped with both tactile and optical sensors. The corrosion-free guides of the machine are made of granite and hand lapped with high precision. The guide ways are completely covered and protected against contamination.
The controller and PC are integrated into the machine for a minimum footprint. The space requirement is low with excellent price-performance ratio. The SF 55 has passive vibration damping and can optionally be equipped with active vibration isolation.
High traversing speeds and accelerations ensure a high measuring throughput. As an "Equator-Calibrator", the SF 55 is the ideal measuring machine when packaged with the Equator from Renishaw, which carries out comparative test measurements on the basis of a master data set.
- Cost-effective entry into coordinate measuring technology due to excellent price-performance ratio
- Flexible and universally applicable in the workshop and in production
- High measuring throughput with scanning measuring heads
- High accuracy over a wide temperature range due to the use of granite in all axes
- Compact design with small footprint
FIELDS OF APPLICATION
The SF 55 can be used universally. Serial and individual prismatic and free-form workpieces can be measured with the coordinate measuring machine in a production environment, for incoming goods and for classic quality assurance.
Bellows covers to protect against contamination | Data compatibility with other WENZEL systems | Height-adjustable operating arm
High mechanical precision
Granite base | Hand-lapped base plate (DIN 876/0) | Air bearing guide elements in all axes
Low operating costs
Low air consumption | Renishaw sensors | Reliable and inexpensive spare parts
Versatile sensor options
Swapable sensor systems | 3-axis scanning | Optical sensor technology
Suitable for automation and integration into the line
WENZEL-Automation-Interface (WAI) | Good accessibility | WM | SYS Analyzer
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