Kodiak Assembly Solutions LP, a leading contract electronic manufacturer, announces that the Austin Business Journal has published another profile as they follow the company through the COVID-19 pandemic and ups and downs over several months.

“I think we’re in the same boat as many manufacturing companies right now,” commented Michael Harlow, Vice President of Sales, Kodiak Assembly Solutions. “Operating an electronics manufacturing company in 2020 was especially challenging. We feel very fortunate that we are still succeeding, and we are all optimistic about 2021.”

The full profile story can be read here

Over the last 16 years, Kodiak Assembly has established a reputation for its high quality, first pass yields and on-time deliveries. The company offers PCB assembly, test and system integration capabilities out of its world-class facility in Austin.

Kodiak Assembly’s expertise and flexibility allow the company to facilitate the effective production of a great variety of products. The company is built around the idea of being able to quickly begin production of high-quality electronic products while also sticking to the most demanding schedule.

Kodiak has extensive experience in a number of key electronic markets, including: IoT- Internet of Things, Network Servers, LED Lighting, Energy Management & Storage, Oil and Gas, Industrial controls, Radio Frequency (RF) Solutions, Security /Access Controls and Microprocessor Embedded Computer Assemblies.

For more information about Kodiak Assembly Solutions, visit kodiakassembly.com

About Kodiak Assembly Solutions
Kodiak Assembly Solutions is an Electronic Manufacturing Services company based in Austin, Texas. The company provides printed circuit board assembly, test and integration services to companies throughout North America. Kodiak Assembly has developed solutions in its electronics manufacturing services with our customer’s business goals in mind. The company’s strength lies in its experienced team, state-of-the-art machines, clean facility and quality centered processes.