Stäubli Robotics emphasizes medical technology expertise

Stäubli Access Series: Hygienically enclosed robot arm with hygienic design, cleanable and decontaminable, and resistant to IPA. (Copyright: Stäubli Tec-Systems GmbH Robotics)

The autonomous counterbalance forklift FL1500 from Stäubli combines a compact design with a lifting capacity of 1.5 tons and helps companies make their production logistics sustainable and future-proof. (Copyright: Stäubli Tec-Systems GmbH Robotics)

During filter manufacturing, the Stäubli SCARA TS2-60 and the 6-axis robot TX2-90 work hand in hand. The automation concept was implemented jointly by MGA Technologies and Infiplast. (Copyright: Stäubli Tec-Systems GmbH Robotics)

In a system by MGS, medical catheters are inspected for defects all around using camera-based image processing before automated packaging is carried out by robotic systems. (Copyright: Stäubli Tec-Systems GmbH Robotics)

Medical Technology Ireland is one of the leading trade fairs for the development and manufacturing of medical devices. The industry event will take place from September 23 to 24, 2026, at Galway Racecourse, and Stäubli Robotics will present a comprehensive program of innovative automation solutions for medical technology.

The spectrum of medical technology products is virtually endless, ranging from braces to CT scanners to prostheses. No matter how different the products are, they all must meet strict industry standards. At the same time, continuous innovations and industry trends such as connected and portable devices or personalized products make manufacturing increasingly complex and traceability more demanding.

The use of robots and mobile robotic systems is ideally suited to make the production of medical devices as simple, efficient, process-safe, and economical as possible. However: Robots used in medical technology must meet the strictest hygiene requirements. Additionally, cleaning and decontamination processes require specially designed premium robots that can withstand these procedures without damage over the long term.

40 Years of Experience in the Medical Technology Industry

Stäubli Robotics has focused for nearly four decades on automating demanding tasks in medical technology in close collaboration with OEMs and system integrators. Today, thanks to recognized expertise, it can offer a comprehensive range of robots that covers every conceivable application. Whether assembly, machining, laser cutting, polishing, sandblasting, quality assurance, or use in injection molding machines – Stäubli robots master all processes in medical device production.

The manufacturer offers hygienic, cleanroom-compatible four- and six-axis robots in various load classes. Some of these even meet the strict GMP and FDA requirements and can operate in aseptic areas. With the Access series, Stäubli has also developed a special product line that provides the entry point for many applications in medical device manufacturing at manageable costs.

An additional key advantage for medical device manufacturers is Stäubli’s high quality and process expertise. The company is ISO 13485 certified, meeting the requirements of the internationally recognized quality management system for medical devices. This certification helps manufacturers comply with regulatory requirements and significantly reduces validation efforts when integrating automation solutions. Through documented processes, high-quality standards, and a consistent focus on the needs of medical technology, Stäubli offers its customers added security when implementing demanding production projects.

For highly flexible process chaining, various mobile robots are available, including platform AGVs, self-driving forklifts, and the world’s first mobile pharmaceutical robot Sterimove for applications in GMP areas A/B/C/D.

Automation with Significant User Benefits

With proven expertise and adaptable solutions, Stäubli continually sets new standards and supports manufacturers in optimizing scalability, process safety, and productivity. Stäubli solutions also consider all regulatory requirements of the industry. This enables medical device manufacturers to improve throughput and product quality as well as efficiency and cost-effectiveness. Additionally, human errors can be reduced, transparency increased through real-time data collection, and manufacturing processes made more flexible—an essential factor for the growing demand for personalized products.