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An exhibitor seminar that provides information on exhibitors' products and technologies that cannot be obtained from just the exhibition booths. All sessions are free to attend. There is no need to apply for tickets, so please feel free to come directly to the venue. December 10 (Thursday) 14:00 - 14:20 Venue: Tokyo Big Sight, West Hall 2, Open Space Is PFAS-free liquid cooling technology progressing? Addressing the challenges of low-temperature cooling under PFAS regulations. The trend towards PFAS-free solutions is impacting the semiconductor industry, particularly in thermal management. When handling fluids for low-temperature cooling, it is also necessary to address challenges such as material compatibility, leak prevention, flow efficiency, and stable operation. This seminar will outline these technical challenges and introduce methods to address them without compromising performance, safety, or reliability through optimal quick coupling solutions.

Webinar Held Prior to SEMICON JAPAN Exhibition Stäubli will be exhibiting at SEMICON JAPAN 2026, which will be held from December 9 to 11, 2026, at Tokyo Big Sight. (East Hall 7, Booth Number: E7837) In advance of this, we will introduce how various couplings (fluid connectors) that will be on display are used in semiconductor manufacturing processes and the effects they bring, based on the latest trends, in a webinar. We plan to hold a total of three sessions. Session 3 Title: Latest Trends in Semiconductor Testing Equipment and Liquid Cooling Systems ~Cooling Solutions Required in the AI Era~ Overview: With the proliferation of semiconductors for AI and high-performance devices, the importance of heat management in testing equipment and evaluation facilities is increasing. In this webinar, we will present the latest trends in semiconductor testing equipment and liquid cooling systems, along with case studies of connection solutions for cooling circuits.

Webinar Held Prior to SEMICON JAPAN Exhibition Stäubli will be exhibiting at SEMICON JAPAN 2026, which will be held from December 9 to 11, 2026, at Tokyo Big Sight. (East Hall 7, Booth No.: E7837) In advance of this, we will introduce how various couplings (fluid connectors) that will be on display are used in semiconductor manufacturing processes and the effects they bring, based on the latest trends, in a webinar. We plan to hold a total of three sessions. Second Session Title: Latest Examples of Cooling Circuits in Semiconductor Front-End Equipment ~ Efforts to Improve Temperature Management and Maintainability ~ Overview: Stable temperature control and efficient maintenance are critical challenges in semiconductor front-end equipment. In this webinar, we will present examples of the application of connection technologies in cooling circuits, using deposition and etching equipment as examples, and solutions that contribute to improved maintenance efficiency.

Webinar Held Prior to SEMICON JAPAN Exhibition Stäubli will exhibit at SEMICON JAPAN 2026, which will be held from December 9 to 11, 2026, at Tokyo Big Sight. (East Hall 7, Booth No.: E7837) In advance of this, we will introduce various couplings (fluid connectors) that will be on display, explaining how they are used in the semiconductor manufacturing process and the effects they bring, based on the latest trends, in a webinar. We plan to hold a total of three sessions. Session 1 Title: Why are Quick Couplings Adopted in Semiconductor Manufacturing Equipment? – Evolution of Connection Technology Seen Through Case Studies – Overview: With the growing demand for semiconductors for AI, manufacturing equipment is required to have high productivity and maintainability. In this webinar, we will introduce the changes in connection technology within the semiconductor industry and the background for the adoption of quick couplings, incorporating actual case studies.

Various connectors that are essential for modularizing semiconductor manufacturing. We will showcase solutions related to fluid connectors and electrical connectors. Please be sure to visit us at the venue.

NVIDIA recently announced that the Vera Rubin platform has officially entered full-scale production. Vera Rubin is a POD-scale platform of unprecedented size, operating as a large-scale AI supercomputer with five dedicated racks working in tandem. It will enable the provision of high-speed computing to AI data centers, research institutions, and cloud service providers around the world. Vera Rubin features water cooling as a standard specification, and the supply chain for various components optimized for efficient and high-quality water cooling has become an important challenge. Stäubli continues to support infrastructure development in next-generation AI data centers as the market leader in quick connectors for water cooling. UQD/UQDB products are developed based on OCP standards, while MQD/MQDB products are developed according to NVIDIA specifications, making them suitable for use with Vera Rubin and various high-performance racks. By leveraging a global supply chain, mass production system, and regionally focused manufacturing system, we are stably supporting the large-scale deployment of hyperscale AI platforms.

We have opened a showroom within the headquarters of Stäubli Corporation. Please feel free to touch and experience our products related to the electrical connectors, fluid connectors, industrial robots, and textile machinery divisions, and verify the reliable quality of Stäubli products. We also have meeting rooms and free spaces available, and we plan to hold various seminars and internal exhibitions. The entire Stäubli team sincerely looks forward to your visit.

The modular multi-coupling "Smart Config," which allows for the configuration of various connectors according to individual specifications using a digital configurator, has now been added to Stäubli's range of multi-couplings. It targets applications in the automotive industry, particularly in body manufacturing, final assembly, and inspection processes. It is designed for both manual and automatic connection and disconnection, covering all general requirements for various fluid, signal, data, and power connectors. The core of this new service, which can propose real-time solutions, is the digital configurator. Stäubli's sales engineers can collaborate with customers on-site to configure multi-couplings that meet individual requirements. Once the modules and interfaces are determined, the entire system, including pricing and delivery time, can be generated in real-time.