REMS Tornado Pipe Threading Machine
Fast, stable, and efficient threading for construction sites and repair work.
- Fast Threading Performance: Threads 2" pipe in approx. 15 seconds.
- Automatic Chuck Design: Self-adjusting chuck works faster than traditional hammer-type chucks.
- Automatic Oil Circulation: Provides continuous lubrication to reduce wear and extend service life.
- Maintenance-Free Drive: Reduces maintenance needs and downtime.
- Universal Die Head: Supports various threading applications with fewer die head changes.
- Compact and Portable: Easy to transport and set up on site.
Model Specifications
Product Details
Compared with general pipe threading machines, the core value of this model is reducing processing time per pipe. With a universal die head and automatic continuous oiling system, it reduces die-head changeover and waiting time, making it suitable for high-volume jobsite threading and time-sensitive repair tasks.
2" pipe threading can be completed in as fast as approx. 15 seconds, suitable for high-efficiency jobsite processing.
Supports multiple thread standards, reducing die-head replacement time and operating complexity.
Continuous oiling helps stabilize the threading process and maintain thread processing quality.
The drive system uses a maintenance-free design to reduce later maintenance cost and downtime risk.
Supports 1/16"–2" pipes and 1/4"–2" threaded rods, covering a wide application range.
High-efficiency processing capability combined with continuous oiling is suitable for high-volume jobsite threading and continuous construction work.
Fast and efficient threading capability is suitable for high-volume thread processing on jobsites.
Can be used for various plumbing pipe threading tasks, especially where fast thread processing is required.
Suitable for time-sensitive repair and maintenance tasks, helping reduce waiting and processing time on site.
Suitable for equipment installation, fire protection piping, and industrial pipeline applications requiring stable continuous threading.










