We can handle all your demands in developing embedded hardware devices. Some things we’ve done:
Advanced Sensor Solutions
Expertise in crafting intricate sensors for diverse environments and needs.
Example Project: Aerospace-Grade Mixed Gas Detection System – Conceived and realized a high-sensitivity environmental sensor for detecting and differentiating mixed gases in challenging aerospace settings, ensuring safety and operational continuity.
Medical Device Innovation
Experience in creating sensitive and robust medical devices, adhering to strict healthcare regulations.
Example Project: Electrostimulus Medical Device – Engineered an electrostimulus sensor integral to a non-invasive medical device, improving patient care and enabling novel treatment modalities.
Embedded Systems Mastery
Proficiency in architecting embedded systems utilizing cutting-edge platforms like STM32 and ESP32.
Example Project: Intelligent Energy-Saving Thermostat – Developed a thermostat system that uses advanced algorithms for superior energy efficiency and user experience.
Power System Optimization
Ability to resolve complex issues within Switched Mode Power Supply (SMPS) circuits, thereby enhancing system performance.
Example Project: High-Efficiency Power Converter – Identified and eliminated losses in a power converter system, resulting in a 20% efficiency improvement.
Industrial Durability Engineering
Skill in improving the longevity and dependability of products in harsh operating conditions.
Example Project: Industrial Sensor for Aggressive Environments – Designed an industrial sensor with enhanced material selection and shielding techniques to withstand aggressive environmental factors, tripling the operational lifespan.
Strategic Consultation
Providing insightful consulting services to fine-tune your design processes, manufacturing methods, and production efficiency.
Example Project: Consumer Electronics Workflow Enhancement – Streamlined the design-to-manufacturing pipeline for a client, reducing the overall product development cycle time by 25%.
Improving your PCB design to minimise post-reflow defects will save you time and money.
“Design pads for SMT components to be slightly longer than the component itself to allow solder to flow evenly and prevent tombstoning during reflow.”
JANET MORRIS
Hardware doesn’t have to be hard
Let’s work together on your
next embedded project
Contact us now for a no obligations chat