Service
Wear it yourself. Let the data speak.
Data-Driven Industrial Consulting
On-Site Consulting, Backed by Data.
We visit your site to assess how well a wearable robot fits your workflow and environment. Based on worker movement, task intensity, and how often heavy loads are handled, we recommend the right spec and assist level — then compare before-and-after data with EMG-based fatigue testing.
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Preliminary work environment analysis
Through site visits, the working environment and
Analyze the worker's movements
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Provides expert consulting reports
Together with physical therapists and safety managers
Analysis of the effects of reduced workload and improved productivity
2
Wear Demonstration & Data Measurement
Muscle usage via EMG test
Quantitatively verify the change
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Customized setup and implementation support
Optimized for the work environment
Provides setup and training
CUSTOMIZATION
Customized Solutions, Built for Your Site
FRT Robotics exoskeletons aren't one-size-fits-all — we tailor each robot to your industry and work environment. In care facilities, we cut wearing fatigue and add stability for repetitive transfer and standing. In heavy industry, we optimize structure and assist force for the heavy loads, repeated bending, and long shifts of shipyard work. Across nursing, heavy industry, logistics, and public-safety sites, our robots are built to evolve with how your team actually works.
Hardware & Software Expansion
Add sensors, capture data, integrate software — extend what the robot does to fit your site.
Adjustable Assist & Drive Modes
Tune the assist force to the worker's body and workload — from passive to fully active configurations.
Wearable Robot Demonstration for Care Workers
Care work involves frequent transfers, standing assistance, and repetitive waist flexion. The exoskeleton is customized around a lightweight, easy-to-wear structure that reduces load on the lower back and body, easing the physical burden on caregivers. It has been deployed in demonstration at care hospitals under the Seoul Metropolitan Government.
On-Site Customization for Construction Workers
Construction work involves uneven ground, heavy rebar handling, and prolonged work at height. The exoskeleton is customized with a structure that distributes load and reinforces lower-body support, designed to maintain stable posture and sustained performance on sloped and unstable surfaces.
Procurement Innovation Pilot: Korea Forest & Fire Services
Field operations for the Korea Forest Service involve high-intensity, long-duration tasks such as wildfire suppression, mop-up, and movement across rough terrain. The exoskeleton is engineered with a structure that distributes load and reinforces lower-body support, designed to maintain stable movement and work continuity on steep and uneven ground. In 2025, 360 units were delivered to Korea's fire and forest services.
Assist-Force Testing for Repair Shop Workers
Repair-shop work requires repeated lifting, holding, and handling of heavy components in constrained postures. Assist-force testing was conducted to quantify the reduction in muscle load and to verify stable, sustained support across representative tasks.
Custom Sensor Integration for Power Plant Operations
For power plant environments, the exoskeleton is customized with task-specific sensors that capture motion and load data during use. The collected data supports work analysis and safety management, enabling site-specific optimization of assist performance.
