Minnesota Wire prides itself on designing, manufacturing and delivering Life Saving Connections to all of our customers throughout the industries we serve.

Quality Testing Capabilities

Minnesota Wire prides itself on the quality and testing of our products. With in-house physical and electrical testing labs, Minnesota Wire performs technical testing and write-ups for a multitude of programs, including design engineering. We understand the need for your cable assembly to work in order to save lives and that is why we put great effort into manufacturing all of our products to the highest standards.

Whether it is patient cables, defibrillator leads, high temperature cables or communication cables used in the defense industry you can count on Minnesota Wire to make the life saving connection!

Some of our testing capabilities include:

Flex Life Testing
Stretch Testing
Torque Testing
Low Noise Testing
Submersion Testing
High Speed Thermal Mass Flow Leak Testing
Tensile and Compression Testing (Pull Test)
OPG Smartscope 250 Non Contact Optical Comparator
Impulse/Abrupt Testing
MIL-C-17G (Cable Test)
AAMI/ANSI EC53-1995

Minnesota Wire Laboratories:

RESS Machine
Electrical Lab
- EMC Chamber
Mechanical Lab
- Complete Test & Measurement Facilities
Signal Integrity Lab
- Electrical integrity and shielding effectiveness
Nano-Technology Lab
- Carbon nanotube process development for non-metallic conductors and shields
- RESS Machine

Minnesota Wire is Certified and Compliant with:

ISO 9001: 2008 Certified
ISO 13485: 2003 Compliant
RoHS Compliant
IPC-620 Harness Certified
MIL-STD Manufacturer

Design Control Experience:

Quality System Requirements (QSR) for the Medical Device industry.
Minnesota Wire has performed and has participated in numerous risk analysis and risk management efforts
Has placed CE marked medical devices in the market under our name brand and well as under our customer's

Process Control Experience:

Process mapping for transfer of knowledge, from one process facility to another
Capability studies for analysis of the process, using statistical techniques
Working with customers to define design performance and control criteria
Using Test and Measure to define processing limits

Process Improvement Advantages:

Using lessons learned during the verification and validation phases to develop a robust process during the transfer to full production
Onsite creative tooling and modeling shop for jig and fixture processing and maintenance.
Workforce experienced in hands on cost reduction efforts for medical devices while maintaining quality control