Xinetix designed production test equipment to assist new product development and production qualification of a critical disposable assessor used in cataract removal surgical procedures

Xinetix was contracted to manage the completion of the Apeiron Insight diagnostic system for earlier detection of respiratory infection in asthmatic patients.

Xinetix performed forensic product testing for a major critical care ventilator company in support of a patent infringement defense.

Mayfield contracted Xinetix to redesign the Kuri personal robot LIDAR navigation system to mitigate excessive radiated emissions .

The CK keratoplasty system employed radio frequency energy to denature corneal collagen to accomplish vision correction for hyperopic patients.

Xinetix predecessor company, Applied Technology Associates, designed and fabricated a control and safety monitoring system for the first-generation Neutral Beam Injector of the Doublet III Fusion Reactor project at General Atomics in San Diego California.

Business Catalytics, a business of Xinetix, employed Six Sigma processes to improve production line yield for Baxter's passive oncology infusion pump line of products.

Xinetix developed, fabricated, and installed a facility for accelerated fatigue testing of a TAVR heart valve design under development

Xinetix worked with Aquarius Medical to develop rapid patient warming device based upon technology originating from Stanford University's Sleep Lab in conjunction with NASA.

Xinetix performed flow characterization testing of the Aquesys XEN Gel stent in support of the company's successful FDA 510(k) submission

Xinetix performed micro-fluidic testing of the Transcend Minimally Invasive Glaucoma Stent in support of Transcend's successful FDA 510(k) submission.

Xinetix was contracted to redesign this portable emergency ventilator to overcome design deficiencies which resulted in a product recall. Xinetix continued on to provide turnkey R&D, manufacturing engineering, and RA/QA support for Emergent positioning the company for sale in 2006.

Xinetix has delivered a wide range of technical support for CareFusion's various respiratory care products for more than ten years.

Xinetix desinged and installed a HVAC control system for the Washington DC Metro Transit Authority train system under subcontract to Transit Controls.

Xinetix designed this electrosurgical system for cutting and coagulation of tissue for the doctor's office setting.

A Radio Frequency (RF) based thermal delivery system designed for renal denervation as a treatment for hypertension.

A revolutionary device to lower IntraOcular Pressure potentially slowing the onset of glaucoma.

This women's health care device performs intrauterine endometrial ablation using live steam as the thermal delivery medium.

Portable ambulatory pneumatic venous "WAVE COMPRESSION" for prevention of deep vein thrombosis.

Xinetix core team entered the medical device industry innovating ophthalmic surgical and diagnostic products for CooperVision Surgical - acquired by Alcon in 1989.

Exoskeletal appliance designed to reduce surgeon fatigue in the OR

Xinetix designed an automatic remote tank monitoring and real-time reporting system to efficiently route chemical deliveries.

A unique electrosurgical generator employing radio frequency generated plasma to cut tissue at a sub-cellular level without collateral thermal tissue damage.

Secure delivery device for high potency pain relief medications

A privately owned subsidiary of a Japanese medical product distributor, US based Newport Medical Instruments designed and manufactured internationally recognized critical care and ambulatory ventilators.