Rehab Pro E Series Standard Pulley – Wall-Mount, 70 lbs.

$ 1,823

E Series Standard Pulley
The E Series Standard Pulley is a work station made for clinics, rehabs, and at-home gyms. The pulley is designed to offer exercises to those that rehabilitating weak or injured muscles, and show tolerance to physical weight loads. The Rehab Pro E Series Standard Pulley provides an optimum form of exercise for your clients that wants to continue their exercise program at home.
Included with the E Series Standard Pulley: 70 lb. weight stack, starting resistance of 2.5 lbs., frames made of TIG welded, high quality powder coated steel, 80” number engraved and plated rope adjustment bar, adjusting rope angle, 3/4” chromium plated and self adjusting guide rods for smooth tracking, and ball-bearing wide pulley wheels for smooth track of rope.
Rehab, Recovery, & Prevention
Post-surgery, for injury prevention, and rehabilitation purposes, choose the Rehab Pro E Series Standard Pulley. This pulley should be used when pain inhibition exercises are no longer required, and strength, flexibility, and circulation have been restored. With the pulley, slow coordination and muscle endurance should be the focus and target goal. This design will widen the scope of rehab through muscle strength and endurance restoration. By performing a lower number of reps and a higher resistance, your patients will develop strength and endurance.
Construction & Sizing
No assembly is required for either model. The wall mounted option measures 80” x 18” x 8” in size and weighs 125 lbs. The free standing option measures 80” x 37” x 37” in size and weighs 175 lbs. Both options are 1:1 weight-to-resistance ratio weights stack. The weight stack includes 12 x 2.5 lb. weight plates and 8 x 5.0 lb. weight plates. The 3/16” non-stretchable marine rope adjusts in height and length along an 80”- 2” interval rope adjustment bar with spring-loaded plungers. The pulley is constructed of 3/4” solid steel, chromium plated, self-adjusting guide rods that ensure smooth tracking of the weight stack.