News & Insights

Modern product development demands more than just strong hardware or software — it requires true integration. When PCB engineers and software developers collaborate from the start, compliance becomes smoother, verification cycles shorter, and the final product more reliable.

This article outlines how hardware–software co-design, proper verification, and hybrid sourcing models are reshaping medical-device and industrial electronics — focusing on facts, not buzzwords.

Developing medical device software goes far beyond coding—it combines regulatory expertise, cybersecurity, usability, and risk management into a highly controlled process.
This guide explains how specialized partners help companies build safe, compliant, and market-ready software solutions according to IEC 62304 and ISO 13485—from concept to post-market surveillance.

An ESD workbench is the backbone of a static-safe workspace. This guide explains how ESD tables work, which features matter most, key industry applications, and what to consider when choosing the right one – for safer, more efficient, and compliant electronics manufacturing.

Initial Situation A precision engineering company approached TPS Elektronik with a complex challenge. They were looking for an ODM supplier capable of integrating electronic design with high-precision metal injection molding (MIM) manufacturing. After experiencing inconsistent quality from previous metal injection molding providers, the customer needed a partner who could combine ODM design expertise with the… Read More »

Key Takeaways Introduction to Electronic Components on PCBs Electronic components are the building blocks that turn a bare printed circuit board into a working device—from wearables to industrial controls. Mounted on fiberglass substrates with copper traces, they create circuits that process signals, manage power, and execute computational tasks. The transition from through-hole to SMT has… Read More »

From precision welding and smart wiring to advanced alloys and refined surface processes, modern manufacturing is driven by accuracy, consistency, and innovation. Learn how these developments are shaping the future of production.

Mechatronics combines mechanics, electronics, and computer science to build intelligent systems that drive Industry 4.0 and smart manufacturing. From robotics to aerospace, mechatronic design enables adaptive, data-driven automation and sets the foundation for sustainable, intelligent technology.

Aluminum heatsinks are essential components in modern electronic thermal management. They efficiently dissipate heat, protect components from overheating, and extend product lifespan. This guide explains the main types of aluminum heatsinks, how they work, key performance factors, and the latest innovations in heatsink technology.

Initial Situation A company operating in the medical and datacom industries approached TPS Elektronik with a complex challenge. The client required comprehensive electronic design services to modernize an existing product line and sought a reliable partner for component sourcing, logistics, and customer data integration. As part of its expansion strategy, the company sought to enhance… Read More »