The automotive seat thermal drilling & tapping machine is a CNC equipment specifically designed for processing automotive seat frames. It can perform thermal drilling and tapping on metal pipes, profiles, and sheets. Automotive seat frames are typically made of high-strength steel, stainless steel, or aluminum alloy pipes, which require high thread strength and durability at the connection points. Traditional drilling methods often can't meet these demands, while thermal drilling and tapping technology effectively improves connection strength and processing efficiency.

Features & Advantages

Suitable for Various Seat Frame Materials – Capable of processing carbon steel, stainless steel, aluminum alloys, and high-strength steel.

Single-Step Forming with Enhanced Thread Strength – The thermal drilling technology thickens the hole walls, creating strong threaded connections that improve load-bearing capacity.

Chip-Free Processing, Reducing Material Waste – Thermal drilling uses high-temperature friction to create holes, eliminating the need for additional nuts or welding, reducing processing contamination and production costs.

Automated Control, Precise and Efficient – The CNC system ensures consistency in drilling and tapping, improving production efficiency and making it ideal for mass production of automotive seats.

Adaptable to Complex Structures – Capable of accurately processing irregular pipes, bent pipes, and multi-angle holes, meeting the special design needs of automotive seat frames.

Application Industries

Automotive Manufacturing – Suitable for the seat frame processing of passenger cars, commercial vehicles, and electric vehicles.

Seat Manufacturing – Ideal for processing OEM (Original Equipment Manufacturer) seats and modified seat frames.

Rail Transit – Used for high-speed train, subway, and coach seat structures.

Aerospace Seats – Suitable for lightweight metal processing of airplane seat frames.