Betascope - Coating Thickness Measurement Using Betabackscattering
- Type: Beta Backscattering Betascope
- Display Type: LCD
- Material Type: Hazardous Material
- Brand: Fischer
- Application: Production and Manufacturing
- Testing Type: Corrosion Testing
- Training Course Required: Yes
- Color: White
Betascope is an excellent thickness measuring device used in different industries and is also used for material testing applications. It is basically a universal multi-measuring system and used wherever quality is main priority such as in final inspection, in incoming inspection, for sampling or routine tests, and during ongoing production. Betascope always measure precisely and accurately whether it is ferrite content, electrical conductivity or coating thickness.
Coating thickness measurement:
Measurement of the coating thickness with the following material combinations:
- Almost all coating materials on metals
- Metallic coatings on electrically nonconductive materials
- Organic coatings, e.g. oil or grease films
- Material testing
Measurement of the electrical conductivity of nonferrous metals
Testing of the quality of weld seams, ferrite content in austenitic or duplex steels
- At home in all industries
- Automotive
- Electronics industry
- Paint industry
- Coating technologies
- Gold, watches, jewelry
- Material analysis and material testing
- Versatile in application
Quality assurance in incoming and outgoing inspections:
- Routine tests or sampling in ongoing production
- Continuous production control
- Can be integrated into quality management systems and company networks
Automatically after touchdown of the probe:
- Measurement by hand or automated
- At the push of a button or via external start
- In predefined time intervals
- Semiautomatically with motorized support stand or programmable XY measuring stage
- Automated via PLC unit
- Automated in production plants
- Modular design
Eight modules with different test methods for coating thickness, conductivity, and ferrite content are available
Additional Information: