The iDuctor in depth

Precision induction heating. No open flame. More control. In seconds.

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About the iDuctor

What is the iDuctor?

The iDuctor is a professional-grade induction heating tool — 100% Dutch-designed and built from high-quality materials. It generates a rapidly alternating electromagnetic field that heats ferrous metal components directly, precisely where you need it.

Seized fasteners need not hold up the job. The iDuctor delivers targeted induction heat to bolts, nuts and bearings, helping you release them without an open flame. Choose the right coil and focus the heat on the component you want to remove.

  • Seized or rusted nuts and bolts
  • Spindles, nipples and bearings
  • Exhaust studs and brake components
  • Any iron-containing part, any size
iDuctor in use in an automotive workshop

Precision in actionTargeted heating of metal componentsControlled induction heating for seized fasteners, bearings and exhaust components.
The process

How does the iDuctor work?

Three steps from connection to disassembly.

01

Choose and attach the right coil

Select the spiral or flexible winding coil that fits the component you need to heat. The iDuctor’s unique, patented clamping mechanism lets you swap coils manually in seconds — no tools required. Metric spirals in multiple sizes and flexible coils cover virtually every application.

02

Set time and power

The iDuctor is microprocessor-controlled, which prevents overloading during use. Time and power are easily adjustable on the unit itself. In practice, you rarely need to heat metal until it’s red-hot — the difference in thermal expansion between the bolt and its housing is enough to free the component.

03

Heat and disassemble

Apply the coil to the ferrous component and let induction do its work. Within tens of seconds, the targeted part is heated enough for disassembly. Targeted heating makes the component expand, helping release the seized connection for easier removal.

Popular kits

Go straight to the right system

Three proven setups for day-to-day workshop work, heavier heating jobs and maximum output.

Professional
iDuctor W1200 Professional Kit

1200W system

iDuctor W1200

The iDuctor W1200 Basic Kit is a compact induction heating kit for safely loosening rusted ferrous parts without an open flame. It combines the 1200-watt iDuctor W1200 with the essential coils and accessories for precise day-to-day workshop work.

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Advanced+
iDuctor W2000 120V Professional Kit

2000W system

iDuctor W2000 120V

The iDuctor W2000 Basic Kit 120V is a higher-output induction heating kit for heavier workshop jobs. This dedicated 120-volt version uses the W2000 platform to loosen rusted ferrous parts safely and precisely without an open flame.

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Ultra Power++
iDuctor W2300 Power+ Professional Kit

2300W Power+

iDuctor W2300 Power+ Kit

The iDuctor W2300 Power+ Kit is a high-output induction heating kit for heavier jobs. With 2300 watts of output, it safely loosens larger and heavier ferrous parts without an open flame and supports Flexcoils from 1100 mm up to 3500 mm.

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No more gas burners

Why not just use a torch?

When ferrous components are in locations that regularly get hot, vibrate, oxidise or corrode, a gas burner was once the only option. But it comes with serious drawbacks:

  1. Open flame at the workplace is dangerous — and often prohibited in industrial environments.
  2. Precautions depend on the work area — assess fire risks and follow the applicable workplace rules, including any requirements for supervision or a fire watch.
  3. No precision — a torch heats everything in range: fuel lines, wiring, sensors, seals.

With the iDuctor, you can release seized bolts, nuts and bearings without an open flame. Heat the metal component directly for more control during disassembly, without the hassle of a gas torch.

iDuctor heating a seized metal pipe without open flame

No open flameSeized parts released. No open flame.Apply targeted heat to bolts, nuts and bearings with the iDuctor and get on with the job.
Pro tip

Always use the right coil for the component size. Avoid overheating — in practice it is not necessary to heat metal until red-hot. Too high temperatures can degrade the metal and damage the coil. Images on this website showing red-hot metal are for demonstration purposes only. Follow the manual and workplace procedures. Inspect nearby seals, hoses and paintwork and protect them against heat transfer.

Ready to work without flame?

The iDuctor is available in multiple configurations. Find the right tool for your application in our shop.

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