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Twin-engine turboprop military transport aircraft flying above clouds at sunset, seen from the front, representing induction heating for aviation components

Induction heating for aerospace manufacturing

Aerospace manufacturing demands precision, repeatability and reliability that few processes can match — induction heating delivers all three, with heat applied exactly where it’s needed and no open flame near sensitive materials or assemblies. ENRX supplies induction heating solutions to both military and commercial aerospace manufacturers and their tier-one suppliers.

Small metal part glowing in a copper induction coil inside a glass tube on an ENRX Minac induction brazing machine, representing brazing of aviation components

Why induction heating for aerospace manufacturing

  • Delivers localised, precisely controlled heat without distorting surrounding structure — critical for thin-walled and composite components
  • Fully repeatable heating cycles, essential for flight-critical parts that must meet exacting tolerances
  • Contactless and flame-free, reducing risk when working near fuel systems, composites and sensitive assemblies
  • Scales from standalone tools to fully automated, robot-compatible production lines
Turbofan jet engine with fan blades in focus on an aerospace production line, representing induction heating for engine components

Turbine components

  • Brazing of turbine blade tips and shrouds
  • Shrink-fitting of turbine parts
  • Heat treatment of turbine components, including maintenance work — pre-heating, heat treatment and shrink-fitting during overhaul
  • Brazing of fuel lines, oil lines, high-pressure tubes and sensors
Close-up of aircraft main landing gear with multiple wheels on an airport apron, representing induction hardening of landing gear components

Landing gear

  •  Hardening of landing gear components — axles, pins and bushings
Twin-engine business jet seen from above against a black background, representing induction heating for aircraft components

Structural and airframe

  • Carbon fibre composite bonding
  • Pre-heating prior to welding of structural and turbine components
  • Localised heating for bonding and clean assembly
Large metal engine module on a conveyor in a modern aerospace factory, representing automated induction heating of aerospace components

Systems and assemblies

  • Brazing of hydraulic systems
  • Brazing and soldering of connectors and sensor housings
  • Shrink-fitting of bearings, housings and actuators for aerospace assemblies

For heat treatment of weapon systems and other military-specific aircraft applications, see Defence

Related products

Optimum hardening results
ENRX HardLine induction hardening machine in green with integrated control panel and power supply cabinet on a white background

HardLine: Induction hardening machines

Our family of induction hardening machines for surface and through hardening, from single machines to turnkey plants

Built for forging and melting
ENRX HeatLine induction melting furnace with tilting crucible and control cabinet

HeatLine: Induction heating systems

HeatLine is our family of induction heaters and furnaces for forging and melting, with automatic coil changeovers, short melt times and accurate pouring

Mobile and flexible
ENRX Minac® mobile induction heating unit with touchscreen control panel, flexible cables, handheld transformer and induction coil accessories on a white background

Minac®: Mobile induction heating equipment

Minac is our family of mobile induction heating equipment for brazing, curing, hardening, shrink-fitting and straightening, in the workshop or on site

Stationary and customised
The ENRX Sinac family, a complete range of stationary induction heating equipment

Sinac®: Stationary induction heating systems

Sinac is our family of stationary, universal heat generator systems, customised with coils, cables and cooling to fit your heating process

Highly efficient. Easy to move.
Two compact ENRX  Ventac air-cooled induction heating units designed for portable industrial heating applications.

Ventac: Air-cooled induction heating system

Ventac is our portable air-cooled induction heating system that combines high continuous output with small size and low weight

Customised to your application
Close-up of a custom-engineered ENRX copper induction coil assembly for heat treatment applications

Induction heating coils

Conventional, machined, 3D printed or hybrid coils, customised to your application and documented so we can always produce an identical one

Related applications

Turbine, fuel and hydraulic systems
Small metal part glowing in a copper induction coil inside a glass tube on an ENRX Minac induction brazing machine, representing brazing of aviation components

Induction brazing

Clean, repeatable joints in turbine blade tips and shrouds, fuel and oil lines, high-pressure tubes, hydraulic systems and sensor housings, with localised heat that minimises distortion and oxidation.

Landing gear
Induction heating applied for gear tooth hardening with controlled cooling during precision heat treatment | ENRX

Induction hardening

Fast, repeatable hardening of landing gear axles, pins and bushings, matched to each component’s specification.

Turbines, bearings and actuators
ENRX Ventac air‑cooled induction heating system used for industrial shrink‑fitting applications

Induction shrink-fitting

Precise assembly of turbine parts, bearings, housings and actuators, with controlled heat that avoids mechanical stress, in production and during overhaul.

Composite structures
Induction heating for bonding

Induction bonding

Controlled, localised heat for carbon fibre composite bonding and clean assembly, curing adhesives without damaging the surrounding material.

Frequently asked questions

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