November 1, 2019
PCB experts usually agree that automated processes reduce errors during assembly. Modern surface mount technology allows SMT line machines to produce better results more consistently for the broad majority of PCB components.
September 27, 2019
Reduce Your Time-to-Market by 50% Cable assemblies are integral to the production of countless products ranging from wearables to home electronics and industrial equipment. As an established […]
April 18, 2019
As circuits get smaller and more compact, they become more susceptible to electrostatic discharge (ESD) and damage. According to the ESD Association, 25% of all electronics […]
April 1, 2019
Rigid circuit boards remain the most common form of Printed Circuit fabrication. However, as consumer demand for smaller devices increases, manufacturers and engineers are face with the challenge of enabling increased performance in smaller and smaller form factors to meet consumer preferences. This continued drive to smaller, faster, cheap is a leading factor in the increased implementation of flexible circuit solutions.
March 26, 2019
March 6, 2019
When a PCB in your smartphone fails, it affects your professional and personal life. PCB failure in a medical device can have far-reaching consequences and affect patient safety. How can common PCB failures be avoided?
December 13, 2018
Green Circuits' SMT expansion offers increased capacity, more thorough inspections, and additional capabilities to meet customer demands.
September 10, 2018
Green Circuits is proud to announce its participation in National Manufacturing Day 2018. National Manufacturing Day is an annual event that works in a coordinated effort […]
May 10, 2018
Green Circuits has provided fast, quality, and high-volume manufacturing and assembly of complex circuit board development for system-critical components. Green Circuits delivered custom-orders in 5 business days or less. The Counter Drone Company's PCB project utilized Green Circuits' full turnkey design and engineering services, including PCB prototype development and assembly.