Zumbach Electronic AG

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PROFILEMASTER® Non-contact Profile Measurement Systems

PROFILEMASTER® Non-contact Profile Measurement Systems - Zumbach Electronic AG

PROFILEMASTER® Non-contact Profile Measurement Systems - Other measuring systems

PROFILEMASTER® Non-contact Profile Measurement Systems - produit présenté par Zumbach Electronic AG

PROFILEMASTER® Non-contact Profile Measurement Systems

Other measuring systems

• Material: nickel-plated brass • Seal: TPE • O-ring: NBR • Strain relief: acc. to EN 50262 Version A Short, one-piece sealing insert Long entry thread metric (not overall length insulated)

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Presentation

Hi-Tech, Non-contact Profile Measurement Systems for In-Line and Off-Line Use. A PROFILEMASTER system for any requirement System Overview When designing the PROFILEMASTER system, concentration was focused on the most suitable solution in terms of price / performance ratio for the application. Due to the modularity of the PROFILEMASTER system this goal could be achieved. The combination of 1 to 6 laser / camera modules allows the measurement of virtually all shapes, achieving an optimal measurement result with the smallest possible number of laser / camera modules. Problem Definition and Solution The dimensions or even the complete cross-section of profiles and pipes made of metal, plastics or rubber must be continuously measured and monitored in the manufacturing process. The PROFILEMASTER systems from Zumbach represent an accurate and economical solution to the problem. One or up to six laser / camera modules measure the cross-section of the moving profile. A powerful PC based processor adds the partial pictures of the cameras made up of straight lines and radii together to yield the momentary cross-section of the profile. All relevant dimensions such as width, height, angle and radii are added together to form the full cross-sectional picture. The nominal values for the profile can be directly imported from the CAD construction (as DXF file) which allows easy and problem free programming. Changes in speed and twist within normal limits have no affect on the measurement.