How induction heating works
Understand electromagnetic induction, skin effect, heat transfer, frequency and the main system components.
Read the theory guideTechnical learning center
Induction heating guides and practical resources
Build a clearer understanding of induction applications, system selection, coil design and process troubleshooting through resources written for engineers, manufacturers, laboratories and maintenance teams.
Start here
Core induction heating resources
Use these pages to understand the process, identify likely equipment requirements and prepare better information for an application review.
Industrial applications
Explore brazing, soldering, shrink fitting, heat treatment, forging, preheating and melting.
Explore applications
Coil design considerations
See how geometry, coupling, frequency, part access, cooling and serviceability affect performance.
Learn about coil designDecision support
Resources for an active project
If you are already comparing equipment or investigating a process problem, these are the most direct routes.
Power-supply selection
Compare compact, bench and floor-model power ranges and the application data needed for sizing.
View power suppliesFrequently asked questions
Get concise answers about materials, frequency, power, coils, cooling, automation and safety.
Browse the FAQConsulting and troubleshooting
See how independent technical support can help with feasibility, specifications, proposals and performance problems.
View consulting servicesPlanned field guides
Topics we are developing
Future articles will focus on real engineering decisions rather than generic summaries.
How to prepare an induction heating RFQ
The drawings, process targets, utilities and acceptance criteria that help suppliers quote the same requirement.
Why induction coils fail
Cooling, mechanical stress, insulation, reflected heat, arcing and operating practices that affect coil life.
Choosing an optical pyrometer
Temperature range, emissivity, spot size, response time and viewing geometry for induction processes.
Comparing frequency ranges
How penetration depth, geometry, material and heating time guide frequency selection.
Have a process question we should cover?
Tell us which induction heating decision or recurring problem deserves a practical technical guide.
Technical learning center
Induction heating guides and practical resources
Build a clearer understanding of induction applications, system selection, coil design and process troubleshooting through resources written for engineers, manufacturers, laboratories and maintenance teams.
Start here
Core induction heating resources
Use these pages to understand the process, identify likely equipment requirements and prepare better information for an application review.
How induction heating works
Understand electromagnetic induction, skin effect, heat transfer, frequency and the main system components.
Read the theory guideIndustrial applications
Explore brazing, soldering, shrink fitting, heat treatment, forging, preheating and melting.
Explore applicationsCoil design considerations
See how geometry, coupling, frequency, part access, cooling and serviceability affect performance.
Learn about coil designDecision support
Resources for an active project
If you are already comparing equipment or investigating a process problem, these are the most direct routes.
Power-supply selection
Compare compact, bench and floor-model power ranges and the application data needed for sizing.
View power suppliesFrequently asked questions
Get concise answers about materials, frequency, power, coils, cooling, automation and safety.
Browse the FAQConsulting and troubleshooting
See how independent technical support can help with feasibility, specifications, proposals and performance problems.
View consulting servicesPlanned field guides
Topics we are developing
Future articles will focus on real engineering decisions rather than generic summaries.
How to prepare an induction heating RFQ
The drawings, process targets, utilities and acceptance criteria that help suppliers quote the same requirement.
Why induction coils fail
Cooling, mechanical stress, insulation, reflected heat, arcing and operating practices that affect coil life.
Choosing an optical pyrometer
Temperature range, emissivity, spot size, response time and viewing geometry for induction processes.
Comparing frequency ranges
How penetration depth, geometry, material and heating time guide frequency selection.
Have a process question we should cover?
Tell us which induction heating decision or recurring problem deserves a practical technical guide.