Induction power supplies
Guidance for selecting systems by power, frequency, line requirements, heating time, material, duty cycle and production needs—from compact laboratory systems to industrial equipment.
View induction systemsInduction heating systems · Coil design · Application support
KI Solutions helps manufacturers, R&D teams, repair operations and specialty shops select, apply and support induction heating equipment—from early process questions through system and coil decisions.
What we do
Induction heating performance depends on more than the power rating. Frequency, coil geometry, coupling, material, part shape, cooling and cycle requirements all influence the result. KI Solutions helps connect those decisions.
Guidance for selecting systems by power, frequency, line requirements, heating time, material, duty cycle and production needs—from compact laboratory systems to industrial equipment.
View induction systems
Practical coil guidance for brazing, heat treating, shrink fitting, soldering, melting and specialty applications, with attention to part access, heating pattern, efficiency and serviceability.
Explore coil design
Independent help with process feasibility, system sizing, coil problems, slow heating, uneven results, integration questions and equipment-selection decisions.
View consulting services
Our approach
KI Solutions evaluates the application before recommending hardware. That means understanding the workpiece, material, geometry, required temperature, available utilities and production objective—not simply choosing a catalog model.
Review the part, material, joint or heated area, temperature target, cycle time and repeatability requirements.
Evaluate power, frequency, coil configuration, cooling, controls and supplier options against the application.
Help address integration, setup, coil performance and practical operating questions as the process moves forward.
Applications
Induction heating delivers fast, controlled and repeatable heat directly into electrically conductive materials. The correct system and coil depend on the application, part geometry and required heating pattern.
Why KI Solutions
Our role is to help customers make better technical and commercial decisions—whether the need is a new system, a revised coil, application development or a second look at an existing process.
We begin with the process and evaluate suitable options from proven suppliers instead of forcing every application into one solution.
More than two decades of induction-heating application work informs how we approach power, frequency, coils, integration and support.
Customers can discuss real parts, heating goals and constraints with people who understand both the equipment and the process.
Also developed by Kuster Induction Solutions LLC
KI Maker is our low-voltage electronics product brand for Arduino, ESP32, Raspberry Pi, STM32 and automation prototypes. Its documented interface boards help makers and technical teams distribute power, switch external DC loads and monitor 9–30V field signals.
Share the part, material, heated area, target temperature, cycle time and production goal. We’ll help identify a practical next step.
Induction heating systems · Coil design · Application support
KI Solutions helps manufacturers, R&D teams, repair operations and specialty shops select, apply and support induction heating equipment—from early process questions through system and coil decisions.
What we do
Induction heating performance depends on more than the power rating. Frequency, coil geometry, coupling, material, part shape, cooling and cycle requirements all influence the result. KI Solutions helps connect those decisions.
Guidance for selecting systems by power, frequency, line requirements, heating time, material, duty cycle and production needs—from compact laboratory systems to industrial equipment.
View induction systems
Practical coil guidance for brazing, heat treating, shrink fitting, soldering, melting and specialty applications, with attention to part access, heating pattern, efficiency and serviceability.
Explore coil design
Independent help with process feasibility, system sizing, coil problems, slow heating, uneven results, integration questions and equipment-selection decisions.
View consulting services
Our approach
KI Solutions evaluates the application before recommending hardware. That means understanding the workpiece, material, geometry, required temperature, available utilities and production objective—not simply choosing a catalog model.
Review the part, material, joint or heated area, temperature target, cycle time and repeatability requirements.
Evaluate power, frequency, coil configuration, cooling, controls and supplier options against the application.
Help address integration, setup, coil performance and practical operating questions as the process moves forward.
Applications
Induction heating delivers fast, controlled and repeatable heat directly into electrically conductive materials. The correct system and coil depend on the application, part geometry and required heating pattern.
Why KI Solutions
Our role is to help customers make better technical and commercial decisions—whether the need is a new system, a revised coil, application development or a second look at an existing process.
We begin with the process and evaluate suitable options from proven suppliers instead of forcing every application into one solution.
More than two decades of induction-heating application work informs how we approach power, frequency, coils, integration and support.
Customers can discuss real parts, heating goals and constraints with people who understand both the equipment and the process.
Also developed by Kuster Induction Solutions LLC
KI Maker is our low-voltage electronics product brand for Arduino, ESP32, Raspberry Pi, STM32 and automation prototypes. Its documented interface boards help makers and technical teams distribute power, switch external DC loads and monitor 9–30V field signals.
Share the part, material, heated area, target temperature, cycle time and production goal. We’ll help identify a practical next step.
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