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Brake Rotor Eddy Current Inspection Machine - Video
Brake Rotor Eddy Current Inspection Machine
Learn more at https://www.salemndt.com/eddy-current-testing-systems
Porosity in die casting brake rotors is found when there are small voids, holes, or pockets of air found within the metal. The dual spindle machine inspects each individual rotor for porosity. It has a fast 30 second part to part cycle time. Not to be confused with eddy current brakes or magnetic braking technology, this machine uses eddy current sensors that inspect the metal alloys for any cracks or flaws.
Automatic robot or gantry stations are used for handling the rotors for final inspection. The machine used for this final inspection uses eddy current testing which is one of the many electromagnetic testing methods used in the manufacturing process. Electromagnetic induction testing is used to detect and characterize surface and sub-surface flaws in metals and alloys and is a nondestructive testing procedure.
Eddy Current Brake Rotor Inspection Benefits:
Fast cycle times
Long-term reliability
Robot or gantry part handling
Part loading with infeed and outfeed conveyor
Integrate scrap rejection
Call Salem Design & Manufacturing for more information 330-332-2000
Salem Design and Manufacturing specializes in Eddy Current products that can be fully integrated into machinery that can inspect for cracks, defects, and flaws through nondestructive testing methods. Find out how we can build you a custom solution for quality control that ensures all safety requirements and manufacturer standards can be exceeded.
Website: https://www.salemndt.com/
LinkedIn: https://www.linkedin.com/company/salem-design-manufacturing/
Learn more at https://www.salemndt.com/eddy-current-testing-systems
Porosity in die casting brake rotors is found when there are small voids, holes, or pockets of air found within the metal. The dual spindle machine inspects each individual rotor for porosity. It has a fast 30 second part to part cycle time. Not to be confused with eddy current brakes or magnetic braking technology, this machine uses eddy current sensors that inspect the metal alloys for any cracks or flaws.
Automatic robot or gantry stations are used for handling the rotors for final inspection. The machine used for this final inspection uses eddy current testing which is one of the many electromagnetic testing methods used in the manufacturing process. Electromagnetic induction testing is used to detect and characterize surface and sub-surface flaws in metals and alloys and is a nondestructive testing procedure.
Eddy Current Brake Rotor Inspection Benefits:
Fast cycle times
Long-term reliability
Robot or gantry part handling
Part loading with infeed and outfeed conveyor
Integrate scrap rejection
Call Salem Design & Manufacturing for more information 330-332-2000
Salem Design and Manufacturing specializes in Eddy Current products that can be fully integrated into machinery that can inspect for cracks, defects, and flaws through nondestructive testing methods. Find out how we can build you a custom solution for quality control that ensures all safety requirements and manufacturer standards can be exceeded.
Website: https://www.salemndt.com/
LinkedIn: https://www.linkedin.com/company/salem-design-manufacturing/
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