Zimmer enPuls Version 2.0 Compact, portable, and powerful. Carrying Case/Cart Sold Separately.

Includes:

holder for handpiece
footswitch
1 applicator head 6mm, 2 applicator heads 15mm, 1 applicator head 25mm
10 silicone caps
bottle of enPuls lotion

Radial Pulse Therapy – An Effective Alternative For Treating Chronic Soft Tissue Pain

Principle of Radial Pulse Therapy

The hand piece contains a projectile that is accelerated through the electromagnetic transfer of kinetic energy. This kinetic energy is then transformed into impact energy in the applicator head. The impact energy delivered from the applicator head results in radial pulses in the target tissue. Radial Pulse Therapy provides an excellent alternative to treating muscle tissue. The energy treats muscle pain and helps to increase circulation in the target tissue.

Mechanical Energy

The enPuls device delivers energy into the target tissue where traditional soft tissue therapy techniques cannot reach. This is all done with little or no stress on the therapist‘s hands. A heavy duty, ergonomic aluminum hand piece delivers optimal energy to the patient while providing optimal protection against vibrations to the therapist’s hands.

Time Savings and Efficiency With Better Outcomes

Adding the enPuls Radial Pulse Therapy unit to your facility will decrease the treatment time for chronic soft tissue pain patients and increase your efficiency. This results in better outcomes for you and for your patients.

enPuls Softshot Technology

enPuls creates unique radial pulses by using a projectile 5 times heavier than standard air compressor systems and a reduced final velocity upon contact with the applicator. Though the force of the accelerator and the mass of the projectile are efficient down to the required depth, they are more comfortable for the patient than comparable systems.

Increased Patient Comfort

Less pain, same energy – that’s enPuls softshot technology. Energy is maintained by a longer pulse rise time. This eliminates the need for unpleasant high peak pressure amplitudes. The lower peak and longer rise time minimize the stinging and painful sensation that is normally associated with this type of therapy. Increased patient comfort results in easier treatments at higher energy levels, leading to successful therapy.

Ergonomic

The high mass applicator reduces strain on clinicians. The ergonomic aluminum hand piece with high mass and ample inertia provides appropriate energy transfer to the patient. It also affords optimal protection against vibration for the healthcare professional. The design allows for single handed use allowing the second hand to be free to adjust treatment parameters in session.

Technical data