Sanket Power Systems is specialized in the researching and manufacturing of the IGBT based Low Frequency, Medium Frequency and High frequency induction heating machine and customized high wattage power source for industrial application.

Our company was founded in 1988. All the product's technologies are developed through our own research work. After years of development , the products have found more and more applications in the field of metal treatments. As strict quality control measures are applied in all the steps of manufacturing, quality is guaranteed.

To keep pace with the latest technological trend, Sanket Power Systems has switched over from RF-Valve and Solid State Thyristors type converters to the latest being IGBT Transistorized Converters.

Commencing with the Conventional Relay Controls for the machine operations, Sanket Power Systems has established its supremacy by introducing PLC's and CNC's for the equipment controls with technological advancements.

The untiring efforts of Technical team of Sanket Power Systems have regularly contributed to various developments to meet the challenges of specific customer requirements. The R & D Department of Sanket Power Systems is always looking for new avenues for Induction Heating applications.

Sanket Power Systems Induction Heating Technology form the basis for efficient, reliable inductive heating systems.

The full range of Sanket Power Systems Induction Heating Technology comprises Low Frequency, Medium-frequency and High frequency Induction Heating System from 10 to 1500 kW.

The solid-state generators are short-circuitproof and idle-proof; accidental workpiece contacts are not a concern due to the low inductor-coil voltage. Connections for remote control, external power set point and fault messages are present. When ferromagnetic materials were heated, the temperature transition over the Curie point was previously always associated with compromises when it came to utilizing the power of the generator. With the Sanket Power System's Induction Heating, the electronic power control in combination with automatic adaptation ensures optimal utilization of the available generator power. Thanks to our generators' efficiency of greater than 90% and the brief, precise application of heat to the desired workpiece zones, energy costs can be kept very low compared to those for alternative heating methods. Moreover, which is even more important in many cases, the material properties of the adjacent workpiece zones remain thermally unaffected.