Robotics Innovation Lab
Experience how leading-edge solutions are addressing real-world challenges such as power efficiency, connectivity, and AI integration. Explore how top suppliers are helping developers accelerate robotics development with scalable, high-performance technologies built for today’s most demanding environments.
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Revolutionize factory automation with Avnet’s comprehensive ecosystem that accelerates, address key challenges; power density and efficiency, ensuring high-performance systems in space-constrained environments. With Avnet’s engineering expertise, we enable robust connectivity, seamless interoperability, and security to optimize factory operations.
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Healthcare robotics Innovation
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Avnet is driving innovation in healthcare robotics with a comprehensive ecosystem of advanced technologies and engineering support. From design to deployment, engineers can create flexible systems that work well together and meet the changing needs of hospitals, helping to reduce downtime and improve clinical workflows.
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E-Book: Adaptive Computing in Robotics
Explore the diverse hardware portfolio of AMD—featuring FPGAs, adaptive SoCs, x86 processors, and SOMs—is revolutionizing the robotics landscape. This webinar dives into modern robotics core challenges and trends, provides a subsystem-level breakdown of robotic architectures, and maps key functions to the most optimized AMD solutions.
PRODUCT brief: AMD Kria™ KR260 Kit Overview
Webinar: Getting Started with the AMD Robotics Hardware Portfolio
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Accelerate Robotics Innovation with the AMD KRIA™ KR260 Robotics Starter Kit
The AMD Kria™ KR260 Robotics Starter Kit is a Kria SOM-based development platform for robotics and factory automation applications. It enables roboticists and industrial developers without FPGA expertise to develop hardware-accelerated applications for robotics, machine vision, and industrial communication and control. Developers benefit from greater flexibility from native ROS 2 and Ubuntu support and increased productivity through the AMD Kria Robotics Stack.
Unlock the Power of the AMD Robotics Hardware Portfolio: From FPGAs to Adaptive SoCs
Explore how AMD is powering the next wave of industrial robotics with adaptive computing, AI acceleration, and ROS 2 integration—built for today’s most demanding automation environments. Dive deep into the technologies enabling multi-axis control and embedded AI.
How Adaptive Computing Is Transforming Robotics with AMD Kria™ SOMs
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AMD
Amphenol
micron
Molex
NXP
onsemi
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STMicro
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CASE STUDY: Monitoring Vital Signs Through Contactless Technology
Discover how AMD solutions enable scalable platforms for healthcare, supporting diagnostic imaging, surgical instruments, and patient care. This session will highlight key technology capabilities, including heterogeneous multi-processing, deterministic control, and flexible I/O, that are shaping the future of healthcare solutions at the edge. Watch now to discover how AMD is powering the future of smart healthcare.
E-BOOK: High-performance and Adaptive Computing in Healthcare
Webinar: Powering Healthcare at the Edge with Adaptive Computing
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PrīmSphera and AMD Enable Early Detection with Contactless Fluid Monitoring
Explore how PrīmSphera transforms chronic disease management with its contactless RF PMD sensor technology powered by the AMD Zynq™ UltraScale+™ RFSoC and Avnet’s /IOTCONNECT platform. Discover how this groundbreaking solution enables early intervention, remote monitoring, and seamless EHR integration to improve patient outcomes and reduce hospitalizations.
Transforming Patient Care with Technology
Explore how AMD high-performance and adaptive computing technologies are revolutionizing healthcare—from AI-driven diagnostics and robotic surgery to real-time medical imaging and edge AI solutions. Discover how OEMs can accelerate innovation, improve patient outcomes, and meet evolving security and sustainability demands using AMD compute platforms.
How AMD Adaptive Computing Is Powering the Future of Medical Innovation
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Article: Empowering Robotics with Vision and Sensing Technologies
Technological advancements are redefining robotic capabilities, with vision and sensing technologies driving intelligent decision-making and navigation. This article explores robotic vision sensors and highlights Amphenol's advanced connector solutions that enable seamless integration and support robotics innovation across industries.
Product: ix Industrial™ IP20 Connectors & Cables
Webinar: Designing for Power and Performance
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ix Industrial™: Next Generation Industrial IoT Connectivity
ix Industrial™ connectors and cables enable IoT connectivity for Ethernet and other industrial protocols across all operational levels from the enterprise/cloud to sensors and actuators on the factory floor. With a compact 10mm pitch and 2-point metal latches, these connectors are just 25% the size of an RJ45, offering higher port density and secure mating. They support PoE, deliver Cat6A (10GBASE-T) performance, and provide 360° shielding for superior EMI protection.
Empowering Robotics: The Convergence of Vision and Sensing Technologies
This webinar explores how Amphenol’s SMT (Surface Mount Technology) D-Sub and High Power D-Sub solutions meet the evolving demands of compact, high-performance electronic systems. Learn how these connectors are engineered to deliver robust mechanical performance, efficient power distribution, and flexible design options across a wide range of applications in industrial automation.
Designing for Power and Performance: SMT & High Power D-Sub Solutions
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FLYER: Winning the race to the IoT edge
As factory automation embraces AI and edge computing, robotics systems must process and store vast amounts of real-time data with precision and speed. This brief explores how Micron’s memory and storage portfolio, including LPDDR5x, industrial-grade SSDs, and NOR/NAND flash, enables edge compute, sensor fusion, and AI inference directly on the factory floor. Learn how Micron supports evolving architectures that drive smarter, more connected industrial environments.
PRODUCT: LPDDR5/LPDDR5x Product Family
Webinar: Micron Memory & Storage in Next-gen AI Robotics
Micron LPDDR5/LPDDR5X Enables High-Speed, Low-Power Performance
This datasheet outlines Micron’s LPDDR5 and LPDDR5X SDRAM solutions, built to deliver up to 17.1 GB/s of bandwidth per channel with excellent power efficiency. With support for rugged operating temperatures, advanced packaging, and low-voltage operation, these memory products are ideal for industrial robotics—where real-time processing, compact designs, and energy-efficient performance are critical to enabling smarter, faster automation.
Accelerating Factory Robotics at the Edge: Micron Memory Powers Intelligent Industrial Systems
As robotics evolve to support AI-driven tasks in factories, warehouses, and smart cities, reliable memory and storage play a critical role in real-time compute, vision systems, and edge intelligence. This webinar explores the architectures behind articulated robots, AMRs, and collaborative systems, and highlights how Micron’s industrial-grade DRAM, NAND, and SSD solutions are supporting the next generation of intelligent robotics across diverse industrial applications.
Enabling AI in Industrial Robotics: Memory and Storage
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FLYER: Medical Memory Storage Solutions
Designed for next-generation embedded systems, Micron's DDR5 DRAM offers higher bandwidth and improved power efficiency for data-intensive medical devices. This datasheet outlines the core specifications of the DDR5 family, with additional die-specific details provided in individual revision addendums to ensure accurate design integration.
Product: DDR5 SDRAM Family
Webinar: Why Memory & Storage are Critical
Empowering Healthcare Devices: Micron Memory Solutions for Smarter, Safer Patient Care
As healthcare devices become more connected and portable, memory plays a vital role in ensuring reliable performance, long battery life, and secure data storage. This blog explores how Micron supports medical device manufacturers with a wide range of high-reliability, ruggedized memory and storage solutions designed for applications from wearable monitors to advanced medical robotics.
Micron DDR5 DRAM Delivers High-Speed, Reliable Performance
As the healthcare industry evolves, connected and AI-driven medical devices are reshaping diagnostics, treatment, and patient care. This webinar explores key trends including outpatient care, medical wearables, and surgical robotics and highlights how Micron memory and storage solutions support secure, high-performance data handling across advanced healthcare applications.
Micron Memory: Enabling Intelligent Healthcare Devices
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Interactive Experience: Factory automation design
This guide offers a fast, intuitive way to match your application needs with smart sensors featuring machine learning cores (MLC), intelligent sensor processing units (ISPU), and ultra-low power operation.
DIGITAL TOOLKIT: Kick-start Your Factory Robotics Design
Video: latest trends, innovations, and insights in robotics
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Explore the 2024 Robotics Report from Molex
Discover cutting-edge trends, design challenges, and emerging technologies shaping the future of robotics. This insightful video highlights key findings from Molex’s industry research, offering engineers and innovators a closer look at what's driving next-gen automation across industries.
See where Molex fits into this factory automation design
Drive smarter, faster, and more reliable factory automation with this digital toolkit. This free download gives you access to the critical resources needed to accelerate industrial robotics development and integration. What's inside: Product Brochures Datasheets Application Briefs And more!
DIGITAL TOOLKIT: KICK-START YOUR FACTORY ROBOTICS DESIGN
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FCT D-Sub Product Family includes connectors available in standard, high-density and mixed-layout versions, as well as various material and plating combinations with an extensive range of backshells and accessory options, to provide effective solutions for a variety of applications.
D-Sub Connectors
Versatile dual-contact FD19 Series FFC/FPC Connectors meet temperature requirements up to 150°C and come in a wide range of circuit sizes for maximum design flexibility across multiple markets and applications.
Easy-On FFC/FPC One-Touch
Magnetic Jacks innovative connectivity solutions with magnetic coupling, ensure secure and reliable connections in various electronic applications. They are ideal for environments where quick and easy connections are critical, enhancing both user experience and device functionality.
Magnetic Jacks
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Offering robust, compact and flexible connectivity solutions, the sealed Micro-Change M12 Connectors and Cable Assemblies enable data, signal, and power transmission for industrial sensors, actuators, and network infrastructure applications.
Micro-Change M12
Micro-Fit Connectors offer a compact, high-performance interconnect solution, blending power and flexibility without compromising space or reliability. These connectors also provide grounding protection and halogen-free components to meet government regulation guidelines for environment, health and safety (EH&S) compliance.
Micro-Fit
The Mini-Fit Connector family delivers an operating temperature up to +125° C, offers a double crimp tool and is available in Board-to-Board, Wire-to-Board and Wire-to-Wire configurations.
Mini-Fit
Nano-Change M8 Connectors by Molex are designed for compact, high-performance connectivity in industrial applications. These connectors provide reliable electrical connections in harsh environments, making them ideal for sensors, actuators, and other automation equipment requiring robust and secure connections.
Nano-Change
Enable rapid, reliable communication between robotic systems and industrial networks. They enhance system performance by offloading network tasks and ensuring fast, synchronized data exchange.
Network Interface Cards
The PowerWize Wire-to-Board/Wire-to-Busbar connectors offer low contact resistance and low voltage drop due to it’s multiple contact beams.
PowerWize
Premo-Flex Flat Flexible Cables (FFC) by Molex deliver versatile and reliable connectivity solutions for a wide range of applications. These cables provide design flexibility and robust performance, making them ideal for applications requiring compact and efficient data and power transmission.
Premo-Flex
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Given the prevalence of digital technology in today’s ultra-connected world, it’s easy to overlook the critical importance of radio frequency (RF) transmission. Yet RF coaxial connectors and cables are essential for all types of wireless communication. Molex gives customers a comprehensive array of specialized solutions, optimized for applications ranging from automotive to medical and everything in between.
RF Connectors
Sentrality Pin and Socket Interconnect System offers high-current board-to-board, busbar-to-board and busbar-to-busbar connectors and provides a +/- 1.00mm radial self-alignment to overcome tolerance stack-up issues.
Sentrality Pin and Socket
The Squba sealed wire-to-wire family offers higher current handling ability in a miniature size. This IP68 rated connector system supports up to 14 A of current with 16 to 24 AWG wire and 3.60mm and 1.80mm pitch to ensure a reliable connection even in wet conditions.
Squba
WHITEPAPER: Solutions for Tomorrow’s MedTech
AICHI is an award-winning proof of concept that we unveiled at this year's CES. It is an example of an Edge AI platform that securely collects and analyses multimodal health data in real time. The AI controller uses information from environmental sensors and from noninvasive health devices like blood pressure monitors, ECG patches, glucose patches and/or medical smartwatches. AI models are then used on the sensor data to predict and provide actionable health insights to authorized caregivers outside of the home.
DIGITAL TOOLKIT: Accelerate Your Healthcare Design
INTERACTIVE EXPERIENCE: Healthcare Robotics Design
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BREAKTHROUGH MEDTECH: Headwinds, Tailwinds and the Flight Path to Success
As computing power advances and major tech and consumer electronics companies enter the medical device market, the pace of innovation is accelerating rapidly. This white paper explores how their entry is transforming the competitive landscape and outlines the emerging strategies, technologies and collaborations that are most likely to define future success in digital health and medical device development.
Explore where Molex fits into this healthcare design
Get instant access to the essential resources driving next-generation healthcare solutions. This comprehensive digital toolkit is designed to help engineers and innovators accelerate medical device development and streamline integration in robotics and patient care systems. What's Inside: Product Brochures Datasheets Application Briefs And more!
DIGITAL TOOLKIT: ADVANCE YOUR MEDICAL DESIGN
HDMI Connectors provide high bandwidth transfer of data at faster speeds and a small footprint for applications where size, real estate and space are concerns.
HDMI I/O Connectors
Molex offers a diverse range of antennas that offer design flexibility and enhanced signal strength and performance for evolving applications. These antennas are critical in ultrasound applications to provide high-speed, seamless connectivity for crucial data transfer.
Wi-Fi 6E Flex Cable antennas, Ceramic antennas
Antennas
Molex’s Easy-On FFC/FPC One-Touch Connectors come in 0.5mm and 1.0mm pitch forms to provide a reliable connection while reducing space. The easy mating and auto-lock mechanism ensures operators can make secure connections quickly without losing crucial data.
Easy-On FFC/FPC Connectors
FCT High Power, FCT Mixed layout, FCT D-Sub Grounded
Molex FCT D-Sub connectors are available in standard, high-density and mixed-layout versions, as well as various material and plating combinations. These products are used in today’s medical ultrasound machines for compatibility, standardization, cost-effectiveness and reliability.
D-Sub Products
Micro USB & USB I/O Connectors
Molex USB and Micro USB products ensure high mating durability and optional waterproofing in a compact design for space savings. Specifically for medical devices, USB products provide mounting options that support splashproof and waterproof devices, reversible function, power delivery, high-data transmission rate and reliable connectivity.
Configure your custom cable solution >
Molex provides a wide range of OTS and custom cable assemblies for your medical applications.
High-Speed Pluggable I/O, SFP+-to-Passive, zQSFP+-to-zQSFP+, Circular MT Optical
Cable Assemblies
Molex has a comprehensive range of RF coaxial connectors and cables that are essential for wireless communication in medical devices. They provide a high-bandwidth, low-loss connextion that maintains signal integrity in the most demanding environments.
Fiber optic connectors and adapters offer a small form while bringing the benefits of optical technology to demanding applications in the medical market.
Fiber Optic Cable Assemblies are optimized for performance and reliability and offer simple installation for efficient routing.
Molex is a leading supplier with an extensive offering of advanced fiber optics components and precision-tested optical cable assemblies. These products are especially important in today’s medical environment because of higher speeds and the need for low/no latency.
Fiber Optic Connectors and Cable Assemblies
product family: i.MX 95 Applications Processor Family
It's time to thrive with i.MX 95! Bringing to you powerful AI-accelerated vision processing and immersive graphics abilities with functional safety, advanced security, and high-performance connectivity. A great combination for your industrial robotics applications. Stay updated with us for the latest i.MX 95 offerings!
Application: i.MX 8M Plus for Machine Learning and Vision
Webinar: Exploring Mobile Robotics
i.MX 95: High-Performance, Safety-Enabled w/ eIQ® Neutron NPU
Join us to explore NXP's mobile robotics platform, covering key technologies that enable real-time vehicle control, management and autonomy. Learn how sensors collect and process data for precise robot actions, how vision-based SLAM (vSLAM) and other sensor solutions enable localization and mapping and how connectivity, motor control, and battery management solutions optimize performance - both in-vehicle and beyond.
Exploring Mobile Robotics: Real-Time Control, Autonomy & Optimization
Learn more about NXP robotics solutions
Check out how this vSLAM project utilizes i.MX 8M Plus for AGV/AMR and Mobile Robotics in the Industrial IoT & Smart Home field. The i.MX 8M Plus includes a Neural Processing Unit operating at up to 2.3 TOPS, dual image signal processors (ISP) & two camera inputs for an effective advanced vision system. For even more robotics offeringss, check out our NavQPlus reference design for mobile robotics companion computers in the webinar to your right!
i.MX 8M Plus: Cortex®-A53 with ML, Vision, Multimedia & IIoT
WHITEPAPER: Smart, Secure Medical Devices
DEMO DESIGN: AI Controller For Health Insights
Webinar: Cybersecurity Recommendations in Healthcare
Securing the Future of Healthcare: EdgeLock® SE05x & A5000 in Medical Devices
In the Medical Internet of Things (MIoT), where doctors and healthcare staff use connected devices to treat patients in a whole new way, NXP provides a comprehensive, FIPS standard-compliant protection that safeguards privacy, secures data, and enables innovation. Featuring: • SE050 • SE051 • SE052F • EdgeLock A5000
Smarter, Safer Patient Monitoring: AI Controller For Health Insights
Cybersecurity in the Internet of Medical Things (IoMT) is increasingly critical. Both the FDA and EU MDRs are addressing these concerns. Join this session to see how NXP’s EdgeLock® Discrete solutions help simplify compliance and support secure IoMT architectures.
Cybersecurity in Healthcare: Deep Dive into FDA and EU MDRs
Application Note: Design Principles of Inductive Sensors
Factory automation demands accurate, robust sensing. onsemi’s NCS32100 enables high-resolution inductive position sensing with sub-50 arcsecond precision, ideal for harsh environments. This design principles guide highlights how PCB-based designs overcome misalignment and distortion, delivering reliable performance on the production line.
System Solution Guide: Smart and Mobile Robotics
Webinar: Steering Future Autonomous Mobile Robots
Empowering Mobile Autonomy: Sensor Fusion and Sensing Trends for Smarter Robotics
As autonomous mobile robots (AMRs) navigate complex environments, the need for reliable perception is greater than ever. This webinar explores the challenges AMRs face across diverse settings, breaks down the basics of sensor fusion, and highlights emerging trends in sensing technologies that are enabling safer, more intelligent robotic systems.
Precision Meets Reliability: onsemi’s NCS32100 for Factory Automation
From battery management to sensing and motion control, robotics demand integrated, efficient systems. This guide explores how onsemi’s end-to-end portfolio enables smart, mobile, and collaborative robots; supporting advanced AI, SLAM, and sensor fusion. Discover the technologies powering next-gen automation across warehouses, factories, and beyond.
Driving Autonomous Innovation: Complete System Solutions for Smart Robotics
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WHITEPAPER: Exploring the Impact of Image Sensors in Robotics and Automation
As healthcare devices become smaller and more capable, precision electrochemical sensing is key to enabling real-time diagnostics and monitoring. This blog introduces onsemi’s CEM102 analog front-end, designed for ultra-low current measurement in applications like continuous glucose monitors. Paired with the RSL15 MCU, CEM102 supports seamless system integration and extended battery life, driving the next generation of wearable healthcare technology.
PRODUCT: CEM102 Product Brief
VIDEO: Simplify Sensor Integration with CEM102 & RSL15 EVB
Accelerating Development in Healthcare Robotics: CEM102 EVB and RSL15 Simplify Sensor Integration
Precision sensing is vital in medical and wearable robotics. This webinar walks through setup and debugging with onsemi’s CEM102 Evaluation Board and RSL15 MCU, highlighting how to build, flash, and measure ultra-low current with ease. Learn how to streamline development for healthcare applications with energy-efficient Bluetooth® Low Energy solutions.
Empowering Healthcare Innovation: Precision Sensing for Smarter Wearables
From autonomous service robots to collaborative medical assistants, healthcare robotics demands precise vision systems for safety and reliability. This blog explores the role of image sensors in mobile and stationary robots, highlighting how onsemi’s Hyperlux and global shutter solutions enable depth sensing, collision avoidance, and low-power, high-resolution imaging, pushing innovation across modern medical environments.
onsemi Image Sensors Empower Smarter, Safer Automation
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Quick Reference Guide: MEMS & Sensors Portfolio
Whitepaper: Designing Safety-Critical Control Systems
Demo Video: The Gold Standard in Industrial Imaging
Discover STMicroelectronics' Global Shutter Image Sensor
This exclusive demo shows how ST’s cutting-edge sensor technology eliminates motion blur, delivers superior low-light performance, and captures fast-moving objects with high fidelity—ideal for industrial automation, robotics, barcode scanning, and machine vision applications.
Unlock the full potential of embedded sensing with MEMS and Sensors
In this exclusive whitepaper, STMicroelectronics reveals advanced techniques and the best architectural practices behind designing safety-critical control systems—engineered for zero-failure environments such as smart factories, power plants, and transportation infrastructure.
Learn how to build resilient, standards-compliant digital I/O systems
Learn more about STMicro robotics solutions
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FLYER: Unleash Next-Gen Embedded Vision with the VD55G1
This all-in-one kit includes dual sensor input support, a USB 3.0 interface, and a modular mechanical holder, enabling live image streaming and advanced sensor performance testing across a wide range of use cases. Whether you're evaluating turnkey pro modules or fine-tuning optics with M12 lenses via S-Boards, the STEVAL-EVK-U0I delivers unmatched flexibility, compatibility, and ease of use.
DATA BRIEF: Effortless Image Sensor USB Kit
Demo Video: BrightSense Joins STM32
Discover the power of precision in a microscopic form factor
Leverage award-winning sensor technology that combines ST’s patented BSI and CDTI innovations with a comprehensive ecosystem of dev kits and software—empowering faster time-to-market and superior imaging performance.
Accelerate your image sensor development with the STEVAL-EVK-U0I
This launch video highlights how developers can now combine industry-leading image quality with ultra-low power processing to build next-generation smart devices for applications like AI at the edge, AR/VR, smart wearables, machine vision, and more.
Unlock Smarter Vision with Seamless Embedded Integration
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Factory Automation: Advancing Smart Manufacturing
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Revolutionize factory automation with Avnet’s comprehensive ecosystem that accelerates robotics development. Our solutions address key challenges such as power density and efficiency, ensuring high-performance systems in space-constrained environments. With Avnet’s engineering expertise, we enable robust connectivity, seamless interoperability, and security to optimize factory operations.
explore healthcare
From surgical precision to patient care automation, let us partner with you to bring your smarter healthcare solutions to life faster, safer, and smarter with an extensive supplier network.
Healthcare Robotics: Empowering Medical Innovation
Avnet is driving innovation in healthcare robotics with a comprehensive ecosystem of advanced technologies and engineering support. With support from design to deployment, engineers can create flexible systems that work well together and meet the changing needs of hospitals, helping to reduce downtime and improve clinical workflows.
explore factory
Innovating Healthcare and Factory Automation with Robotics
Robotics is revolutionizing industries like healthcare and factory automation by improving precision, efficiency, and autonomy. From enhancing patient outcomes to streamlining manufacturing processes, robotics is enabling faster innovation and smarter systems. Visit our Robotics Innovation Lab to experience how leading-edge solutions are addressing real-world challenges such as power efficiency, connectivity, and AI integration. Explore how top suppliers are helping developers accelerate robotics development with scalable, high-performance technologies built for today’s most demanding environments.
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Our dedicated team of engineers and industry experts is here to help you accelerate development, reduce risk, and scale smarter across healthcare and industrial environments.
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FACTORY ROBOTICS
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