From idea to factory floor: your industrial project, delivered with precision and expertise.
Electronic products for industrial OEM
Designing an electronic product for an industrial environment is all about its robustness, precision and reliability. Every component must withstand real-world conditions, deliver consistent performance and integrate seamlessly into a larger system.
Motsai designs the embedded electronics that power your machines, from hydraulic or servo motor control to specialized power systems, integrated safety and highreliability architectures. We transform your technical requirements into intelligent circuits engineered for industrialization.
Robust electronics. Measurable performance. Engineering built to last.
Your market is growing
The global IoT market in industrial manufacturing is projected to grow from USD 65.81B in 2024 to USD 181.86B by 2034, with a 10.7% CAGR.
From intelligent machines to fully connected production lines, we’ve supported projects that combine performance, speed, ultralow power consumption and industrial integration.
Industrial Technology
Industrial Equipment Manufacturers
Manufacturer of accessibility and mobility products
Machine control system architecture.
Aerospace
Harsh-Environment Embedded Electronics
Design of an aluminum enclosure that is resistant to environmental, electromagnetic and vibrational constraints.
Vehicular Telemetry Systems
Track system manufacturer
Creation of anti-collision systems, fleet coordination and monitoring of equipment wear.
Fleet management technology
Electronic architecture and embedded communication.
Measure better. Predict earlier. Produce smarter.
Modern factories rely on precise, continuous data. Motsai designs custom sensors to optimize industrial processes and anticipate failures.
Consumption sensors
Advanced consumption sensors for energy, pressure or flow.
Predictive maintenance sensors
Predictive maintenance sensors for early wear detection and real-time alerts.
Industry 4.0 and IoT Integration
Seamless Industry 4.0 and IoT integration for secure, intelligent data transmission and analysis.
Safety is not an optional feature
It is the foundation of any reliable and durable industrial product.
At Motsai, safety requirements become a performance lever. Our engineers integrate safety, electromagnetic compatibility and reliability standards from the early design stages to ensure seamless integration into certified production environments and industrial workflows.
But with us, it becomes much easier.
Whether you’re a startup, SME or R&D team, we accelerate your time to market and clarify every step of the engineering process.
By Your Side
Ready to bring your idea to life?
Your medical ideas transformed into reliable, compliant devices.
Your wearable concepts turned into connected, ready-to-use products.
Your smart home ideas converted into secure, reliable products.
Innovation never stops — and neither does Motsai.
We work on the creation of novel control systems, sensors, industrial IoT devices, embedded modules, and custom electronic subsystems used in manufacturing, automation, energy, and other industrial applications. Note that we do not work on integration projects based on PLCs, large drives, or servos; that is the realm of industrial integration partners. We mainly work with OEMs that want to create novel solutions that can attach to those industrial projects. Examples include customized controllers that can wirelessly control large motors in a safe manner, high-torque but very compact servomotors driven by wireless interfaces, and smart cameras for food inspection – not a one-off system, but the OEM camera sensor and processing unit itself.
We support full product development as well as specific subsystems, such as pipeline leak sensors with radio interfaces, specialized gas sensors with wireless connectivity, or specialized process control units (in rubber manufacturing, high-speed printing). Many clients integrate our work into larger OEM platforms or industrial equipment as those projects become part of their specialized product portfolio.
We often do this when industrial customers have a new need. In many cases, they already have the basic principles worked out with EtherCAT PLCs, ADC boxes, I/O units, and servo drives or actuators. Their main problem is that the solution would cost a fortune if built entirely from industrial components. It is economical to do a custom design for these customers, since they typically want to scale to a few thousand units, and the savings can quickly add up to hundreds of thousands of dollars, if not more, over a small batch. We handle the many steps from prototype to enclosed units, and then through safety, electrical, and radio certification.
Yes, and it is becoming more common. Protocols such as LoRaWAN, BLE Coded PHY, and Wi-SUN can be used for IoT-enabled industrial solutions that allow machines and devices to communicate, collect data, and support remote monitoring or predictive maintenance. We can bridge CAN bus, EtherCAT, and radio mesh networks (even proprietary ones, if we have the specs and permission to do so). Our team is very familiar with adding remote access via cellular or even satellite links to equipment located in the field.
Yes, but we tend to focus on low-voltage electronic subsystems. Those tend to be powered by 5V, 12V, or 24V, and they are the foundation of industrial product controls. We do not design power electronics such as motor starters, servo drives, line rectification, or power factor correction systems. We know how those are integrated, but that type of work is more suited to industrial equipment design houses equipped with the tools to build panels and large electrical cabinets. We know a few of them in the region. They use different tools, and we collaborate with them when the system needs a full electrical cabinet with smart controls.
