The TM Induction Heating team feels right at home in your industry. Each industry has its specific requirements and working environment. TM Induction Heating has supplied standard and custom-built induction heating solutions for a broad range of industries. For your reference, you can find a list of the main industries we serve below. If yours is not listed, challenge us and find out how our team can help you with the latest innovations in induction heating or a proven standard heater.
YOUR INDUSTRY.
AEROSPACE.
In aerospace, induction heating delivers the clean, repeatable temperature control demanded by safety-critical parts like precision turbine components, landing gear assemblies, and engine bearing housings.
AUTOMOTIVE.
The automotive industry depends on fast, predictable heating for high-volume manufacturing and just-in-time maintenance on bearing assemblies, drivetrain components, engine block housings, and transmission parts.
DEFENSE.
Defense operations need fast turnaround on mission-critical assets. Induction heating gives controlled interference-fit heat for military vehicle components and naval propulsion systems, away from seals and coatings.
ELECTRIC MOTORS.
Electric motor production and refurbishment rely on even, controlled heat for rotor shaft assemblies, bearing housings, and end shield components, protecting windings, magnets, and insulation from heat spread.
FOOD.
Food processing plants need clean, flameless maintenance on mixer bearings, conveyor drive components, and pump shaft assemblies, so bearings come out and in faster without heat spread into hygiene-focused areas.
HYDROPOWER.
Hydropower uptime depends on tension-free bearing work on turbine bearings, generator shaft assemblies, and guide vane components, so large rings and hubs heat evenly without forcing or thermal shock.
MARITIME.
On ships and offshore platforms, TM induction heaters mount and remove heavy interference fits on propulsion shaft bearings, coupling assemblies, and onboard rotating equipment, even in tight engine rooms.
MEDICAL.
Medical device manufacturing demands tight tolerances and repeatable heat cycles on precision bearing assemblies, instrument components, and tooling parts, with clean, low-spread heat where material control matters.
MINING.
Mining runs the heaviest machinery in remote sites. TM heaters handle crusher bearings, conveyor rollers, excavator components, and screening equipment, delivering heavy-duty heat for on-site mounting and dismounting.
OIL & GAS.
Oil and gas assets demand flameless, controlled heating on pump bearings, compressor components, pipeline equipment, and valve assemblies, applying targeted heat while limiting exposure to seals and nearby hardware.
PAPER.
Paper and pulp lines lose revenue every hour of downtime. TM heaters reduce maintenance time on press roll bearings, dryer cylinder components, and calender rolls with clean, controlled heating.
PUMPING.
Pump reliability depends on precise fits. Induction heating is used for pump shaft bearings, impeller assemblies, and seal housings, reducing pulling force and keeping alignment and fits intact after service.
ROLLING STOCK.
Rail operators keep trains, trams, and metros moving with demanding maintenance. TM heaters support work on wheel bearings, axle assemblies, and traction motor components, with customer-specific depot solutions.
STEEL PRODUCTION.
Steel mills run high-mass interference fits that demand uniform heating. TM heaters handle rolling mill bearings, continuous casting equipment, and steel coil handling, safer than open-flame methods.
WINDPOWER.
Wind turbines are built to last decades. TM induction heaters are used for main shaft bearings, generator components, and gearbox assemblies, covering both production and field maintenance of wind turbines.
OTHER INDUSTRIES.
Anywhere you deal with shrink-fits, bearings, gears, couplings, or rings, controlled induction heating standardizes the job, helping you work faster, safer, and with repeatable temperature-driven results.