As manufacturers of components for medical devices, we understand the challenging performance and regulatory requirements of this industry.
Combining years of experience and practical product expertise, we know exactly how to deliver precise, qualified, customized automated flow control and process solutions to meet your exact needs.
Our Product Managers and Engineers work hand in hand with our customers to design and manufacture innovative products and sub-assemblies to meet the market requirements.
Cryotherapy equipment used in cancer treatments requires precise control of liquid nitrogen flow at extreme temperatures as low as -196 °C (-320 °F).
Automating this process presents significant technical challenges due to the cryogenic environment, where conventional components typically do not offer reliable and safe operation.
We have developed and designed high-quality, FDA-compliant solenoid valve manifolds to meet the stringent standards of medical devices.
These custom manifolds enable precise control of liquid nitrogen flow at -196°C and are integrated into advanced cryogenic systems using solenoid valves.
Our solution ensures reliable operation and compliance with regulatory requirements in cryotherapy applications.
Adapting the flow control and measurement system for a fast, reliable, extremely compact countertop-sized Pulmonary Function Test (PFT) machine
We developed a compact, high-precision flow control and measurement system tailored to strict size constraints, providing our client with a high-quality, miniaturized solution that improves diagnostic speed and reliability.
Achieving precise and balanced flow control alongside seamless mixing of air and oxygen in respiratory systems and ventilators
We developed customized, medical-grade proportional valves capable of high-frequency operation, delivering exceptional accuracy and precise regulation to ensure optimal air-oxygen mixture and flow control.
Developing a medical-grade, compact, and precise vacuum and cooling flow control system that meets the customer’s target price, with vacuum used to gently stretch the skin before treatment and water employed to cool both device components and the skin after treatment. The solution must reduce costs without compromising quality.
We developed innovative, cost-effective, and compact vacuum and cooling flow control systems that precisely support skin stretching and cooling functions. Our customized solutions comply with strict medical device standards while achieving the customer’s cost targets without sacrificing performance or quality.
