It’s always nice when your company can get things done in-house, but sometimes this just isn’t possible. If your company is looking for inductors, transformers, or power supplies CET Technology has the know-how and support to take any project from development to completion. CET Technology is fully equipped to meet the needs of our clients. Whether you have all the requirements and material needs laid out for your project, or only have a vague idea of what you actually need; CET is an excellent partner to help move your project forward.
The Design Expertise You Need
Sometimes your project calls for a custom part that just can’t be developed in-house; either you don’t have the material, or your company doesn’t have the proper knowledge to create the correct item. CET Technology can work closely with your engineering team to help design the part that you need. We will discuss what application the part will be used for, and design a product around that. We will supply sample parts for testing, and can modify the design, as it’s needed.
Many times products like switching power supplies and motor controllers have very diverse and unique magnetics requirements. Because of this CET has gained a wide range of experience working to meet the specific needs of clients. We have worked on thousands of projects requiring magnetics with a wide range of parameters, and because of this, the expertise of our facility has grown. We are sure that we can meet the needs of your projects.
Manufacturing You Can Trust
From our facilities in New Hampshire we can provide you with the custom components that your project needs. These components include electrical transformers, power supplies, inductors, coils, chokes, and DC/DC converters. Our quality products are competitively priced and tested to meet the highest standards.
Our products are used in many different industries such as audio, medical, HVAC, pool and spa as well as military and automated controller industries.
Call CET Technology (603) 894-6100, where we build relationships one component at a time.
