• Key Visual

Custom Connectors

Key Features

  • Design to specification
  • Build to print
  • Capable of reliable operation in harsh environments
  • Industry-leading contact IP portfolio

ECT has years of experience in listening to customer requirements and providing custom connectors to meet both technical and commercial targets. Our design and applications engineering team is uniquely positioned to design integrated solutions that meet your specifications.

Each application demands specific connector attributes. Material and chemical sensitive industries require sealed self-cleaning connectors. Shock and vibration tolerant connectors are necessary for rugged environments. We excel at mid and low volume needs of customers that require design intensive, high compliance, long life connectors.

For many products, time-to-market is key for a successful launch. The need for rapid prototyping has become a standard customer request. Using its industry-leading portfolio of contacts and in-house manufacturing capability, ECT is adept at quickly providing prototype connectors.

A connector is only as good as the sum of its parts; that is why ECT utilizes a unique portfolio of proprietary electromechanical contacts that has evolved with the demanding compliant connector industry. Matching these elevated interconnect technologies with specifically designed integrated solutions allow ECT to deliver reliable, versatile, and robust connectors.

Mating pairs are the king of custom connectors. These difficult connector designs may require seals, blind mates, or sliding action. These options often require the most R&D, which is where ECT excels above all others. Providing you a custom connector solution to meet your exact needs is our specialty, no need to compromise.


  • Medical instrumentation
  • Military
  • Aerospace
  • Transportation
  • Energy
  • Communication
  • Battery charging
  • Industrial solutions for robotics, industrial security

Custom probes for a wide range of applications

  • Unique design options to meet demanding application needs
  • High reliability
  • Rapid prototyping
  • High insertion life