Precision systems
Typical range: 1.2–10 kW
Compact, high-frequency systems for laboratory work and localized heating of smaller components.
- Brazing and soldering
- Annealing and heat staking
- Small-part shrink fitting
- R&D and process development
Induction power supplies · 1.2 kW to 500 kW
Induction heating power supplies selected around your process
KI Solutions helps manufacturers and R&D teams evaluate induction power, frequency, utilities, cooling and coil requirements before equipment is specified—from compact precision systems to high-power production platforms.
1.2–500 kWCompact through industrial power ranges
Application-firstSizing based on the part and process
Texas-basedDirect technical and commercial support
System families
Match the platform to the heating requirement
These ranges provide a practical starting point. Final selection should follow an application review because two jobs with similar part sizes can require very different power and frequency.
Bench production systems
Typical range: 10–50 kW
Flexible industrial platforms for repeatable production heating and integration with fixtures or automation.
- Production brazing
- Preheating and heat treating
- Larger shrink-fit assemblies
- Moderate forging applications
Floor-model systems
Typical range: 65–500 kW
High-power equipment for demanding thermal loads, sustained production and deeper through-heating.
- Billet and bar heating
- Forging and extrusion preheat
- Melting and high-mass heating
- Heavy industrial processes
Compact precision heating
EASYHEAT systems
EASYHEAT platforms cover compact induction heating requirements from approximately 1.2 to 10 kW. Their higher-frequency operation and remote workhead configurations make them useful where access, localized heating and repeatable control matter.
Discuss an EASYHEAT applicationIndustrial process power
EKOHEAT bench and floor platforms
EKOHEAT systems extend from medium-power bench equipment into high-power floor models. Available frequency ranges support both surface-focused heating and deeper penetration for larger components, depending on material and geometry.
- Multiple power and frequency configurations
- Remote workhead options for production layouts
- Programmable heating recipes and control interfaces
- Integration options for automation and process monitoring
Selection criteria
What we evaluate before recommending equipment
A useful quotation starts with process data—not a guess at kilowatts.
Workpiece
- Material and magnetic behavior
- Dimensions, mass and geometry
- Heat sinks and adjacent components
Heating objective
- Target temperature and heat pattern
- Required heating time
- Surface versus through-heating
Production environment
- Cycle rate and duty cycle
- Available line power and cooling
- Controls, handling and floor space
A complete heating system
Plan the coil, cooling and controls with the power supply
The generator cannot be separated from the rest of the process. Coil geometry affects coupling and heating pattern; the capacitor and transformer configuration must match the load; and the cooling system must remove heat reliably during the intended duty cycle.
KI Solutions can help connect equipment selection with coil design, cooling and temperature accessories, and application consulting.
Need help sizing an induction power supply?
Send the part material, dimensions, target temperature, heating time and expected production rate. We will start with the application and identify the next useful step.
Induction power supplies · 1.2 kW to 500 kW
Induction heating power supplies selected around your process
KI Solutions helps manufacturers and R&D teams evaluate induction power, frequency, utilities, cooling and coil requirements before equipment is specified—from compact precision systems to high-power production platforms.
1.2–500 kWCompact through industrial power ranges
Application-firstSizing based on the part and process
Texas-basedDirect technical and commercial support
System families
Match the platform to the heating requirement
These ranges provide a practical starting point. Final selection should follow an application review because two jobs with similar part sizes can require very different power and frequency.
Precision systems
Typical range: 1.2–10 kW
Compact, high-frequency systems for laboratory work and localized heating of smaller components.
- Brazing and soldering
- Annealing and heat staking
- Small-part shrink fitting
- R&D and process development
Bench production systems
Typical range: 10–50 kW
Flexible industrial platforms for repeatable production heating and integration with fixtures or automation.
- Production brazing
- Preheating and heat treating
- Larger shrink-fit assemblies
- Moderate forging applications
Floor-model systems
Typical range: 65–500 kW
High-power equipment for demanding thermal loads, sustained production and deeper through-heating.
- Billet and bar heating
- Forging and extrusion preheat
- Melting and high-mass heating
- Heavy industrial processes
Compact precision heating
EASYHEAT systems
EASYHEAT platforms cover compact induction heating requirements from approximately 1.2 to 10 kW. Their higher-frequency operation and remote workhead configurations make them useful where access, localized heating and repeatable control matter.
Discuss an EASYHEAT applicationIndustrial process power
EKOHEAT bench and floor platforms
EKOHEAT systems extend from medium-power bench equipment into high-power floor models. Available frequency ranges support both surface-focused heating and deeper penetration for larger components, depending on material and geometry.
- Multiple power and frequency configurations
- Remote workhead options for production layouts
- Programmable heating recipes and control interfaces
- Integration options for automation and process monitoring
Selection criteria
What we evaluate before recommending equipment
A useful quotation starts with process data—not a guess at kilowatts.
Workpiece
- Material and magnetic behavior
- Dimensions, mass and geometry
- Heat sinks and adjacent components
Heating objective
- Target temperature and heat pattern
- Required heating time
- Surface versus through-heating
Production environment
- Cycle rate and duty cycle
- Available line power and cooling
- Controls, handling and floor space
A complete heating system
Plan the coil, cooling and controls with the power supply
The generator cannot be separated from the rest of the process. Coil geometry affects coupling and heating pattern; the capacitor and transformer configuration must match the load; and the cooling system must remove heat reliably during the intended duty cycle.
KI Solutions can help connect equipment selection with coil design, cooling and temperature accessories, and application consulting.
Need help sizing an induction power supply?
Send the part material, dimensions, target temperature, heating time and expected production rate. We will start with the application and identify the next useful step.