Roots Blog

A transition from prototype to full production marks a decisive phase in the product development life cycle. For businesses seeking reliable PCB Design and Engineering Services in India, this transition must be handled with utmost precision. An experimental design that works for prototype lot experiments should, with all due planning, be ready for mass production. Improperly optimized PCB designs are a sure way to see late schedule, high costs, and yield issues-this are issues that can easily […]

With the continuous advances in electronics manufacturing, making the right choice of PCB assembly becomes huge for the product’s reliability, performance, and economic value. Two basic processes stand present in the market: Surface Mount Technology (offered by leading Surface Mount Technology services in India) and Through-Hole Technology. Both techniques have their own particular advantages, and they apply well to certain types of applications. Understanding SMT and THT Surface Mount Technology refers to placing electronic components

In the fast-paced competitive world of electronics today, time is of the essence. If you’re introducing a new product or refacing an old one, tardiness in reaching the market will translate to lost sales. At Roots EMS, we realize the imperative for speed—and our Turnkey PCB Assembly Service is designed precisely to minimize time to market by as much as 40% without sacrificing quality and reliability. Here’s how we do it. 1. Single-Source Accountability from

Electronics industry production is undergoing a deep transformation in 2025 due to rapid technological alternations, transformations in market forces, and assumptions regarding environmental standards. Here are the chief seven trends reshaping the electronic manufacturing services arena this year. 1. AI-Powered Manufacturing and Predictive Analytic At present, artificial intelligence is core to electronics manufacturing processes. In 2025, several manufacturers leverage AI-enabled predictive analytics to predict equipment failure and thus reduce downtime, while optimizing production lines in

In the rapidly changing digital era, the lifespan of electronic goods is shorter than ever. Successor models of gadgets, devices, and intelligent systems replace the older ones now and then, and the result is a deluge of electronic waste—popularly known as e-waste. The Global E-Waste Monitor has reported that the world produced more than 53.6 million metric tons of e-waste in 2019 alone, and the figures keep on increasing. Amidst this challenge, smart EMS solutions

Printed Circuit Boards (PCBs) form the basis of all modern electronic products—smartphones, medical devices, and industrial automation controllers. As the world calls for smarter and compact electronics, so does the call for precision and expertise in PCB assembly. For Indian businesses and global brands wanting to outsource, choosing the right partner from India’s large number of PCB assembly houses is a decision that can influence cost, quality, and time-to-market. Whether you are a startup in

In today’s technology and innovation speed world, success is often dependent on having the capacity to iterate fast, test effectively, and get high-quality products to market. For hardware products, particularly in electronics, prototyping is not an optional stage—it’s a necessity. When engaging an EMS company, a properly done prototype can be the difference between a product that’s ready for market and an expensive failure. Let’s examine how prototyping is a crucial part of electronics manufacturing

In the fast-paced world of electronic manufacturing services (EMS), precision and dependability are absolutely non-negotiable. Be it a complex aerospace control module or a fast-speed consumer device, the core of any thriving electronics product lies in the strength of its repair and assembly process. One must-have tool that has made all the difference to how engineers work with microchip-level repairs is the BGA workstation, alternatively referred to as a BGA rework station. But what is