UltraFlex Power Technologies

Thanks to precise control of the time and temperature, productivity on the line would be greatly increased, compared to torch-based brazing.

The precise control of temperature and time guaranteed repeatability, resulting in a consistent heating result every time.

Thanks to induction heating, the brazing process was completed in a plastic chassis, eliminating manufacturing steps and increasing the productivity on the line.

Thanks to the super short time taken to complete the annealing process, using induction heaters on the production line would result in significant productivity boost and energy costs reduction.

The test not only produced excellent results within shortest time, it was also energy-efficient and incredibly simple to operate - the operator's skill is no longer a critical factor for the consistently high quality of the parts.

A test application proved the ease with which induction heaters may be used for nuclear research applications. Combined with reduced heating time, induction heating cuts down both production expenses and your carbon footprint.

It took between as little as 20 to 30 seconds to achieve reliable, strong joints for each of the assemblies.

The application scenario required brazing of copper cylinder to copper wire at target temperature of 1600°F.

UltraFlex proves the efficiency of de-brazing and re-brazing carbide tips onto milling cutter tools using an induction heater.

This demonstration proved that induction heating may successfully replace flame-based heating for a number of manufacturing applications.