USON

Uson Component Testing

Eddy current testing can eliminate time-consuming destructive testing, reduce scrap, and detect defects before parts leave the production floor. Modern eddy current inspection allows 100% component testing as a benchtop inspection method or in an in-line manufacturing environment.
• Nondestructive Testing (NDT) supports 100% in-line inspection to ensure zero defects in your products
• Verifying product quality in-line helps you monitor and improve your process, reduce scrap and save time
• Increase throughput and production speed
• Easier compliance with product liability regulations and ISO requirements

Eddy Current Testing reliably identifies and differentiates a wide variety of physical, structural, and metallurgical conditions:
• Presence of cracks or flaws in material or components
• Verification of heat treat conditions
• Verification of alloy content
• Verification of physical attributes such as threads or splines

Industrial application is used to check the hardness and crack on:
• Bar, Tube and Wire Products
• Gears
• Thread Inspection
• Bearings Fasteners
• Spindle Hubs

Automotive component application is used to check the hardness and crack on:
• Axles
• Pistons
• Bearing
• Hubs
• Spindles
• Cam Shafts
• Gears
• Tie Rods
• Steering Rods
• Brake & Fuel Lines
• Brake Discs
• Crank Shafts
• Thread Inspection

	Uson Component Testing Eddy current testing can eliminate time-consuming destructive testing, reduce scrap, and detect defects before parts leave the production floor. Modern eddy current inspection allows 100% component testing as a benchtop inspection method or in an in-line manufacturing environment. • Nondestructive Testing (NDT) supports 100% in-line inspection to ensure zero defects in your products • Verifying product quality in-line helps you monitor and improve your process, reduce scrap and save time • Increase throughput and production speed • Easier compliance with product liability regulations and ISO requirements
	Eddy Current Testing reliably identifies and differentiates a wide variety of physical, structural, and metallurgical conditions: • Presence of cracks or flaws in material or components • Verification of heat treat conditions • Verification of alloy content • Verification of physical attributes such as threads or splines
	Industrial application is used to check the hardness and crack on: • Bar, Tube and Wire Products • Gears • Thread Inspection • Bearings Fasteners • Spindle Hubs
	Automotive component application is used to check the hardness and crack on: • Axles • Pistons • Bearing • Hubs • Spindles • Cam Shafts • Gears • Tie Rods • Steering Rods • Brake & Fuel Lines • Brake Discs • Crank Shafts • Thread Inspection