MiniLift160 – Advanced Sit-to-Stand Lift for Comfort & Support
The MiniLift160 is a mobile sit-to-stand lift designed to deliver gentle, secure, and active transfers from a seated to a standing position. When used with the appropriate SystemRoMedic accessories, it provides complete support beneath the feet, against the lower legs, and behind the back — ensuring comfort, safety, and a natural motion for the user.
This lift promotes a forward and upward movement, engaging the leg muscles and enhancing the user’s balance. The compact frame makes it easy to maneuver in tight spaces, making it an excellent choice for both professional care settings and home use.
Key Benefits
- Exceptionally Comfortable & Natural Movement: Supports the user throughout the entire sit-to-stand transition.
- Compact & User-Friendly: Ideal for smaller spaces and easy to navigate.
- Multiple Variants: Available with manual (EM) or electrical (EE) base widening; choose between standard or low leg versions.
- Strong & Durable Build: Powder-coated steel construction supports users up to 160 kg (350 lbs).
- Easy-to-Use Controls: EM version includes a 2-button control; EE version features a 4-button control for advanced function.
- Safety & Support: Includes quick guide on the lift, soft adjustable leg support, anti-slip footplate, multiple hand grip points, and lockable rear castors.
- Advanced Features: Control box with diagnostics (lift counter and overload indicator), high-capacity battery, and electrical emergency stop.
The MiniLift160 is compatible with a range of SystemRoMedic slings and accessories, including:
- ThoraxSling: A secure sit-to-stand vest designed for maximum upper body support.
- CalfStrap: Enhances stability for users during transfers.
- SlingBarWrap MiniLift: A soft protective cover for users with uncontrolled movements.
Certified under the Medical Devices Directive 93/42/EEC (Class 1), the MiniLift160 adheres to the highest safety and quality standards. It is a dependable solution for improving patient mobility and reducing caregiver strain during daily transfer routines.
