Medical Device Testers

International standards require the acute phase testing of stents, balloons, occluders, and delivery systems for particulate shedding. Dynatek has leveraged its world-class particulate analysis technology for assessing the particle-shedding behavior of these vascular devices.

Dynatek’s Stent and Vascular Prosthesis Tester utilizes a Hyper Drive linear motor to produce an adjustable bellows compression which allows for physiologically relevant stent loading conditions for up to 24 test samples from physiological to accelerated testing rates of up to 150Hz.

 Test stent and graft samples regardless of their internal diameters. The UST’s powerful all-in-one platform gives you the productivity of four radial durability testers at slightly more than the price of one unit. To maximize your return and protect your investment, nothing beats the UST.

Dynatek’s patented Coating Durability Tester utilizes a Hyper Drive linear motor to produce an adjustable bellows compression which allows for physiologically relevant stent loading conditions for up to 20 test samples from physiological to accelerated testing rates of up to 150Hz.

The reason to develop a Fatigue to Fracture program is to ensure that your new product’s lifetime,  reputation, and financial success.  Fatigue to Fracture testing can predict the lifetime of your product. It can also identify locations of future failure and verify Finite Element Analysis (FEA) predictions.

 Dynatek pioneered the fabrication of mock vessels for use in testing stents, stent grafts and some kinds of heart valves. Today we are the first choice for mock vessels by virtually every stent manufacturing company in the world.

Dynatek’s UC-HD is a powerful controller that has been designed to control and monitor  SVP/UST radial fatigue stent testers, the CDT family of coating durability testers, and the Acute Particulate tester. UC-DC  is designed to control and monitor the M6 Heart Valve Tester.

 Particle-laden fluid from  samples flow into the particle counters during testing, allowing the near real-time tracking of particulate shedding by each individual coated stent.  Particles are sized in a range of 5 – 1,000 microns. Particle counts are digitally collected into ‘bins’ based upon size.