Shrink-Fit Machines, Compatible Tool Material: Carbide , Shrinking Diameter Range with First Coil (mm): 3.00-32.00 MPN:5102055

The Bilz Shrink Fit Machine is the perfect tool for shrinking parts made from carbide material. With a diameter range of 3mm-32mm, it is versatile enough to handle a wide variety of parts. The machine's compatibility with 3x208V/15A voltage makes it suitable for industrial use. The Benefits include precise control and even heating, resulting in uniform shrinking and reduced material loss. Applications range from automotive manufacturing to aerospace engineering where parts need to fit perfectly. Its compatibility with carbide material makes it ideal for metalworking applications. With the Bilz Shrink Fit Machine, you can achieve precision and consistency in your shrinking needs.

Top product features:

• Voltage: The machine is compatible with 3x208V / 15A voltage which makes it suitable for industrial use.
• Shrinking Diameter Range: With a diameter range of 3.00-32.00 mm, the Bilz Shrink Fit Machine is versatile enough to handle a wide variety of parts.
• Precise Control and Even Heating: The machine offers precise control and even heating resulting in uniform shrinking and reduced material loss.

Top product applications:

• Metal Working Industry: The Bilz Shrink Fit Machine can be used in metalworking shops to fit carbide parts precisely and securely. It's an excellent tool for ensuring parts fit together perfectly during manufacturing or repair processes.
• Aerospace Manufacturing: In the aerospace industry, accuracy is critical when assembling aircraft components. The Bilz Shrink Fit Machine can help in achieving this high degree of precision by fitting delicate carbide parts into place effortlessly.
• Automotive Industry: The automotive industry relies on precise and secure fits to ensure reliable performance from car engines and other components. With the Bilz Shrink Fit Machine, carbide parts can be fitted quickly and accurately without worrying about errors or inconsistencies that could impact reliability.