Electronics & Computing Machining Service
Trusted machined parts manufacturer for the electronics and computing industries in the UK
- High quality precision machined components
- Specialising in intricate, tight tolerance work
- Extensive experience and high customer satisfaction
Because of our extensive machining knowledge and understanding, clients in the electronics and computing industries come to us from all over the UK.
We owe our success to our highly dedicated team, the genuine interest we pay on every project and the time we take to understand our customers' exact project requirements.
We have been working with Electronics companies who offer products to a range of different markets including High-voltage, Aerospace and Communication markets for many years.
This experience enables us to work with companies to manufacture high quality components in the most cost effective way; consistently exceeding customer expectations.
Whether your requirement is CNC or manual, milled or turned, Penta Precision has the knowledge, expertise and equipment to meet your needs.
Working with Penta will allow you to:
- Trust in a quality finished product
- Meet project and buying deadlines
- Spend less time chasing suppliers
- Talk to someone about design advice
- Focus on the vital parts of your job role
GET ELECTRONICS / COMPUTING MACHINING QUOTE
We build close working relationships with customers all over the UK due to the consistency, reliability and quality of our machining service.
Our skilled team have the ability to machine from hard copy drawings, 2D and 3D electronic files, and are happy to machine components from samples. We also offer an engineering/manufacturing drawing service.
Further information about types of electronics components we machine as well as our quality excellence and 'secret sauce' can be found in the tabs below.
Our Work: Examples
Scroll through some examples of the electronics machined parts we have machined. Click on the image to see enlarged version plus information on machining process, material and tolerance.