For system integrators, panel builders, and procurement teams, sourcing individual electronic and mechanical components is only half the battle. The real challenge—and where project budgets often overrun—lies in the seamless integration of these parts into a cohesive, reliable system. When electronics, pneumatics, and motion control fail to communicate effectively, it leads to production bottlenecks, costly redesigns, and delayed market entry.
TPS Elektronik’s custom mechatronic system integration services are built to eliminate that risk. As a comprehensive automated assembly manufacturer, we bridge the gap between PCB assembly and full mechanical integration. From building complex electro-mechanical sub-assemblies to delivering turnkey automation and assembly solutions, we ensure your systems are production-ready, compliant, and optimized for performance.
1. The shift from pure EMS to mechatronic system integration
In modern industrial automation, the line between electronics and mechanics has vanished. A printed circuit board (PCB) is useless without the actuators it drives, and a mechanical chassis is inert without its electronic brain. This convergence requires a manufacturing partner capable of handling both domains simultaneously.
TPS Elektronik provides end-to-end automated assembly solutions. Instead of managing multiple vendors for PCBs, cable harnesses, machined parts, and pneumatic assemblies, procurement teams can rely on our integrated approach. We handle the entire BOM (Bill of Materials), ensuring that every pressure sensor communicates perfectly with the PLC, and every mechanical tolerance aligns with the electronic housing. This holistic approach significantly reduces supply chain complexity and accelerates time-to-market.
For a deeper understanding of our foundational approach, explore our mechatronics and robotics guide.
2. Motion control: Servo motors and precision actuators
At the heart of any dynamic mechatronic system is motion control. Whether it is a multi-axis robotic arm or a high-speed packaging line, precise movement is non-negotiable. Our integration services heavily feature the implementation and tuning of the servo motor.
Unlike standard induction motors, a servo motor provides exact control over angular or linear position, velocity, and acceleration. Our electrical engineers integrate these motors with advanced drives and feedback sensors (encoders or resolvers) to ensure sub-millimeter accuracy. We handle the complex wiring, shielding (to prevent EMI issues), and mechanical coupling required to mount these motors into your custom chassis. By integrating these components early in the assembly process, we guarantee that the mechanical kinematics perfectly match the software profiles.
Learn more about how we build the future of manufacturing in our article on mechatronics and intelligent systems for Industry 4.0.
3. Pneumatic systems: Air preparation and regulation
Many automation and assembly solutions rely on pneumatics for clean, fast, and reliable actuation. However, pneumatic systems require meticulous integration to prevent leaks, pressure drops, and contamination.
3.1 Air compressors, dryers, and regulators
The longevity of a pneumatic system begins with air quality. We integrate comprehensive air preparation units into our mechatronic builds. This includes the installation of an air dryer to remove moisture that could corrode internal valve components, and an air compressor regulator to ensure a stable supply pressure from the factory line.
At the machine level, a precise pressure regulator (or air regulator) is installed alongside a highly visible pressure gauge. This allows operators to monitor and adjust the working pressure for specific actuators, ensuring that delicate assembly tasks are performed with the exact required force, preventing damage to fragile components.
3.2 Plastic tubing and pneumatic cylinders
Routing air efficiently requires expert knowledge of fluid dynamics and mechanical layout. We utilize high-grade plastic tubing (such as polyurethane or nylon) routed through protective energy chains to prevent kinking and wear during machine operation. This tubing connects the control valves to the pneumatic cylinder—the workhorse of linear motion. Whether you require compact short-stroke cylinders for tight spaces or heavy-duty rodless cylinders for long transfers, our team ensures they are mounted with absolute precision and integrated seamlessly with magnetic position sensors.
4. Fluid control and valve integration
For systems handling liquids or requiring complex directional air control, valve integration is a critical phase of our mechatronic assembly. We routinely integrate a variety of valves to ensure safe and directional flow.
A check non return valve (also commonly referred to as a check valve one way valve) is essential in preventing backflow that could damage sensitive pumps or contaminate supply lines. For manual shut-off or automated high-flow control, we integrate robust valves ball valve assemblies.
To monitor these fluid systems, we incorporate advanced pressure sensor sensors. A high-quality pressure sensor provides real-time feedback to the PLC, triggering alarms or shutting down the system if pressures deviate from safe operating parameters. This closed-loop control is vital for process stability.
Discover our capabilities in integrated systems and precision machining.
5. End-of-arm tooling: Grippers and suction cups
In robotic integration, the interface between the machine and the product is the End-of-Arm Tooling (EOAT). TPS Elektronik specializes in assembling and wiring complex EOAT solutions tailored to your specific product.
For rigid, geometric parts, we integrate mechanical grippers (both pneumatic and electric). A precision gripper can be equipped with custom-machined fingers to handle delicate electronics without causing stress fractures. For flat, fragile, or irregularly shaped items, we integrate vacuum systems utilizing a suction cup array. These vacuum systems are paired with highly sensitive vacuum switches to confirm part presence before the robot initiates its movement, ensuring high-speed reliability.
Discuss your robotic integration needs with TPS →
6. Scaling up: Continuous motion assembly machines
While we excel at building sub-assemblies, our true capability shines when delivering complete, turnkey systems. For high-volume production environments, a continuous motion assembly machine represents the pinnacle of mechatronic engineering.
Unlike indexing machines that stop and start, continuous motion systems perform assembly tasks while the product is constantly moving. This requires extraordinary synchronization between the servo motor drives, pneumatic actuators, and vision inspection systems. As an experienced automated assembly manufacturer, TPS Elektronik has the facility space, engineering talent, and supply chain robustness to build, wire, program, and test these massive systems before they are shipped to your factory floor.
Read more about our journey from design integration to precision parts production.
7. Quality, testing, and global compliance
A mechatronic system is only as good as its testing protocol. At TPS Elektronik, every integrated system undergoes rigorous Factory Acceptance Testing (FAT). We verify electrical continuity, pneumatic leak rates, servo tuning parameters, and overall system logic.
Furthermore, we ensure that the final assembly complies with international safety and electrical standards, such as ISO 9001 and relevant IEC directives. If your mechatronic system requires housing, we also provide custom 19-inch cabinets and chassis to ensure EMC compliance and physical protection on the factory floor.
