Vemo System: Early mobilization of bedridden intensive care patients by Reactive Robotics.

Studies show that targeted early mobilization significantly helps ventilated patients in particular to recover faster and can reduce ICU length of stay by about 23%.

If there are severely affected patients with a long expected lying time, mobilization by means of the VEMO SYSTEM is recommended, since transfer from the bed represents a great risk for both the patient and the user.

Therapy is performed directly in the intensive care unit, in the patient's bed. Dangerous transfers of patients to separate therapy equipment are avoided.

The risk of injury to nurses and therapists is reduced by supporting physically demanding work.

Either manually or autoadaptively through the patented Assist-As-Needed - AAN - technology. The specially developed patient adapters allow the VEMO SYSZEM to be adapted to patients of different statures.

VEMO SYSTEM provides a detailed record of the patient's therapy progress and activity. DSGVO-compliant therapies are automatically stored on the device, handwritten documentation is no longer necessary.

Mobilization to the edge of the bed of such patients can lead to complications under certain circumstances.

Manual early mobilization of severely affected or only limited interacting intensive care patients is a major challenge. In addition to the physical strain, several caregivers must be deployed to perform the mobilization and spare the patients additional risks.

Manual early mobilization of severely affected or limited-interaction patients is a major challenge for nurses.

Without leg movement, verticalization time is severely limited because leg movement is essential for stability.

• Robot-assisted mobilization with separate "stand-alone" devices requires transfer of the patient to a separate therapy device.

• More than one person is needed for this transfer, as it can be time-consuming and physically demanding.

Manual early mobilization of severely affected or limited-interaction patients is a major challenge for nurses.

30% of severely affected ICU patients are unable to receive adequate mobilization due to severity and/or staffing shortages.

• Disassembly and disinfection is possible within 5-10 minutes
• Setting before use maximum 5 minutes

The patient remains in his bed, there is no need for an additional patient transfer.

Mobilization can be individually adapted to the patient's condition.

For mobilization with the VEMO SYSTEM, an adapted intensive care bed is used, which can be verticalized and is robotics-capable.

Both passive and active pressure sore mattresses can be used.

Trolley with robot (LxWxH): 96.3 x 121.7 x 156.3 cm
Bed with docked robot (LxWxH): 230 x 121.7 x 130 cm Bed
Outside dimensions (LxW): 229 x 104 cm
Lying surface (LxW): 200 x 88 cm
Lowest height of the lying surface (without mattress): 48.5 cm
Height adjustment of the lying surface: 40 cm
Protective height of the side guards (without mattress): 38 cm
Underride capacity: 4 cm
Bed angle
Back section: 0-60°Thigh section: 0-38°Foot section: 0-14°Trendelenburg / Anti-Trendelenburg: -/+ 18°Verticalization angle of the lying surface: 0-70°.
Maximum height (bed verticalized to 70°) | 216 cm
Weight
Robot and trolley: 225 kg (100 kg + 125 kg)
Max. Patient weight: 135 kgBed empty weight: 320 kg
Safe working load: 200 kg

Verticalization angle of the bed | 0° - 70
Step frequency | 1-60 steps per minute
Weight loading | live display of patient weight on legs; flexible adjustment possible
Hip flexion | Min. 0° to max. 35°.
Manager | Variable support of the robot: 1 = little support10 = full support

• Protection against electric shock (insulation class)
• Class
• Electromagnetic compatibility
• The requirements related to DIN 60601-1-2:2014 are met
• Input voltage
• 230 V