WiSys Technologies

28 WiSys Technologies in "Medical Devices" or "Medical Imaging" or "Clean Technology" or "Engineering" or "Diagnostic Assays"

Improved wheelchair design utilizing linear rotary motion with enhanced efficiency and reduced injury and pain for users

WiSys is seeking a strategic partner in the Durable Medical Equipment industry interested in gaining a competitive edge in the marketplace.  WiSys' new and improved wheelchair design is the first application developed using the patented linear rotary motion platform technology and is available for exclusive licensing.  Additional fields of use are available for development and licensing.

Easy-to-Use Device to Measure Range of Motion in Knee During Post-Operation Recovery

WiSys is seeking a strategic partner for further development, validation, manufacture, sales, and distribution of a new range of motion measuring device that will lower physical therapy costs and improve comfort for patients recovering from hinge joint operations or for patients with movement disorders.

Organic Polymers with Ultra-Small Pores for Carbon Dioxide Separation, Capture, and Conversion

WiSys is seeking a strategic partner that operates in the field of carbon capture who is interested in accessing WiSys’ novel organic polymers with ultra-small pores for use in the sequestration and/or utilization of carbon dioxide from gas mixtures.  WiSys is also seeking a partner to assist in the continued development of membranes that incorporate the novel organic polymers.   

A Low-Cost, Dosimeter Accessory Kit Enabling the Collection of Accurate Sound Level Measurements from within the Ear Canal

WiSys is currently seeking a strategic partner interested in providing a route to market for the commercialization of its dosimeter accessory kit as well as a partner for continued R&D around the development of further prototypes.

High Accuracy Angle Measuring Device for Industrial, Medical, Scientific or Recreational Use

WiSys Technology Foundation is seeking a strategic partner to further develop, manufacture, market, and distribute a high accuracy rotary (angle) encoder. This device has the advantages of high single-reading accuracy (±0.1 arc seconds) and high average reading sensitivity (0.001 arc seconds), low production cost, compact design, and low power consumption. Possible applications include but are not limited to astronomical telescope mounts, land surveillance tools, industrial inspection and calibration, machine tools, medical devices, as well as robotics.