MAIKONG Medical Rehabilitation Robot Gait Training Device (Model MK-RGW-Z3724) is designed to provide effective gait training and rehabilitation through controlled, robotic-assisted motion. Ideal for patients with impaired mobility or post-surgical needs, this device uses advanced robotic technology to simulate human walking patterns, facilitating a smooth and consistent gait therapy experience. With its customisable settings and active/passive training modes, this machine is an essential solution for hospitals, rehabilitation centers, and physiotherapy clinics aiming to enhance patient outcomes.
| Atribut | Podrobnosti |
|---|---|
| Znamka | MAIKO |
| Model | MK-RGW-Z3724 |
| Certificiranje | CE, ISO |
| Garancija | 3 leta |
| Poprodajne storitve | Možnost ogleda na kraju samem |
| Kraj izvora | Kitajska |
| Pakiranje | Paket lesene škatle |
| Zmogljivost dobave | 100,000 enot na mesec |
MK-RGW-Z3724 is engineered with high-quality components and equipped with multiple settings to adapt to a range of patient needs. This advanced gait training device provides progressive movement therapy, enabling patients to restore gait patterns, improve coordination, and rebuild strength.
This MAIKONG gait rehabilitation device includes various adjustable features, allowing therapists to create a personalised treatment program.
| Specifikacija | Podrobnosti |
|---|---|
| Power Voltage | AC220V; 50/60Hz; Power: 400VA |
| Height Range | 0 – 300 mm |
| Treatment Time | Adjustable 0 – 99 min |
| Rising Angle | Adjustable 0 – 90° |
| Upper Body Anteversion Angle | Adjustable 0 – 15° |
| Hypsokinesis Angle | Adjustable 0 – 10° |
| Step Angle | Adjustable 0 – 25° |
| Step Speed | 1 – 80 steps/min adjustable |
| Pedal Extension/Flexion Range | 0 – 200 mm |
| Weight Loss Extension/Flexion | 0 – 150 mm |
| Pedal Angle Adjustment | ±15° |
| Maximum Load Capacity | 180 kg |
| Zaslon | LCD screen with microcomputer control |
| Modes | Active and passive training modes |
| Simulated Movement Curve | Displays real-time human body movement curve |
With both active in passive modes, this gait rehabilitation device offers therapists flexibility in designing therapy sessions. Active mode helps patients engage in self-driven motion, while passive mode provides support for those who require full assistance.
MAIKONG’s gait training device is equipped with a 23-inch host computer with dual-display capability, enabling both patient and therapist to monitor therapy progress in real time.
| Funkcije vmesnika | Opis |
|---|---|
| Operacijska platforma | 23-inch Win10 sistem z dvojnim zaslonom |
| Prikaz terapevta | Vertical screen for control and monitoring |
| Prikaz pacienta | Horizontal screen for immersive virtual training |
| Visual Feedback | Real-time gait curve simulation |
| Training Controls | Wireless button and mouse for easy adjustments |
This interactive interface allows patients to view their gait progress through simulated human body movements, creating an engaging experience that can increase compliance and motivation.
MAIKONG supports comprehensive customisation options for distributors and medical facilities, ensuring that this gait rehabilitation device aligns with your branding and operational needs.
| Customisation Option | Podrobnosti |
|---|---|
| Logo Customisation | Na voljo za naročila 10+ enote |
| Programski jeziki | Multi-language support available |
| Vrsta embalaže | Durable wooden box with custom packaging options |
| Branding | Boot-up logo and branding available on request |
Each unit is securely packaged in a wooden box for safe delivery, with shipments typically dispatched within 3-7 dni po plačilu. Reliable shipping options are available through UPS, DHL, in FedEx.
MAIKONG Gait Training Device is highly effective in various rehabilitation settings, offering both passive and active assistance for patients who need help regaining their walking abilities. This machine is ideal for:
MAIKONG-a Naprava za medicinsko rehabilitacijsko robotsko vadbo hoje is a comprehensive solution for effective gait therapy, combining high-quality materials with advanced functionalities to enhance patient rehabilitation.
