AUTOMATED SAFETY ✓ Torque stabilizing technology does the work for you ✓ Removes dangers inherent in winding bars ✓ Lowers worker compensation claims and lost work time PROVEN & TESTED ✓ Designed and tested by aeronautical and mechanical engineers ✓ Proven in the field for over 9 years ✓ Stainless steel and high temper bronze for wear resistance. OPTIMIZED EFFICIENCY ✓ Wind and unwind springs up to 10 times faster than winding bars ✓ Minimize fatigue, and safely complete more jobs in a day ✓ Increase revenue by compeleting more jobs in a week Wind springs up to 127 IPPT (8 turns) for total of 1,020 in-lbs or 85 ft-lbs of torque. This is equivalent to .362" wire x 3.75" ID x 35" long with 8 turns which is a spring with IPPT of 127). • We can wind a .362 x 3.75 ID X 35 in long spring 8 turns with a Milwaukee M18 FUEL 2804 Li-ion cordless 1/2" drill (7 turns in high gear, 1 turn in low gear) which is rated for 1,200 in-lbs of torque in drill (not hammer) mode. • If you pay your techs $60K per year and your work comp rate is 4.5%, insurance agents say you could get a 20% premium reduction and pay for the tools for all techs in one year • 10 turns in under a minute with 1,000 RPM drill • Needs 2.5 inches clearance from shaft to wall • Can be used on up to 4.5 inch spring diameters, 1 inch shaft diameters • Can be wound at 2,500 RPM • Weighs 7.5 lbs