Great experience with Zaxis Inc. Zaxis Inc. is a highly reliable and professional engineering company. Their attention to detail, technical competence, and clear communication make them easy to work with. We are very satisfied with the collaboration and the quality of their work. I would happily work with Willam Dunkley again.
Dave Starrett has been very helpful showing me the Z5 and Z8 models on two separate occasions. He explained the in and outs of the tester in great detail and has even allowed my company to trail a unit to help us make our decision easier. Overall a great experience working with Zaxis.
Zaxis produces excellent and industrial grade durable metering pumps and provides great customer support. William Dunkley is awesome!
A leak test is used to determine if an object, product, or system functions within a specified leak limit. Leaks occur when gas or liquid flow through an object via an imperfection or manufacturing defect such as holes, cracks, weak seals, etc. Leaks always flow from higher pressure to lower pressure; leak testers use pressure to generate and monitor that flow.
Medical device manufacturers create products that are used to save lives. Rigorous leak testing for medical devices with ASTM and FDA-compliant leak testers is the only way to ensure complete quality.
High-performance Leak Testers and Precision Metering Pumps designed to ensure product integrity across medical, automotive, and industrial electronics manufacturing.
In the realm of electronics manufacturing, leak testing is crucial in ensuring the safety, reliability, and optimal performance of sensitive electronic devices.
Helium, hydrogen forming gas, argon, or air tracer methods find leaks far smaller than pressure-based tests and give a quantitative leak rate for every part.
Pressure decay is one of the most widely used methods of leak testing in manufacturing: pressurize the part, isolate it, and measure the drop.
Mass flow leak tests measure the flow rate through a part directly, an efficient method for higher leak-rate specs and flow verification.
资料来源：企业官网公司介绍页面（复核日期：2026-10-29）。