We live in a time of great uncertainty with respect to healthcare. But whatever direction this enormous industry ultimately takes, one thing is certain: medical device manufacturers will be expected to do more, do it faster, and do it better. Uson offers a variety of equipment and expertise for medical device leak testing.
We work with leading medical device manufacturers to ensure the peak performance of a wide range of components and assemblies. From aspirators and catheters to valves and everything in between.
Uson leak testers are excellent for quality checking of medical devices during production. Compact and user-friendly, the Sprint mD, for example, is loaded with impressive standard features, and has options for customization. It’s available as a single channel tester, or it can be configured with up to four channels performing concurrent or sequential testing.
But whether the need is a versatile, multi-sensor tester with increased flexibility, a multi-range single channel tester with integral pneumatics, or a small footprint, bench top model, when the new breed of manufacturer wants to step it up, they turn to the company with the widest selection of equipment and unsurpassed experience in optimized leak test solutions.
Working closely with our luer connector manufacturing client’s quality assurance and regulatory affairs teams, we’ve developed testing solutions using our Optima vT tester’s powerful PROGRAM JUMP, MATH and STEP functions. The Optima vT provides automated program steps, complex calculations and register entries, eliminating the scope for human error and enabling ISO 80369-7 & ISO 80369-20 compliance.
Among a long list of features that are ideal for medical device manufacturing applications, our Sprint mD leak tester offers enhanced security features, such as user authentication through passwords and roles, customizable access authorization, and the ability to log and monitor changes to parameters, enabling compliance with standards such as 21 CFR Part 11 (U.S.), MHRA/EU Annex 11, and others.