Nordic Industrial PCB Design & First-Time-Right Mass Production
This video presents the complete, high-reliability product design process customized by TronixV for a Nordic industrial control client. Extreme stability comes from rigorous process control: from the initial schematic design to PCB layout and final routing, every critical milestone has passed a strict dual-review system (Internal Expert Review + Client Review). The project is now finalized and fully […]
Project Delivery: Custom Precision Automatic Dosing Device for Livestock Vaccination
We are proud to announce the successful delivery and client handover of our custom-engineered Micro-Volume Automatic Dosing Device. Designed specifically for the agricultural and veterinary sectors, this device provides a reliable solution for sheep and cattle vaccine inoculation. This project highlights our comprehensive R&D capabilities. Our team managed the entire product lifecycle:
Advanced Airfield Lighting Control System (ALCS) Engineered for Critical Reliability
Introduction Designed for aviation infrastructure where stability is expected, not assumed. Our next-generation Airfield Lighting Control System is built to operate consistently under the most demanding environmental and electromagnetic conditions. Key Features
Two Industrial Solutions: Line-Laser Code Reading on Castings + Structured-Light 3D Metrology up to 900°C
This video covers two separate products discussed by two engineers, addressing two different industrial scenarios: (1) Product #1 — Line-Laser 3D Identification (code/text reading): Castings and post-treated parts often have oxidation, peeling scale, and heavy texture, causing 2D cameras and barcode readers to fail on Data Matrix/QR codes and engraved text. Our line-laser approach uses […]
What Is MQTT in IoT?
MQTT is a lightweight publish/subscribe protocol widely used in IoT, ideal for low-bandwidth and unreliable network environments.
How to Achieve Precise Trace Impedance Control Through PCB Design
Learn how to control PCB trace impedance through stackup design, microstrip/stripline structures, differential routing, and simulation to ensure high-speed signal integrity.