DST Staircase with Pressure Mapping

Integrated system for postural and biomechanical analysis combining baropodometric pressure mapping, 3D laser scanning, spinal column assessment, and gait analysis. Includes CNC milling technology for fabricating personalized orthotic insoles in under 3 minutes with high precision and repeatability. Enables objective, longitudinal comparison of morphological and postural changes in clinical and research settings.

Baropodometric platform for dynamic pressure and gait analysis in physiotherapy and orthopedic assessment. Provides real-time plantar pressure mapping and biomechanical evaluation to support diagnosis and treatment planning for foot disorders and postural abnormalities.

An electric stair training device that adjusts stair height electronically to enable parallel bar or stair training optimized for each patient's condition. It allows customized rehabilitation training based on individual patient status.

An electrically controlled stair climbing training device with adjustable step heights, allowing customized rehabilitation for parallel bar and stair training based on individual patient conditions.

Apparatus for stair negotiation training and lower limb strengthening in rehabilitation. Simulates functional activity to improve patients' ability to manage stairs independently.

Two-flight stair training device designed for gait rehabilitation and functional mobility assessment in physiotherapy and rehabilitation settings. Enables progressive weight-bearing exercises and balance training for patients recovering from injury, surgery, or neuromotor disorders.

Single and double-flight stairs specifically designed for rehabilitation training and gait assessment. These devices facilitate functional recovery and motor skill development in patients undergoing rehabilitation programs.

Motorized device designed to assist elderly and mobility-impaired individuals in climbing stairs safely and independently. Provides powered stair ascent functionality for residential use.

《Application》 Compatible with parallel bars Suitable for stair-walking training 《Features》 Low noise, low vibration: Operates with a 4-motor drive system Premium design: Constructed with high-quality aluminum material Parallel bar compatibility for enhanced training support Fine height adjustment for precise stair-walking training LED switch display for monitoring elevation levels 《Specifications》 Dimensions: Maximum length: 3,100mm | Minimum length: 2,820mm Inner width: 720mm | Outer width: 1,200mm Maximum height: 1,465mm | Minimum height: 970mm Base height: 65mm Stair height adjustment: Three-step mode: 0 ~ 140mm Two-step mode: 0 ~ 185mm Stroke length: 500mm Weight: 277kg Power supply: AC 220V, 60Hz Operation: Panel switch Motor: DC 24V motor Components: Main unit (x1), Safe zone carpet (x1)

State-of-the-art pressure measurement plates and 3D scanning devices designed to suit various practice needs. These tools support gait analysis, biomechanical assessment, and anatomical imaging.

Baropodometric treadmill for dynamic foot pressure analysis and gait assessment during locomotion testing.

Pressure Plate Walking Analysis and Rehabilitation Training System; This system is used to analyze and treat gait disorders in the fields of neurology, orthopedics, and geriatric rehabilitation. It helps patients with severe functional limitations to start treatment at an early stage and can be adjusted to meet the needs of patients, making it suitable for wheelchair users, those with limited mobility, and patients who can walk. Key Benefits: - Support from experts for gait analysis and treatment (therapists, doctors, trainers, podiatrists, etc.) - Gait automation through repetitive training - Gait support and correction through intuitive software FDM - Gait analysis through time-synchronized video recording and pressure distribution measurement - Gait training using visual and auditory cues and virtual feedback - This system provides various gait training tailored to the patient's condition and is effective in improving walking abilities.