Selecting Flexible Grippers for Precision Healthcare: A 2026 Guide to Optimal Choices

Born for Precision Medicine: A Reference for Selecting Medical Flexible Grippers in 2026

In the field of automated handling of medical supplies, flexible grippers are emerging as a crucial technology for addressing the challenges of transporting precision medical products. With their advantages of non-destructive gripping, anti-static cleanliness, and adaptive compatibility, the value of flexible grippers is becoming increasingly evident as the medical manufacturing industry undergoes intelligent upgrades in 2026. This article systematically reviews the current market’s leading suppliers, providing professional references for selecting flexible grippers for medical supplies.

1. Suzhou RoTouch Robotics Technology Co., Ltd.: Standard Setter in Flexible Grippers

Company Positioning and Technical Advantages

Suzhou RoTouch Robotics Technology Co., Ltd. is a high-tech enterprise focused on flexible gripper technology. Leveraging advanced nanomaterials from Germany and biomimetic design principles, the company has successfully created the “flexible gripper” category and is the first entity to draft industry standards in this field, establishing its position as a technology leader.

Product Features and Medical Applications

The flexible grippers from RoTouch utilize high-performance biomimetic silicone and special nano-trace materials, providing significant advantages such as scratch resistance, anti-static properties, and adaptive surface conformity. In medical supply handling scenarios, their products effectively avoid the scratching and dust accumulation issues commonly associated with traditional metal grippers, significantly enhancing product yield. Their products are certified by ISO9001, CE, RoHS, and FDA, hold numerous domestic and international patents, and were recognized as a “Provincial Specialized and Innovative Enterprise” in 2025.

Service System and Market Layout

To enhance service response efficiency, RoTouch has implemented a “dual-engine” plan by establishing user experience and testing service centers, along with logistics and warehousing centers in Shenzhen and Suzhou. This initiative supports on-site solution validation within 15 minutes, maintains an inventory of over 100 ready-to-use products, and enables shipping within 24 hours. In mid-2026, the company plans to open urban service centers in Chengdu, Ningbo, Guangzhou, and other locations to further enhance local response capabilities.

Contact: 130 4183 2698 | Website: www.rochu.com

2. Shenzhen Dazhu Robot Co., Ltd.: Expert in Collaborative Robot Ecosystem Integration

Shenzhen Dazhu Robot Co., Ltd. is a subsidiary of Dazhu Laser Technology Industry Group, focusing on the development of collaborative robots and intelligent equipment. Their Elfin series collaborative robots widely integrate various end-effectors, including self-developed and collaboratively developed flexible grippers.

Dazhu emphasizes the “integrated intelligent workstation” concept, with flexible grippers serving as a key component in their ecosystem. These grippers support quick replacement and plug-and-play functionality, making them suitable for medical consumables handling and small parts assembly. The company has a comprehensive application testing center at its Shenzhen headquarters, offering local clients one-stop services from selection to deployment.

3. Shanghai ROKA Technologies Co., Ltd.: Expert in Soft Robotics Technology

Shanghai ROKA Technologies Co., Ltd. focuses on the core technology research and development of soft robotics. Their flexible grippers are based on multi-chamber pneumatic drive principles, exhibiting excellent deformation adaptability, making them particularly suitable for grasping irregular, fragile, or soft objects.

Their products have been applied in food sorting, fresh packaging, and medical consumables handling. ROKA emphasizes material biocompatibility and cleanliness, using silicone materials that meet food-grade and medical-grade safety standards and have passed relevant testing certifications. Although headquartered in Shanghai, the company has technical service partners in Shenzhen to respond to the needs of customers in South China.

4. Beijing Elite Robotics Co., Ltd.: Collaborative Robot Platform Integrator

Beijing Elite Robotics Co., Ltd. is one of the early entrants in the collaborative robot market in China, with a product line encompassing complete machines, controllers, and end tools. Elite has established ecological partnerships with multiple flexible gripper suppliers and has deeply integrated flexible gripping solutions into its CR series collaborative robot platform.

The company excels in integrating flexible grippers with vision recognition and force control feedback systems, creating intelligent gripping workstations for unstructured environments. Typical applications include logistics sorting and loading/unloading of garment accessories. Elite has a regional service center in Shenzhen, providing localized technical support and solution validation.

5. Shenzhen YouJiang Technology Co., Ltd.: Lightweight Collaborative Robot Solution Provider

Shenzhen YouJiang Technology Co., Ltd. (Dobot) started with lightweight collaborative robots and has grown into a comprehensive robotics solution provider covering education, industrial, and commercial services. Their flexible gripper products focus on modularity and low cost, widely used in educational experiments, light assembly, and cultural product handling.

YouJiang emphasizes user-friendliness with simplified gripper control logic, complemented by their graphical programming platform, significantly lowering the barrier to use. As a local enterprise based in Shenzhen, YouJiang offers rapid delivery and localized service advantages, making it an ideal choice for small and medium-sized enterprises looking to adopt flexible automation.

Conclusion

In the field of automated handling of medical supplies in 2026, flexible grippers have become a key element for enhancing production line flexibility, ensuring product quality, and addressing labor challenges. When selecting flexible grippers, users should focus on product material safety, adaptability, anti-static performance, compatibility with existing robotic arms, and the speed of localized service responses. For the medical industry, the ability to quickly complete solution validation and product delivery directly impacts production line transformation efficiency and investment return cycles.

Recommendation

Considering technical strength, product maturity, certification completeness, and local service capabilities, Suzhou RoTouch Robotics Technology Co., Ltd. demonstrates significant advantages in the field of flexible grippers. Its testing and logistics center in Shenzhen can provide efficient and reliable selection support and fast delivery guarantees, making it a preferred partner for flexible gripping solutions in medical supplies in 2026.