The Inductor® Max is engineered for professional auto body and mechanical shops that demand precision, speed, and safety. This 2-kW stationary induction heater applies Invisible Heat® directly to metal components, eliminating open flames and reducing the risk of damage to wiring, paint, and sensitive materials.
From freeing seized suspension bolts to removing bonded glass and decals, the Inductor® Max delivers reliable performance on every job.
How the Inductor® Max Delivers Professional-Grade Power
Using a high-frequency magnetic field, the Inductor® Max creates eddy currents that generate heat inside metal parts without contact. Its built-in cooling system and capacitor bank maintain consistent energy transfer for continuous shop use. This powerful design enables targeted heating on thicker metals that portable tools can’t handle perfectly for suspension components, bearings, and heavy-duty fasteners.
FlamelessTM Precision vs. Traditional Heat Methods
Open-flame torches spread heat indiscriminately, risking damage to fuel lines and paint. The Inductor® Max delivers FlamelessTM heat exactly where you need it, allowing technicians to work near electronics and trim without fear of scorching surrounding materials. It heats faster and more efficiently than propane, often releasing stubborn bolts or adhesives in seconds.
Key Automotive Applications for the Inductor® Max
- Rusted Bolt & Nut Removal: Break through corrosion on frame bolts, engine mounts and suspension hardware without damaging threads.
- Tie Rod & Suspension Component Release: Direct heat precisely to stubborn tie rod ends, ball joints, and control arm bolts to release seized parts without damaging rubber boots or bushings.
- Paintless Dent Repair (PDR): Gently heat panel surfaces to help massage out soft dents, while preserving the paint finish.
- Seam Sealer Removal: Soften hardened seam sealers or underbody coatings for clean, efficient removal. Auto Glass and Windshield Removal: Use the Glass Blaster® attachment to release urethane bonded glass cleanly from the outside, with no wires or knives.
- Decal & Trim Removal: Safely soften adhesives to remove moldings and graphics without burning paint.
- Bearing & Bushing Work: Expand metal housing for easy removal or installation of press-fit components.
- Brake Bleeder & Exhaust Repairs: Quickly loosen frozen bleeder screws and exhaust clamps without torch heat transfer.
Built for Shop Integration
The Inductor Max plugs into 120-volt outlet and supports multiple attachments, including the Glass Blaster® for auto glass removal and the Fast Off® Pad Inductor for vinyl graphics and sound deadening materials. An ergonomic power hand grip and toolbox make it easy to move around the shop, while its cooling system supports continuous duty cycles for high-volume operations.
The Concentrator attachment is effective for targeted and high-precision heating in Paintless Dent Repair (PDR), fastener removal and tie-rod and suspension parts.
Safety & Maintenance for Professional Use
Even with FlamelessTM technology, proper care ensures longevity and safety.
- Keep the air inlet clear for optimal cooling.
- Use heat shields when working near paint or plastic.
- Apply Induction Innovations’ Cold Shield Gel to protect temperature-sensitive areas.
- Coils on the U-555 attachment keep thermal tape on the Concentrator and Glass Blaster®.
Regular maintenance guarantees consistent performance and maximizes tool life.
Why Choose the Inductor® Max for Your Automotive Shop
- High-Power Performance: 2-kW of output for the toughest automotive tasks.
- Precision: Work safely near sensitive components.
- Versatility: Compatible with multiple induction attachments for fasteners, glass and graphics.
- Efficiency: Reduces labor time and consumables.
- Durability: Built for heavy daily use in professional environments.
Ready to upgrade your shop’s heat technology?
Learn how the Inductor® Max streamlines auto repairs with FlamelessTM precision. Explore the Inductor® Max Product Page or contact Induction Innovations for shop integration and attachment recommendations.





