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The Korebalance® is designed for use by medical centers and clinics, medical and PT offices, assisted living facilities recreation centers, health and fitness clubs, universities, and professional sports teams. The Korebalance® System uses the latest in interactive technology, offering innovative high-tech balance assessment and training. Backed by over two decades of medical experience, the Korebalance® will provide you and your patients with the best possible documented neurosensory assessment and training.

The Compartmental Compressibility Monitoring System (CPMX1) is a point-of-care device for non-invasive, real-time, and intermittent monitoring of relative compartment compressibility. The CPMX1 System includes the CP Probe, a handheld and reusable probe combining a flat linear ultrasound array with an integrated pressure sensor to obtain cross-section ultrasound views of the compartment of interest. The CP Probe works in conjunction with the CPMX1 Software, which provides a surrogate metric of the compartment's compressibility in one ultrasound image plane only, using a linear measurement of distance between two points of the compartment, as a function of applied external pressure. Based on this measurement, a relative compartment compressibility value is calculated and displayed on-screen as the CP Value.

The PulStar Spine Mobilization Device is intended for use by chiropractors, physical therapists and physicians for mobilization of the spine. The device consists of a hand-held impulse head attached to an electronic control module. The control module is connected to an Apple computer through a USB cable. Appropriate software is used to display the results of tissue compliance measurements. Intended Use and operation: Intended use of the PulStar is for the treatment of musculoskeletal pain due to joint subluxation, restricted joint mobility, myofacial spasm and ligamentous strain. The clinician uses a hand held impulse head to test the stiffness of the patient’s spine at each vertebral level, the results of this procedure are recorded in the patient file in a computer database and displayed on the computer screen. The clinician then decides where therapy is needed and applies multiple impulses with the impulse head to those areas of the body of the patient with the intent of reducing spinal stiffness. After treatment, the clinician repeats the initial test of the patient’s spine to document changes in stiffness effected by the therapy.