We connect manufactures, customers, and technology partners.
Robotics is rapidly reshaping industries worldwide, driving new levels of automation, efficiency, and intelligence. As adoption accelerates across industrial and service applications, robotics has become one of the most dynamic growth markets of our time. From manufacturing and logistics to healthcare and smart infrastructure, organizations are leveraging robotic technologies to increase productivity, improve quality, and address workforce challenges.
Rutronik Robotics brings together suppliers, customers, and technology partners to accelerate innovation across the robotics ecosystem. Through expert know-how, application-focused workshops, solution demonstrations, and close engineering collaboration, we help transform innovative concepts into market-ready products.
Drawing on deep expertise in semiconductors, passive components, embedded AI, electromechanics, software, and system integration, Rutronik supports a wide range of robotic architectures, including articulated and SCARA robots, AGVs, AMRs, UAVs, Cartesian and gantry systems, delta robots, cobots, humanoid robots, and hybrid robotic platforms.
From innovative components to complete system solutions, Rutronik is your trusted partner for the next generation of robotics.
Rutronik combines leading semiconductor, passive, embedded AI, and electromechanical technologies with strong system-level expertise, strategic software partnerships, and rapid prototyping capabilities through Rutronik System Solutions.
This holistic approach helps customers reduce development complexity, accelerate innovation, and shorten time-to-market. By providing access to proven technologies, engineering expertise, and scalable reference designs, Rutronik enables faster concept validation and a seamless journey from initial design to market-ready deployment.
Key Benefits
- Accelerated product development and innovation
- Reduced design complexity through end-to-end solution support
- Faster prototyping and concept validation
- Access to leading technology partners and ecosystem expertise
- Scalable solutions ranging from individual components to complete systems
- Reduced time-to-market and lower development risk
With its solution-driven approach, Rutronik helps turn robotic innovation into commercial success.
Mobility & Motion Control
Enables robots to move, balance, navigate, position themselves, and execute precise joint and body movements.
Dexterous Manipulation
Enables robots to grasp, handle, assemble, and interact with objects through force-aware and tactile sensing capabilities.
Perception & Environmental Awareness
Enables robots to sense, map, and understand their surroundings, supporting navigation, localization, and obstacle avoidance.
Object & Material Intelligence
Enables the identification and interpretation of objects, materials, conditions, and contextual characteristics beyond basic visual recognition.
Embedded Intelligence & Autonomy
Enables AI-driven decision-making, sensor fusion, task planning, real-time inference, and autonomous operation in dynamic environments.
Energy & Power Management
Enables efficient power generation, storage, distribution, monitoring, and optimization of system performance and runtime.
Connectivity & Data Infrastructure
Enables seamless communication within robotic systems and with external devices, edge platforms, cloud services, and fleet management solutions.
HMI & Safety
Enables safe and intuitive human-robot interaction through collision avoidance, contact detection, signaling, functional safety, and advanced user interfaces.
Seminars
Coming Soon!
Events
- electronica 2026: November 10 - 13
- embedded world 2027: March 16 - 18
STRATEGIC PARTNERS
Worldwide leaders in ROBOTICS technologies and innovation
Our Products. For Your Project.
|
Supplier |
Product/ Module |
Function |
Why suitable for Robotics? |
|---|---|---|---|
|
Infineon |
Battery charging, power management, motor control |
enables higher end-to-end system efficiency , decreases motor core losses, i.e. less overheated motors! |
|
|
Infineon |
Fast processing, real-time control, built-in safety and security, AI support, and high-speed connectivity for robotics applications |
AURIX™ TC4x is ideal for robotics because it combines deterministic real-time control, high-performance processing, safety features, AI acceleration and industrial connectivity, enabling efficient and reliable robot control. |
|
|
Altera |
Agilex 5 |
Scalable mid-range FPGA/SoC with AI Tensor Blocks, ARM Cortex-A76/A55, transceivers up to 28.3 Gbps, DDR5/LPDDR5 support, and low-power architecture |
Altera Agilex® 5 is ideal for robotics, combining AI processing, sensor fusion, and real-time motor control on a single low-latency platform. |
|
ams OSRAM |
TMF8829 |
Multi-Zone dToF 3D-Wahrnehmung für autonome Roboter |
Sensor fusion, autonomous navigation, determining the object's exact location in 3D space. |
|
MediaTek |
MediaTek Genio provides a scalable multicore ARM based edge-AI platform that combines AI acceleration, multimedia capabilities, flexible connectivity, low power consumption, Linux/Android support, and long-term industrial-grade availability. |
Genio provides the key building blocks a robot needs: AI inference, computer vision, sensor connectivity, power efficiency, Linux support, and industrial-grade longevity. Robot Operating System (ROS 2) is available under Yocto. |
|
Supplier |
Product/ Module |
Function |
Why suitable for Robotics? |
|
|---|---|---|---|---|
|
Yageo |
Hi Q Series Class 1, NP0 16V TO 500V 0.1 pF to 100 pF |
IMU / Force / Torque; Vision & Depth; Proximity / Touch |
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Yageo, Vishay, Susumu |
Thinfilm Resistor |
Precision, Liabiltiy |
BMS, Motor control |
|
|
SECH |
Peak Power Support; backup power; energy recovery |
Supports safe robot stop and data retention; Maintains critical functions during power dips; Extends battery life and supports dynamic loads; Allows controlled shutdown during power loss; Enables fast acceleration and regenerative braking |
||
|
Panasonic |
Low ESR DC-link stabilization for servo and BLDC drives; High current support for sensor fusion platforms; High ripple tolerance for AI computing; High ripple and long lifetime; Stable supply for edge communication units; |
Supports dynamic motor control and fast load changes; Enables reliable object classification; Supports continuous processor workloads; Efficient power conversion and DC-link buffering; Supports reliable cloud connectivity; Improves reliability of safety functions |
|
Supplier |
Product/ Module |
Function |
Why suitable for Robotics? |
|---|---|---|---|
|
Schurter |
Color coding and different design options regarding size, color, and lighting |
Shock-resistant, stainless steel, long-lasting |
|
|
Amphenol CS |
RoboConn™ |
Hybrid Power + Signal Connector |
|
|
JAE |
The floating connector technology (±0.5 mm X/Y tolerance) simplifies robotic assembly, reduces mechanical stress, and minimizes the risk of damage during blind mating. With data rates over 8 Gbps and a reliable two-point contact structure, it is ideal for demanding robotic, AI, and industrial applications. |
The JAE MA01 series is a next-generation board-to-board connector designed for high-speed data transfer and automated assembly environments. Although it was originally developed for modern automotive ECUs, JAE specifically mentions factory automation (FA) systems and service robots as key applications, making the MA01 particularly suitable for modern robot control architectures. |
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|
Tenpower |
High power cells for mobile and industrial robots |
High energy density and power, long life with high cycle numbers, suitable for various battery modules |
|
Supplier |
Product/ Module |
Function |
Why suitable for Robotics? |
|---|---|---|---|
|
Kontron |
Industrial Computer Platform for Robotics and AI |
Next-generation robotics platform Powered by Intel® Core™ Ultra 300 Series processors with integrated CPU, GPU, and NPU architecture, the platform delivers up to 180 TOPS of AI performance for real-time machine vision, perception, and autonomous decision-making at the edge. |
|
|
Intel |
Intel® Core™ Ultra Processors (Series 3) codename "Panther Lake" |
High-performance CPU designed for demanding industrial and robotics applications. |
Intel® Core™ Ultra Series 3 processors integrate CPU, GPU, and NPU on one platform, allowing control, sensing, and Physical AI policies to run together instead of across multiple systems. 180 TOPS AI performance, TSN, industrial grade, Functional Safety, Real-Time Support, Robotics AI Suite. |
|
Intel |
Intel® Core™ Ultra Processors (Series 4) |
Nova Lake is a game changer platform for the Edge. Seamless scalability, breakthrough AI performance of 200+ TOPS, and robust I/O. |
Intel® Nova Lake integrate CPU, GPU, and NPU on one platform, allowing control, perception, and Physical AI policies to run together instead of across multiple systems. 200+ TOPS. |
|
Realsense |
RealSense cameras empower machines and devices to perceive and interact with the world in 3 dimensions |
Object detection and grasping, real-time 3D depth sensing, SLAM and navigation, compact design |
|
|
Yeebo |
Displays:TFT or monochrome Displays |
The display serves not only as a screen but also as an interface for the exchange of information. |
In various scenarios—such as wayfinding in shopping centers or operating machinery—screen design directly influences the user's willingness to interact and the overall user experience. |
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