Industrial Lifting Energy-Storage

Lightweight Support for Demanding Industrial Work

The Industrial Lifting Energy-Storage Exoskeleton is designed to provide wearable assistance for workers who regularly perform lifting, handling, and other physically demanding tasks.

Using an energy-storage drive based on a mechanical spring system, the exoskeleton stores and releases energy during movement to provide lifting assistance without requiring conventional battery charging. Its hip and lumbar support configuration is designed to help distribute physical loads and support the user’s movement during repetitive industrial activities.

With a lightweight design of approximately 3.6 kg, the system combines engineering plastics, aerospace aluminum alloy, and carbon-fiber components to balance durability, weight, and wearability. Available specifications indicate support for users approximately 160–180 cm tall and weighing 40–85 kg.

Key Features

• Energy-storage assistance: Uses a mechanical spring-based energy-storage system to provide lifting support without conventional battery charging.
• Up to 30 kg lifting assistance: Available product specifications list up to 30 kg of lifting assistance.
• Lightweight construction: Approximately 3.6 kg for easier workplace wear.
• Hip and lumbar support: Designed to provide assistance around the lower back and hips during lifting tasks.
• 4 degrees of freedom: Provides active and passive movement for flexibility during work.
• Durable materials: Constructed using engineering plastics, aerospace aluminum alloy, and carbon fiber.
• Ergonomic design: Designed to support movement while performing repetitive lifting and handling tasks.
• Wide operating temperature: Listed operating range of approximately -20°C to +50°C.
• IP65 protection: Designed for resistance to dust and water exposure under specified conditions.
• Multiple industrial applications: Suitable applications include logistics, automotive manufacturing, construction, energy-related industries, emergency response, and training environments.

Who Is It Designed For?

This industrial exoskeleton is designed for workers, industrial organizations, logistics teams, manufacturing facilities, construction companies, and other environments involving repetitive lifting or physically demanding tasks.

It may be particularly useful where workers regularly handle loads, bend, lift, or perform repetitive physical activities.

Industrial Applications

The system can be considered for applications including:

• Aviation and logistics
• Automotive manufacturing
• Construction
• Energy and industrial operations
• Material handling
• Emergency rescue
• Training and demonstration environments

Its lightweight design and energy-storage mechanism make it an interesting option for organizations exploring industrial wearable robotics and ergonomic workplace support.

Important Information

This product is an industrial lifting-assistance device, not a substitute for proper workplace safety procedures, lifting techniques, engineering controls, or worker training. The stated assistance capacity does not mean that users should automatically lift loads up to that amount.

Specifications, operating limits, user requirements, and availability may vary by model or configuration. Always verify current manufacturer specifications, conduct appropriate workplace risk assessments, and follow applicable occupational safety requirements before deployment.