{"id":14332,"date":"2025-09-20T02:16:19","date_gmt":"2025-09-19T17:16:19","guid":{"rendered":"https:\/\/aireviewirush.com\/?p=14332"},"modified":"2025-09-20T02:16:19","modified_gmt":"2025-09-19T17:16:19","slug":"ccty-highlighting-humanoid-movement-management-at-robobusiness","status":"publish","type":"post","link":"https:\/\/aireviewirush.com\/?p=14332","title":{"rendered":"CCTY highlighting humanoid movement management at RoboBusiness"},"content":{"rendered":"


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Lake Zurich, IL \u2013<\/strong> CCTY, a supplier of robotic and humanoid bearings and linkages, shall be exhibiting at RoboBusiness<\/a>, the main occasion for robotics builders. The occasion takes place October 15-16, 2025 on the Santa Clara Conference Middle.<\/p>\n

Attendees can go to Sales space #616 to discover CCTY\u2019s full vary<\/a> of miniature bushings, crossed curler bearings, rod ends, linkages, and spherical plain bearings \u2014 all engineered to ship clean, fluid movement.<\/p>\n

\u201cAt RoboBusiness, we\u2019re highlighting how CCTY\u2019s engineering and manufacturing capabilities empower roboticist to attain smoother, extra environment friendly movement management by means of distinctive, application-specific designs,\u201d stated Yaman Obaid, robotics product engineer of CCTY.<\/p>\n

RoboBusiness brings collectively 2,000+ robotics trade professionals to discover the most recent developments in humanoids, bodily AI, subject robotics, enabling applied sciences, and improvement methods. The occasion will even concentrate on funding traits and greatest practices to assist robotics corporations overcome frequent enterprise challenges.<\/p>\n

With 100+ exhibitors<\/a>, 50+ instructional periods<\/a>, 5 keynotes, and hands-on demos, it\u2019s the occasion the place robotics innovation involves life.<\/p>\n

RoboBusiness will characteristic a observe devoted to talks about growing humanoids for numerous industries. Here’s a take a look at the scheduled periods:<\/p>\n

Classes Discovered from First Humanoid Deployments<\/strong>
Wednesday, October 15 | 10:30 AM \u2013 11:15 AM
Location: Keynote Theater
Audio system: Pras Velagapudi, CTO, Agility Robotics; Jim Fan, Director of AI & Distinguished Scientist, NVIDIA; Mike Oitzman, Senior Editor, The Robotic Report<\/em><\/p>\n

As humanoids take their first steps onto industrial job websites, early deployments are uncovering each breakthroughs and rising pains. Be a part of the leaders behind these pioneering rollouts for a candid dialog on what\u2019s working, what nonetheless wants enchancment, and the important thing engineering classes realized in bringing humanoids to life.<\/p>\n

Humanoids for Actual Purposes: Mastering Security and Efficiency<\/strong>
Wednesday, October 15 | 11:30 AM \u2013 12:15 PM
Location: Room 209\/210
Speaker: Nikolai Ensslen, Founder & CEO at Synapticon<\/p>\n

With out mastering security and efficiency, humanoids threat remaining high-tech demos slightly than sensible options. Whereas efficiency metrics like pace and power typically take the highlight, real-world deployment calls for equal concentrate on stability, fail-safe habits, and practical security throughout advanced techniques. This discuss explores the core security and management challenges required to make humanoids productive in human environments. It’s going to current a brand new framework for outlining and engineering protected habits in bipedal robots. Subjects will embrace why conventional \u201cprotected state\u201d logic falls brief, easy methods to allow protected falls and constrained movement, and easy methods to combine AI with full-body management techniques to shut the sim2real hole.<\/p>\n

Developments in Humanoid Actuation<\/strong>
Wednesday, October 15 | 1:30 PM \u2013 2:15 PM
Location: Room 209\/210
Speaker: Jordan Schaeffer, Strategic Enterprise Improvement Engineer, Novanta<\/p>\n

Humanoids are moving into a brand new period. On the coronary heart of this transformation lies a wave of innovation in actuator know-how. Discover how current developments in actuators and supporting elements are enabling humanoids to maneuver extra naturally, reply extra intelligently, and function extra effectively than ever earlier than. From compact high-torque motors to miniature safety-certified servo drives and built-in sensing, these applied sciences will not be simply bettering efficiency\u2014they\u2019re redefining what\u2019s potential.<\/p>\n\n


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Integrating Behavioral Science into Humanoid Design<\/strong>
Wednesday, October 15 | 2:30 PM \u2013 3:15 PM
Location: Room 209\/210
Speaker: Ram Devarajulu, VP and Head of Robotics, North America, Cambridge Consultants<\/p>\n

For humanoids to function successfully in human environments, they have to do greater than full duties. Humanoids will finally additionally want to grasp and reply to human habits. To attain this, builders should combine insights from human behavioral science into humanoid design. Advances in AI, modeling, and knowledge science are actually making it potential to simulate and research human habits at scale, opening new paths for creating robots that align with human expectations. The subsequent decade presents a novel alternative to mix robotics, AI, behavioral modeling, and data-driven insights to construct humanoids that amplify human potential and ship actual industrial worth.<\/p>\n

From Teleop to Autonomy: A Framework for Humanoid Surgical Robots<\/strong>
Wednesday, October 15 | 4:00 PM \u2013 4:45 PM
Location: Room 209\/210
Speaker: Michael Yip, Affiliate Professor of Electrical and Pc Engineering, Affiliate Professor, Pc Science, and Mechanical & Aerospace Engineering, UC San Diego<\/p>\n

To fulfill the evolving wants of recent healthcare, we’re rethinking not simply how robots help surgical procedure, however what sort of robots we construct. Humanoid surgical robots current a radical however obligatory departure from standard design: cellular, human-like techniques able to leveraging present surgical instruments, working in unstructured environments, and finally collaborating as clever surgical companions. Their anthropomorphic design permits them to seamlessly combine into the human-centered working room ecosystem, whereas additionally leveraging the breadth of labor in semi-autonomous help, studying from demonstration, and embodied intelligence that’s being noticed at the moment in lots of non-surgical humanoid robotic purposes.<\/p>\n