Presenting the ultimate game-changer in the world of electric tools - the 550-700 NM Brushless Lithium-Ion Impact Wrench. Unleash the unparalleled precision and strength of this powerhouse, designed to deliver an extraordinary torque output of 550-700 Newton-meters (Nm). Whether you're tackling automotive repairs or assembling heavy machinery, this versatile tool is your indispensable ally, proficiently handling any project that demands robust fastening and loosening of bolts and nuts. Embrace the innovation of brushless lithium-ion technology, where the absence of brushes translates to minimal maintenance, extended tool life, and quieter operation, ensuring your work sessions are not only efficient but also exceptionally pleasant.
Brushless Lithium Impact Wrench |
Output Shaft |
1/2" square shaft |
Maximun Torque |
550-700N.m |
No-load Speed |
0-2400r/min |
Impacting Frequency |
0-1700i/min |
Rated Voltage |
21v |
Our lithium-ion battery-powered impact wrenches, celebrated for their outstanding performance, embody a compact form and lightweight design while delivering high energy density. This means you enjoy extended runtime that keeps pace with your demanding schedule, coupled with impressively swift charging times to reduce downtime. The cutting-edge impact mechanism provides a powerful surge, effortlessly overcoming the friction and resistance of the most obstinate, seized bolts. Noteworthy characteristics of our 550-700 NM Brushless Lithium-Ion Impact Wrench include:
- Exceptional high torque output meticulously crafted for rigorous, heavy-duty applications
- Cutting-edge brushless motor technology for superior energy conversion efficiency and enhanced durability
- Innovative lithium-ion batteries engineered for extended operational periods and swift recharge capabilities
- Sleek, streamlined design offering unmatched comfort during prolonged usage
- Additional enhancements may feature an LED worklight for improved visibility, a convenient reversing lever, an anti-slip system for secure handling, and an ergonomically designed structure for user-friendly operation
m, ergonomic design, etc.