The Atte UW Induction Screw Heating Device is a professional-grade tool engineered for the rapid and efficient loosening of seized, rusted, or corroded screws, bolts, and nuts. Operating on a 230V power supply with a robust 3KW output, this device utilizes advanced induction technology to generate intense heat directly within the metal component. By focusing thermal energy precisely on the fastener, it allows for safe removal without the need for open flames, thereby protecting surrounding sensitive components, cables, and plastic parts from heat damage.
Advantages
This induction heater offers a significant improvement over traditional gas torches by providing a flameless, clean, and highly controlled heating process. The high power output ensures that even heavily seized hardware reaches the required temperature in seconds, drastically reducing downtime during repairs. Its design prioritizes operator safety and precision, making it an indispensable asset for environments where fire hazards must be minimized. The device is built for durability and consistent performance in demanding professional settings.
Suitable for
- Automotive workshops for suspension and engine repairs
- Industrial maintenance and machinery servicing
- Loosening rusted bolts, nuts, and threaded fasteners
- Removing seized metal components in tight spaces
When it may not be suitable
This device is specifically designed for heating ferrous metals and conductive materials. It is not suitable for heating non-conductive materials such as plastic, wood, glass, or non-metallic composites. Additionally, it should not be used on components where the internal structure could be compromised by rapid thermal expansion.
Key specifications
- Power supply: 230V
- Power output: 3KW
- Heating method: Induction
- Operation type: Flameless
How to use
To operate the device, connect it to a standard 230V power source. Select the appropriate induction coil for the size of the bolt or nut you intend to loosen. Place the coil around the component without making direct contact, ensuring the metal is centered within the magnetic field. Activate the device to begin the induction process. Monitor the temperature of the component and stop the heating once the metal has expanded sufficiently to break the rust bond. Use appropriate hand tools to unscrew the fastener while it is still hot.
What to consider before purchase
- Ensure your workspace has a compatible 230V power outlet
- Verify that the components you need to heat are made of conductive metal
- Assess the accessibility of the bolts to ensure the induction coils can fit around them
Usage recommendations
Always wear appropriate personal protective equipment, including heat-resistant gloves and eye protection, when operating the device. Ensure the area is free of flammable materials and allow the heated components to cool down in a controlled manner after removal.
