Microtech Inductions: Complete Induction Solutions with Melting, Heating, Brazing and Annealing Machines
October 01, 2026
Most metal jobs come down to heat: melting it, joining it, softening it or hardening it. How well you control that heat decides the quality of the finished part. Induction technology does this by generating heat inside the metal itself through electromagnetic induction, so the energy goes exactly where it's needed and results stay repeatable from one run to the next.
Microtech Inductions makes industrial heating and thermal processing equipment for melting, brazing, annealing, heating and heat management. The range includes induction brazing machines, induction melting machines, induction annealing machines, induction heating machines and heat exchangers.
Why Induction Technology Matters in Industrial Processing
Older heating methods often take longer and give you little say over which part of the workpiece gets hot. Induction heats the metal from within, so you can aim the heat at one spot. That helps in brazing, annealing, melting, forging, hardening and many other thermal operations.
There's no open flame touching the material either, which keeps the process cleaner. With the right machine setup, production lines can get steady, controlled heating cycle after cycle.
The Microtech Inductions Handheld Brazing Machine is made for metal brazing where heat must stay local and controlled. It runs at 100 kHz on a 415V ±10% supply and uses a solid-state inverter power source. Operation is automatic, and because it's handheld, you can bring it to the joint instead of moving the part, which helps across a variety of joining jobs.
The Induction Melting Machine For Copper and Gold (100 kg) melts copper and gold, with a loading capacity of 100 kg. The heating is even and controlled, which suits foundries, casting shops, recycling units and other metal processing work.
The Induction Annealing Machine is built for thermal treatment where the heat has to be controlled. Annealing relieves internal stress in metal, makes it easier to machine and gets components ready for the next manufacturing step. With induction, the heat can be concentrated on just the area that needs treatment.
The Coil Heat Exchanger - Mild Steel, 180 × 760 mm handles heat transfer in industrial equipment and processing systems. Wherever machinery produces heat that needs to be moved or managed, a heat exchanger does that job. It works well alongside induction heating systems for thermal management.
The Induction Heating Machine - 1 to 5 kW, 600 kHz is for industrial work that needs controlled induction heating. Its power range is 1 to 5 kW, and it operates at 600 kHz. Typical uses include localized heating, brazing, soldering, annealing, hardening and preheating.
Where Induction Equipment Is Used
Many industries put induction equipment to work. Metal fabrication and engineering firms use it to prepare, join and heat-treat components. Foundries and metal processing units melt metals with it before casting or further work.
Automotive component makers rely on it for brazing, annealing and localized heating. Electrical and electronics manufacturers can braze suitable conductive parts with it. Jewellery and precious-metal businesses can use induction melting for materials such as gold.
Controlled, Efficient Production
The biggest strength of induction is control over the heating zone and the process conditions. Rather than heating a whole work area, you point the energy at the component or material that needs it.
That supports consistent output and cuts wasted heating. With automated or semi-automated setups, manufacturers can also repeat the same operating cycle, depending on the machine and the job.
Choosing the Right Induction Machine
The right machine depends on the material, the application, how much you produce, the temperature you need, the size of the component, the heating area and how long the process runs. For melting, look at the metal type and loading capacity. For brazing, think about the joint and how much heat it needs.
For annealing, work out the thermal treatment required and the zone to heat. For general induction heating, power and frequency matter most, because they decide how the material responds to the electromagnetic field.
Microtech Inductions offers different equipment for each of these needs, so manufacturers can choose according to their own processes.
Conclusion
Induction technology gives modern manufacturers controlled ways to heat, melt, braze and heat-treat metal. The Microtech Inductions Handheld Brazing Machine, Induction Melting Machine For Copper and Gold (100 kg), Induction Annealing Machine, Coil Heat Exchanger - Mild Steel, 180 × 760 mm and Induction Heating Machine - 1 to 5 kW, 600 kHz together cover a wide spread of industrial processing needs.
Microtech Inductions' equipment can serve metalworking, engineering, fabrication and other industries that depend on controlled heating and thermal processing.
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