All Industries

Experience the Excellence White over clear

All Products

All Services

Experience the Excellence White over clear

Learn

About

Experience the Excellence White over clear

1 min read

Induction Shrink Fitting an Aluminum Lens Tube for Optical Systems

Featured Image

Shrink Fitting an Aluminum Tube with Induction Heating

A client needed to heat an aluminum tube for a shrink fitting application. It is a component for an optical system. The client had been using an oven. They took advantage of complimentary applications testing and turned to THE LAB at Ambrell's applications team and their extensive experience to develop a solution.

Some of the primary reasons for looking to induction for this shrink fitting application included:

  • Speed: Induction outperformed their oven's heating time
  • Precision: With induction, only the portion of the part that requires heating gets heated
  • Footprint: An oven takes up more floor space, especially when you consider that the induction workhead can be placed a considerable distance away from the induction power supply
The aluminum tube was 19” (483 mm) long with an outside diameter of 0.875” (22 mm) and a wall thickness of 0.065” (1.7 mm). Laboratory engineers developed a four-turn split helical coil that enabled easy part loading. The customer required the part to be heated to 437 ºF (225 ºC) within 30 seconds, which an EASYHEAT 2 kW induction heating system easily delivered. An EASYHEAT 4.2 kW system could reduce the heating time to less than 18 seconds. 

To learn about more induction heating applications including other shrink fitting applications, visit the Induction Applications section of the Ambrell website. 

More Shrink Fitting Application Notes
 

Video: Free Parts Testing from the LAB at Ambrell

THE LAB at Ambrell has long offered induction heating feasibility testing, including a half-day of parts testing free of charge. This testing,...

Read More

Debonding the Rubber Coating from a Steel-Casted Water Valve

A client contacted THE LAB at Ambrell because they needed to heat a steel, rubber-coated water valve to 500 ºF (260 ºC) and debond the rubber...

Read More

Induction Heating a Steel Susceptor for Glass Cutting

 

A client needed to heat a steel susceptor in order to heat glass rods for a glass cutting application. They decided to take advantage of free...

Read More