Documentation presenting the dimensional specifications of select BDC Laboratories anatomies, along with corresponding clinical data reported in published literature. Inner diameters, angles, and radii of curvature of the models are identified by letters denoted on the image, with the specification presented in tabular form. The associated published data are presented in tabular form as well, for direct reference, when applicable. BDC Laboratories’ models with Reference Documentation are consistently within one standard deviation of published literature. Currently Available for: Type III Aortic Arch (S01222-T3) Neurovascular Arteries (S01104) Lower Extremities (SLOWEXTREM-2R)

BDC Laboratories’ imaging system provides an easy, reliable way to capture high-quality visuals for flow model simulations. Configurable with up to four compact USB-compatible cameras, the system includes a tablet-based tech package with our Statys® Video Monitoring software to easily record and review multiple views of device placement in real time.

BDC Laboratories’ fluid handling systems deliver precise, repeatable flow conditions to support the evaluation, testing, and demonstration of cardiovascular devices and their delivery systems. Designed to simulate physiological hemodynamics, these systems range from the digitally controlled PD-1100 to the portable PD-0500 and PD-0750 platforms.

The Statys® Pressure Monitoring System delivers precise, reliable pressure measurements for cardiovascular device evaluation or demonstration. Supporting up to four pressure transducers simultaneously, this system combines dedicated data acquisition hardware with user-friendly software to monitor, chart, and record critical pressure signals with accuracy and consistency.

BDC Laboratories can integrate custom calcified lesions into any location with vascular or anatomical models, including coronary arteries and aortic valves.

BDC Laboratories’ SLIC™ friction reduction coating is a proprietary surface treatment that achieves a clinically relevant surface friction on any of our silicone anatomical models. The SLIC™ coating offers a unique friction reduction for device tracking, coupled with excellent bonding to our silicone vasculature with superior resistance to abrasion and erosion. BDC’s proprietary process produces an ultra-thin, gap-free, conformal coating of all luminal surfaces with frictional characteristics demonstrated to align with biological vessels.

BDC Laboratories can include an additive into our silicone during a vessel’s manufacturing to increase and augment the radiopacity of the final vasculature for use with clinical imaging modalities. This additional option for BDC’s silicone vascular models provides an optimized test platform when performing physician training, research and development studies, deployment accuracy studies or education programs that utilize clinical imagining as part of the protocol.