Inventum Engineering Co. Private Limited

Hardening & Heat Treatment: Tool steels, automotive parts, and machine components.

Brazing & Soldering: Used for joining metals in electronics, plumbing, and more.

Metal Melting: Small foundries use induction heaters to melt metals like aluminum and gold.

Induction Cooking: In cooktops, induction heating directly heats the cookware.

Precision Heating: In laboratory environments for research and sterilization.

Localized Heating: Heat is generated directly in the workpiece, ensuring precise and controlled heating. This is especially useful for processes like surface hardening or brazing.

No Heat Zones: Unlike methods like flame or resistance heating, induction heating doesn’t cause excessive heat around the object, allowing more control over where heat is applied.

Metal Hardening (gears, tools)

Melting Metals (small foundries, jewelry)

Brazing/Soldering (plumbing, electrical)

Shrink Fitting (precision mechanical assembly)

Energy-Efficient: Induction heaters directly heat the metal through electromagnetic induction, reducing wasted energy. The heat is generated inside the workpiece, meaning less energy is lost to the surrounding environment.

Fast Heating: Induction heating is rapid and can heat metals to high temperatures in seconds or minutes, depending on the size and material.

Industrial: Surface hardening, forging, heat treating.

Manufacturing: Brazing/soldering of joints, annealing, shrink fitting.

Domestic: Induction cooktops.

Medical: Sterilization and precision heating for instruments.

Heat Treatment: Hardening or tempering of metal parts like gears, shafts, and tools.

Brazing & Soldering: Joining metal parts without direct flame—used in HVAC, plumbing, and electronics.

Metal Melting: Small-scale melting of aluminum, copper, gold, etc., in foundries or jewelry making.

Power Supply (12V–1000V depending on size)

Induction Coil (copper tubing or wire)

Capacitors (form a resonant tank circuit)

Driver Circuit (often a ZVS driver for efficiency)

Clean, flameless heating

Energy-efficient

Very fast heating

Precise temperature control

Metal Hardening: Used in industries to harden parts like gears or shafts.

Brazing and Soldering: Join metal parts together using heat.

Induction Cooking: Induction cooktops use the same principle to heat pans directly.

Melting Metals: Used in small foundries for melting materials like gold or aluminum.

Industrial: Hardening, metal forming, brazing, and metal melting.

Cooking: Induction cooktops, which heat the pot or pan directly.

Automotive: Hardening or shaping metal parts.

Medical: Sterilization and precision heating in laboratory applications.

Fast: Rapid heating of materials.

Precise: Can target specific areas of a metal object.

Clean: No open flames, less pollution, and minimal waste.

Energy-efficient: Direct heating of the workpiece with minimal loss.