REX-Cordless-Flares-RF20S
Designed for air-conditioning, refrigeration, and industrial piping jobsites, helping save time and effort while improving work efficiency.
- 3-in-1 Function: Performs 45° flaring, pipe cutting, and internal reaming for various pipe preparation needs.
- 5-Second Fast Processing: Eccentric cone and constant-pressure rotation design ensure stable, fast, and efficient operation.
- Cordless Operation: Lithium-ion battery power allows flexible use without relying on jobsite power outlets.
- Durable Battery: Rechargeable up to approx. 500 cycles, suitable for long-term jobsite use.
- 1-Hour Fast Charging: Quickly restores power and reduces downtime.
- Lightweight and Easy to Operate: No external cables or equipment required, making jobsite work simpler and more convenient.
Model Specifications
Product Details
On-site refrigerant copper tube work is often slowed down by switching between cutting, deburring, and flare-forming tools. This cordless 3-in-1 system combines these common tasks into one workflow, helping reduce tool changes and improve speed and consistency on site.
Approx. 5-second processing time supports fast flare preparation and improves jobsite efficiency.
The eccentric cone and constant-pressure rotation mechanism help create more stable and consistent flares.
Supports 45° flare forming, tube cutting, and internal deburring, reducing tool changes on site.
10.8V lithium battery operation eliminates the need for external power, making it suitable for rooftops, machine rooms, and service sites.
Fast charger completes charging in approx. 1 hour, reducing waiting time and downtime risk.
No power cable or external equipment is required, improving mobility and jobsite flexibility.
Suitable for 45° flare forming, tube cutting, and internal burr removal on refrigerant copper tubes.
Suitable for HVAC systems, refrigeration equipment, and service sites requiring fast tube preparation.
Provides flexible and efficient on-site tube processing for industrial piping repair and modification work.




