Extremely fast induction preheating
A world-leading automotive supplier has bought a Sinac induction heating system for steel pump housing production. Less than a second of heating does the job.
Induction heating is used within a variety of fields in the production of electric cars.
What makes it so effective? More and more companies are opting for induction-based hardening solutions.
EFD Induction crankshaft hardening systems are a proven way to meet stringent specifications, while at the same time minimizing costs.
There are many reasons why induction heating is the preferred method for hardening camshafts.
Within the automotive industry, induction curing of panels is currently the primary method of choice for pre-curing adhesives and sealers for automotive closure components.
How to reduce distortion and costs when hardening small gears
What is induction brazing? Brazing produces strong, shock-resistant and visually attractive joints. But why select induction over flame brazing?
Induction heating is fast, precises, clean, energy efficient, controllable and repeatable. Learn how this amazing technology can be used for practically any industrial heating application.
EFD Induction is the world’s largest induction hardening equipment maker with close to 70 years experience.
EFD Induction’s patented simultaneous multi-frequency hardening. The process achieves true contour hardening of small gears in well under a second.
Customized coil for induction hardening of camshafts.
A HardLine Centerless Pusher induction hardens steel bars.
High throughput and consistent heating outcomes are essential when heat treating bars and shafts.
We design, make and maintain customized induction coils for camshaft hardening. These formed coils deliver precise heat patterns and penetration depths for perfect hardening results.
There are many reasons why induction heating is the preferred method for hardening camshafts.
Our induction camshaft hardening solutions are used by many of the leading names in the truck, bus, excavator and earth-moving equipment industries. Our systems are also widely used to harden marine camshafts.
Car crankshafts, truck crankshafts, marine crankshafts — EFD Induction systems are used worldwide to harden every imaginable type of crankshaft in a wide range of production volumes.
An EFD Induction robot-type crankshaft hardening system in action. All our systems feature mechanical and control innovations that minimize Total Indicated Run-out.
Our centerless horizontal hardening systems combine exceptionally high throughput rates with high reproducibility.
A programmable quenching cycle at work.
Induction is the cost-cutting alternative to furnace case hardening of small- and medium-sized gears.
Quenching of a small gear that has been heated by the simultaneous multi-frequency method.
A small gear t has been heated with a single frequency.
Induction hardening of steering rack.
Induction brazing of brake linings
Induction brazing of aluminium parts
EFD Induction has unrivalled expertise in making efficient solutions for aluminium brazing
Induction is a high throughput, no-contact heating method. It helps ensure strong yet barely visible joints—and the outstanding aesthetics expected by today’s customers.
Induction brazing of a heat exchanger.
Induction heating is a perfect method for high throughput brazing of evaporator and condenser connections.
High-quality banjo nipples being brazed under a controlled atmosphere in a customized EFD Induction brazing machine.
Induction bonding. Universal fixture for lab/ process trials on customer panels. Collage inductive. Systeme flexible en laboratoire pour essais sur ouvrants Client.
Full-ring bonding with two-turn flexible coil Collage
Aluminium hood spot bonding tool. Note: The absence of clamps, minimal nest and relatively small curing areas.
More and more automotive sub-contractors are opting for induction heating to shrink-fit gear wheels.
