Curious about the robots deployed?
Features
Lightweight and Comfortable to Wear
Customizable Fit: Shoulder width, back length, and waist/body straps can be adjusted to perfectly fit any user's body shape
Ultra-Lightweight: With a structure weighing only 2.8kg, it is easy to wear and can be utilized effectively regardless of the worker's skill level or physical strength
Excellent Workload Distribution and Fatigue Reduction
Support Structure: Features a specialized shoulder and arm load distribution system
Powerful Assistance: Provides load assistance of up to 5.6kgf
Ergonomic Support: Includes neck rests and armrests to significantly reduce the physical burden during overhead tasks and prevent musculoskeletal disorders
Wide Working Range via Multi-Axis Multi-Link
Natural Movement: Supports a range of motion equivalent to human joints
Adjustable Muscle Support: The muscle support angle can be adjusted to 3 levels based on the specific working range
Gravity Assist: Offers a support angle ranging from 100° to 130°
Excellent Maintainability
Non-Powered System: Utilizes gravity-compensated robotics, requiring no batteries or separate maintenance for long-term use
High Durability: Features a robust, eco-friendly structure that is both waterproof and dustproof, providing excellent environmental resistance
Superior Price Competitiveness
Cost-Effective Design: As a non-powered model, its compact design ensures high price competitiveness compared to complex motorized competitors
Flexible Acquisition: The burden of initial investment costs can be further reduced through convenient rental operations
Results
| Key Benefits | Increased industrial safety through reduced worker fatigue
Reducing labor losses by preventing musculoskeletal disorders for workers |
|---|---|
| Client Feedback | Due to the large size of ship structures, painting, welding, and inspection operations frequently involve prolonged overhead work. Since the implementation of Hyundai Rotem's wearable robots, worker fatigue has decreased even during long working hours, leading to increased worker satisfaction and productivity. |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
Hyundai Rotem Wearable Robot H-FrameP (Motor-powered Type)
H-FrameP, a wearable robot developed by Hyundai Rotem, is a solution that minimizes worker fatigue by significantly reducing the workload through assistive power utilizing motors. Shoulder height, waist length, and arm length can be adjusted to suit the user, allowing anyone, regardless of age or gender, to wear and use it.
Cleanliness Management using Gausium Sc50: Dongwoo Union (Sangam MBC) Edition
This is an example of Big Wave Robotics (Marosol) introducing the Scrubber50 cleaning robot to Dongwoo Union (Sangam MBC) for Cleaning Robot operations. The Gausium Scrubber50 Cleaning Robot robot features a work process that is easy to use even for first-time robot users, excellent productivity, and various modes such as scrubbing, sweeping, and mopping, allowing for appropriate use depending on the situation.
One Cleaning Robot Phantas Installed in the Lobby of Sagewood CC
This is an example of the installation of the Fantas cleaning robot at Big Wave Robotics (Marosol) for Cleaning Robot management at Sagewood CC. By utilizing Fantas, automated cleaning and maintenance management was implemented for the lobby floors; an unmanned automatic system was operated by equipping Fantas with a charging station that offers superior performance and convenience.
Features
Lightweight and Comfortable to Wear
Customizable Fit: Shoulder width, back length, and waist/body straps can be adjusted to perfectly fit any user's body shape
Ultra-Lightweight: With a structure weighing only 2.8kg, it is easy to wear and can be utilized effectively regardless of the worker's skill level or physical strength
Excellent Workload Distribution and Fatigue Reduction
Support Structure: Features a specialized shoulder and arm load distribution system
Powerful Assistance: Provides load assistance of up to 5.6kgf
Ergonomic Support: Includes neck rests and armrests to significantly reduce the physical burden during overhead tasks and prevent musculoskeletal disorders
Wide Working Range via Multi-Axis Multi-Link
Natural Movement: Supports a range of motion equivalent to human joints
Adjustable Muscle Support: The muscle support angle can be adjusted to 3 levels based on the specific working range
Gravity Assist: Offers a support angle ranging from 100° to 130°
Excellent Maintainability
Non-Powered System: Utilizes gravity-compensated robotics, requiring no batteries or separate maintenance for long-term use
High Durability: Features a robust, eco-friendly structure that is both waterproof and dustproof, providing excellent environmental resistance
Superior Price Competitiveness
Cost-Effective Design: As a non-powered model, its compact design ensures high price competitiveness compared to complex motorized competitors
Flexible Acquisition: The burden of initial investment costs can be further reduced through convenient rental operations
Results
| ROI Period | 12 months |
|---|---|
| Key Benefits | Increased industrial safety through reduced worker fatigue
Reducing labor losses by preventing musculoskeletal disorders for workers |
| Client Feedback | Due to the large size of ship structures, painting, welding, and inspection operations frequently involve prolonged overhead work. Since the implementation of Hyundai Rotem's wearable robots, worker fatigue has decreased even during long working hours, leading to increased worker satisfaction and productivity. |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.










