A Flexible & Comprehensive Offering
Versatility and flexibility is part of our DNA
Pulso Tailor-Made Offer
More than 500 vascular devices are developed globally every year to target specific pathologies that are highly complex to reproduce for testing purposes. Conventional in vitro analyses are lacking in terms of close-to-reality conditions and customizability, thus not allowing medical devices companies to increase the value of their prototypes. Moreover, when customized, these bench tests become expensive.
Create Your Tailor-Made Anatomical Model
Patient-specific or standard customizable anatomical flexible and transparent models
Reproduce Realistic Flow Conditions
Tailor-made bench test to target specific aspects of the functioning of your device
Assess the Hemodynamic Impact of Your Device
Flow velocities analysis and detailed stream flow visualization thanks to our powerful set of lasers and high-speed cameras
Silicone Vasculatures Development
Pulso tailored systems offer a controlled and predictable environment for in-depth studies of critical device characteristics
Flexible and Transparent Anatomical Models
Thanks to its know-how in silicone models manufacturing, Pulso can provide you with a wide portfolio of accurate standard and tailor-made anatomical replicas. These include the reproduction of patient-specific anatomies. Such replicas are meant to support not only your R&D tests, but also your marketing and sales activities.
Pulsatile Flow Testing
Pulso reproduces any type of physiological flow and pressure conditions
Physiological Accurate Test Conditions
Conventional in vitro analyses are lacking in terms of close-to-reality conditions and customizability, thus not allowing medical device companies to increase the value of their prototype. Pulso pulse duplicator allows the reproduction of a wide variety of physiological signals and this, in normal, accelerated and pathological conditions.
Pulso Pulse duplicator can be programmed to reproduce any type of physiological flow and pressure conditions. Parameters such as cardiac output, average pressure, peak flow, systolic percentage can be varied to represent different testing scenario.
Accurate Hemodynamic Evaluation
Pulso tailored systems offer a controlled and predictable environment for in-depth studies of critical device characteristics
High-Performance Tools for Flow Visualization
It is widely recognized that turbulence in blood flow, generated by prosthetic devices, constitutes a primary factor in the formation of blood clots. Identifying this issue during the clinical phase of your device’s development could necessitate a return to the design phase, leading to significant delays and increased costs. To mitigate this problem, modern prosthetic devices are placing a strong emphasis on enhancing their hemodynamic performance. But the question remains: How can one assess and validate these improvements?
With high-speed cameras capturing up to 25Khz, Pulso provides detailed insight into complex flow patterns under various physiological conditions. This allows for comprehensive device understanding and early detection of potential failure modes.
Particles Image Velocimetry Analysis
Particle Image Velocimetry (PIV) has revolutionized the field of medical device testing by offering precise and non-invasive measurement techniques. At Pulso, PIV is used to analyze fluid dynamics within medical devices, such as catheters, prosthetic heart valves, and drug delivery systems, providing valuable insights into flow patterns, turbulence, and pressure distribution. PIV plays a crucial role in optimizing device design and performance. It helps identify potential issues, such as blockages, areas of stagnant flow, or irregularities in fluid movement, allowing for iterative improvements.
