Motorised Bed Base: PHYSIOFORM® PRO LIFT Premium
With the latest addition to the Physioform® Pro, the new motorised bed base: Physioform® Pro Lift Premium allows the bed base to move upwards for easier access to the bed and yet at the same time with the benefits of Physioform® Pro Motor and Physioform® Pro.
Adjustable height at head, lower back and legs area to promote blood circulation
Rotating shoulder and pelvic slats for ideal adjustments
Why Physioform® Pro Lift Premium?
- stepless height adjustment up to 37 cm
- electric stepless adjustment of back and foot part
- solid, untreated beech wood frame
- 28 stable spring slats in 15 double elements
- movable slat elements for better body adaptation
- individual hardness zone adjustment in the lumbar region
- Pressure-relieving positioning of the shoulder thanks to a shoulder comfort zone
- comfortable handling due to wireless remote control
- including mains cut-off and emergency lowering
- including foot elevation to promote optimal venous return
SUITABLE FOR:
- People for whom comfortable entry and exit is important
- all types of mattresses, especially 100% natural latex mattresses
- a maximum load up to 150 kg
- Beds with a ground clearance of at least 27 cm
- for mattress sizes 80 | 90 | 100 x 200 cm
- for all beds with continuous stable support slats
Bluetooth remote control
- Wireless control via Bluetooth
- including mains isolation
- Emergency lowering
- Motor position under the legs, not in the vegetative body area
- Adjustable to ideal sitting/reading position with simultaneous neck adjustment
- ideal knee positioning
- with foot elevation to promote optimal venous return
- Memory position
PHYSIOFORM® PRO LIFT PREMIUM Technical Information
| Height | 11.5cm |
| Width | 80 / 90 / 100 cm |
| Frame | stable, solid, untreated beech wood frame |
| Minimum Ground Clearencer Required | 27 cm |
| Slats | 28 spring slats in 15 double spring elements Shoulder comfort zone Individual hardness zone adjustment in the lumbar region with FUSSHOCHSTELLUNG to promote optimal venous return |
