We provide professional PCB design services for industrial, aerospace, and embedded systems — from schematic capture and PCB layout to prototyping and production-ready hardware. Our designs are engineered for reliability, manufacturability, and long-term deployment.
Get a PCB Design QuoteOur core expertise is PCB design. We design schematics and PCB layouts that are optimized for signal integrity, power distribution, EMC compliance, and manufacturing constraints.
From early prototypes to high-volume production, our PCB design services ensure that your electronics perform reliably in real-world conditions.
We design custom PCBs and electronic hardware for companies building real products.
Our Work Includes:
• PCB Design & Engineering
• Product Creation & Hardware Development
• Embedded Firmware & Software
• Production Engineering & Mass Manufacturing
• Certifications & Regulatory Compliance
Learn more about our full PCB design services, including high-speed design, DFM, and production support.
We support the full hardware development lifecycle, starting from system definition and schematic capture through PCB layout, validation, and production handover.
Our work focuses on translating functional requirements into robust electronic designs that can be manufactured, tested, and deployed at scale.
Each project is approached with a production mindset, ensuring that design decisions made early in development reduce risk, cost, and delays later in the manufacturing process.
Custom cellular smartwatch enhancing patient healthcare monitoring.
Innovative FPGA board with phased array mics for cutting-edge acoustic applications.
Glasses designed to empower users with disabilities through immersive technology.
Modular solenoid boards driving the next generation of mechatronic solutions.
Bluetooth-enabled scanner with e-paper display optimizing retail inventory management.
Custom cellular smartwatch enhancing patient healthcare monitoring.
Innovative FPGA board with phased array mics for cutting-edge acoustic applications.
Glasses designed to empower users with disabilities through immersive technology.
Modular solenoid boards driving the next generation of mechatronic solutions.
Bluetooth-enabled scanner with e-paper display optimizing retail inventory management.
Precision signal amplification board for oxygen scanning in medical diagnostics.
Wi-Fi sensors for intelligent agriculture, boosting hypotonic crop growth.
A compact sensor integrating ToF and PIR technology for accurate motion detection in harsh environments.
GaNFET FOC controller for precision BLDC motors with integrated battery management.
RPi-enabled multi-axis motor controller designed for complex industrial robotics, offering versatility and precision.
Precision signal amplification board for oxygen scanning in medical diagnostics.
Wi-Fi sensors for intelligent agriculture, boosting hypotonic crop growth.
A compact sensor integrating ToF and PIR technology for accurate motion detection in harsh environments.
GaNFET FOC controller for precision BLDC motors with integrated battery management.
RPi-enabled multi-axis motor controller designed for complex industrial robotics, offering versatility and precision.
Providing advanced engineering for mission-critical systems in aerospace and defense.
Precision electronics for uptime, efficiency, and seamless integration in automated facilities.
Advanced electronics for control systems, power management, and in-vehicle connectivity.
Reliable, IoT-enabled devices designed to improve patient outcomes and meet regulatory standards.
Innovative designs for high-performance consumer electronics, meeting the latest market demands.
High-speed, low-power designs for connected devices, data networks, and smart environments.
High-dynamics canard actuation for advanced UAV and aerial platforms, featuring foldable and deployable fins engineered for fast, low-latency control. Combining precision mechanics, custom electronics, and LQG-based state-space control within a simulation-driven development workflow, this work demonstrates how flight-critical actuator systems are designed, validated, and prepared for real-world deployment.
Designed a scalable 64-channel MEMS microphone acquisition system for automotive R&D, using Texas Instruments FPD-Link to serialize multi-channel I²S audio over automotive-grade Rosenberger connectors. Features include phase-coherent capture, EMI-resistant high-speed links, and a modular circular PCB architecture with 16 microphones per board. Ideal for beamforming, noise localization, and acoustic AI datasets, the system is expandable from 16 to 64 microphones without redesign, delivering low-latency, high-resolution audio to an FPGA for real-time processing.
Our process covers everything from initial draft to final production. We start with your idea, develop the schematic, design the PCB layout, test the prototype, and finalize with mass production.
We establish a clear project scope and timeline from the start, offer transparent pricing, and maintain open communication throughout the project to prevent unexpected expenses.
After completing your project, we provide revisions, troubleshooting, and further consultations to ensure your product operates flawlessly and meets all your requirements.
Yes, we provide custom product development services for industries including automotive, aerospace, healthcare, and consumer electronics, ensuring solutions meet specific industry standards.
We handle all types of PCB designs, from simple single-layer boards for basic applications to complex multi-layer boards for advanced electronic systems.
To begin, contact us through our website or by phone. We’ll discuss your project needs in a detailed consultation and outline the steps to take your idea to final production.
