SRT Showcases Soft Robotic Grippers, Dexterous Hands, and Embodied AI Solutions at CIIF 2026

SRT Showcases Soft Robotic Grippers, Dexterous Hands, and Embodied AI Solutions at CIIF 2026

Shanghai, China — October 12–16, 2026 — SRT, a leading developer of bio-inspired robotic technologies, is presenting its latest innovations in soft robotics, intelligent gripping, and embodied intelligence at the China International Industry Fair (CIIF) 2026, held at the National Exhibition and Convention Center (Shanghai).

Located at Robot Exhibition Hall 7.1H, Booth F253, SRT is showcasing nine product families, more than 100 robotic products, and a range of innovative solutions designed to accelerate automation across industries including manufacturing, food processing, electronics, automotive, agriculture, and research.

As one of the most influential industrial technology exhibitions in China, CIIF brings together global innovators, manufacturers, and automation professionals to explore the future of intelligent manufacturing. Since the opening day, SRT’s booth has attracted strong interest from industry experts, customers, and technology partners seeking advanced solutions for flexible automation.

A Complete Portfolio of Bio-Inspired Robotic Solutions

At CIIF 2026, SRT presents its comprehensive ecosystem of bio-inspired robotic technologies, highlighting how flexible structures and intelligent sensing can enable safer, more adaptive, and more efficient automation.

The company’s core product area features its full range of bio-inspired dexterous grippers and robotic end-effectors, designed to achieve adaptive and damage-free gripping for complex industrial environments.

By combining compliant structures with advanced materials, SRT’s soft robotic solutions can handle objects with irregular shapes, fragile surfaces, and varying textures. These technologies have already been applied in multiple scenarios, including:

  • Food processing and packaging
  • 3C electronics manufacturing
  • Automotive production
  • Agricultural automation
  • Scientific research applications

The exhibition demonstrates how soft robotics can overcome the limitations of traditional rigid automation systems, enabling robots to interact with a wider variety of objects with greater flexibility and precision.

Bio-Inspired Hands and Robotic Arms Bring Human-Like Dexterity to Automation

A key highlight of SRT’s exhibition is the debut of its advanced dexterous robotic hands and Chordata™ bio-inspired robotic arm.

SRT’s dexterous hands utilize pneumatic artificial muscles to achieve highly biomimetic movement, lightweight construction, and excellent impact resistance. Visitors can experience interactive demonstrations where the robotic hand responds to human gestures and performs synchronized movements.

The Chordata™ bio-inspired robotic arm adopts flexible joints and continuum structures, enabling multi-directional movement and enhanced flexibility. With its high degrees of freedom and compliant motion capabilities, the platform shows strong potential for future applications including:

  • Precision industrial assembly
  • Medical rehabilitation assistance
  • Hazardous environment operations
  • Education and robotics research

In addition, SRT demonstrates its two-finger and three-finger dexterous hands equipped with integrated wrist-mounted air supply systems. These compact solutions can be easily integrated with robotic arms or humanoid robots, enabling the handling of spherical, cylindrical, and rectangular components.

Intelligent Flexible Modules and AI-Powered Embodied Robotics

Beyond robotic gripping hardware, SRT is also showcasing its latest developments in AI-driven embodied intelligence.

At the AI interaction zone, SRT’s soft robotic embodied intelligence platform demonstrates a complete hand-eye-brain coordination system, integrating perception, decision-making, and robotic execution.

Through voice commands or text-based instructions, users can interact with the platform and trigger intelligent tasks such as:

  • Food recommendations
  • Automated meal preparation assistance
  • Service-oriented robotic operations

Powered by digital twin technology, the platform visualizes the connection between physical robots and virtual environments, demonstrating future possibilities in:

  • Smart restaurant services
  • Industrial inspection
  • Digitalized manufacturing processes

This integration of robotics, AI, and digital simulation represents a new direction for intelligent automation, where robots can better understand, adapt, and respond to real-world environments.

Driving the Future of Flexible Manufacturing with Bio-Inspired Innovation

As industries worldwide accelerate digital transformation and automation upgrades, embodied intelligence and soft robotics are becoming key technologies shaping the next generation of intelligent manufacturing.

SRT continues to explore the integration of bio-inspired robotics, artificial intelligence, and intelligent sensing technologies, providing flexible automation solutions that help industries improve efficiency, adaptability, and productivity.

During CIIF 2026, visitors can also explore SRT’s latest innovations, including:

  • Intelligent grippers equipped with multimodal sensing technologies
  • Flexible intelligent modules with dynamic spacing adjustment
  • Optical transmission and servo drive system solutions
  • Advanced robotic end-effectors for next-generation automation

CIIF 2026 is ongoing. We invite industry professionals, partners, and technology enthusiasts to visit SRT at Hall 7.1H, Booth F253, National Exhibition and Convention Center (Shanghai), and discover the future of flexible manufacturing and embodied intelligence.

About SRT

SRT specializes in the research and development of bio-inspired soft robotics, intelligent robotic grippers, and flexible automation solutions. Through innovative robotic technologies inspired by biological systems, SRT enables robots to achieve safer, more adaptive, and more intelligent interaction with complex environments, supporting the transformation toward next-generation smart manufacturing.

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