Panda Flexible Exoskeleton Robot
The Panda Flexible Exoskeleton Robot represents Eulon’s soft robotics approach to mobility assistance, providing hip joint support through flexible actuators rather than rigid mechanical structures.
Product Overview
Panda (熊猫) uses flexible exoskeleton technology to assist hip joint movement during walking. Unlike conventional rigid exoskeletons, the Panda uses soft materials and cable-driven actuation to provide assistance while allowing natural body movement.
The device targets two primary user populations: elderly individuals experiencing mobility decline and stroke patients requiring hemiplegic gait correction. The soft design offers improved comfort for extended wear and reduces the intimidating appearance of medical robotics.
Key Features
For elderly and hemiplegic patients, Eulon’s Panda uses cable-driven flexible actuators at the hip joint to deliver walking assistance without rigid frames.
- Flexible Actuator System: Cable-driven or pneumatic assistance without rigid frames
- Hip Joint Focus: Primary assistance at hip flexion and extension during walking
- Lightweight Construction: Soft materials reduce overall device weight
- Natural Movement: Flexible design allows multi-planar movement not restricted by rigid joints
- Comfortable Wear: Fabric-based attachment points instead of hard plastic shells
Technical Specifications
For hip-level gait support, Panda’s soft cable-driven system targets elderly and hemiplegic users, earning First Prize in the 2023 Guangdong Province Science and Technology Award.
| Parameter | Specification |
|---|---|
| Type | Flexible/soft exoskeleton |
| Primary Joint | Hip |
| Actuation | Cable-driven flexible system |
| Target Users | Elderly, hemiplegic patients |
| Design Philosophy | Soft robotics |
Clinical Applications
Panda serves patients requiring hip-level gait assistance:
- Elderly individuals with age-related mobility decline
- Hemiplegic patients needing asymmetric gait correction
- Patients with hip weakness following surgery or injury
- Users requiring long-term mobility support
The flexible design makes Panda particularly suitable for community and home settings where rigid medical equipment may be impractical.
Technology Background
Eulon’s flexible exoskeleton technology development reached a milestone in 2022 when the company achieved hemiplegic application capability. The technology has received recognition through the 2023 Guangdong Province Science and Technology Award for Technological Invention (First Prize) and 2023 Chinese Association of Rehabilitation Medicine Science and Technology Award.
The soft robotics approach draws on research collaboration with the Chinese Academy of Sciences Shenzhen Institutes of Advanced Technology, established through the 2021 joint laboratory agreement.
Regulatory Status
| Region | Status | Date |
|---|---|---|
| China (NMPA) | Not confirmed | - |
| Europe (CE) | Not confirmed | - |
| USA (FDA) | Not applied | - |
Frequently Asked Questions
How does Panda differ from rigid exoskeletons?
Panda uses flexible materials and cable-driven actuation instead of rigid frames and geared motors. This provides more natural movement, lighter weight, and improved comfort, though typically with lower maximum assistance force compared to rigid systems.
Is Panda suitable for home use?
The lightweight, flexible design suggests suitability for non-clinical settings. However, specific usage recommendations should be confirmed with Eulon based on individual patient assessment.
What recognition has Eulon’s flexible exoskeleton technology received?
The technology earned First Prize in the 2023 Guangdong Province Science and Technology Award for Technological Invention and was recognized by the Chinese Association of Rehabilitation Medicine.
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Sources
Publicly available references used for the data on this page. See data methodology for verification standards.