Essenza 400
- 016% Reduction in peak pressure in pelvic area thanks to Ergoframe (1)
- 050% EasyDrive® decreases the necessary initial pushing force up to (2)
The Entry-Level ICU Bed
SUPERIOR SAFETY & ERGONOMICS DRIVEN BY NURSE- AND PATIENT-CENTRIC DESIGN
Ergonomic and safety solutions are protecting the back of nurses, reducing nurses’ sick leave related to MSD’s and minimizing outcomes of patient falls, Hospital Acquired Pressure Injuries & other adverse events.
EASYDRIVE®
LOW HEIGHT OF 27.5 CM
UNPARALLELED EFFECTIVENESS BROUGHT BY ADVANCED TECHNOLOGIES
Advanced technologies save time through a decreased number of unnecessary operations and simplified caregivers’ procedures.
MATTRESS INTEGRATION
SCALES
DESIGNINK®
SMARTTRACKING
SAFETY THAT THINKS AHEAD
Caregivers need to respond quickly to potential safety risks in everyday care. Essenza supports them with safety-focused design and features that help anticipate risks earlier and create a safer care environment for patients.
3-ZONE BED EXIT ALERT
I-BRAKE® & BRAKE ALERT
BUILT-IN VOICE GUIDANCE
Enhanced patient outcomes
Early mobilization
Mobi-Controls® promote patient mobilization, which can potentially decrease the length of hospital stay and all the associated complications. (6)
Pressure injury prevention
Ergoframe® and wide range of mattresses enhance patient comfort and pressure relief, addressing various levels of injury risk with tailored support solutions.
Falls prevention
The low bed height and safety features like 3-zone bed exit alert, built-in voice guidance and i-Brake® provide enhanced protection and reduce the risk and severity of patient falls.
Improve patient experience
USB integration in head siderails, DesignInk® and convenient features like integrated nurse call system enhance comfort and autonomy, reducing stress and improving the patient experience. (7)
Improved Caregiver & Hospital Workflow
SAFE PATIENT MOVING & HANDLING
Auto-contour, foot controls & Mobi-Grips support safe and ergonomic patient handling, reducing caregiver strain and improving patient positioning.
EASY PATIENT TRANSPORTATION
EasyDrive®, 5th castor and SoftBrakes® ensure easy maneuverability and safer patient transportation.
SIMPLIFY CAREGIVER PROCEDURES
Solutions like Scales and SmartTracking streamline workflows, save time and reduce the burden on staff for more efficient care.
HOSPITAL OPERATIONS EFFICIENCY
Seamless mattress platform design and an open mattress architecture enhance caregiver workflow and simplify cleaning.
Features
MOBI-LIFT® HANDLE
Provides support during bed exit.
MOBI-GRIPS
Provide support for self mobilization.
MOBI-PAD
Adjusts the height of the bed.
LOW HEIGHT OF 27.5 CM
Helps reduce the severity of patient falls. (8)
EASYDRIVE®
Enables patient transport by a single caregiver. (9)
MATTRESS INTEGRATION
Increase patient comfort and ease of caregiver use while minimizing physical strain.
3-ZONE BED EXIT ALERT WITH VOICE GUIDANCE
Helps with fall prevention.
SCALES
For effortless tracking of changes in patient weight.
I-BRAKE® & BRAKE ALERT
Help keep the bed secured at all times.
USB INTEGRATION IN HEAD SIDERAILS
For safe and easy charging of the patient’s phone.
ACCESSORIES
Oxygen tank holders (vertical and horizontal)
IV poles
Urine sack and bottle holders
Lifting poles
Handy box transparent
Universal utility shelf
More information about Essenza 400
- Safe Working Load
- 300 kg / 661 lb
- Maximum Patient Weight
- 235 kg (518 lb) / 265 kg (584 lb)
- Average Bed Weight
- 165 kg / 364 lb
- External Dimensions
- 219 cm (86.2 in) / 221 cm (87 in) - (with UN:31) - 99.5 cm (39 in)
- Maximum Backrest / Thighrest / Calfrest Angle
- 70°/35°/25°
- Trendelenburg / Reverse Trendelenburg Position
- + 14° / - 14°
- Minimum Bed Height
- Tente Linea 125 mm - 27.5 cm
- Bed Extension
- 0 cm (0 in) - 20 cm (8 in) - 30 cm (12 in)
GET IN TOUCH AND LEARN MORE ABOUT Essenza 400
(2) LINET. White paper: Streamlining patient transport and maximizing operational efficiency. 2023.
(3) Qin SY. Analysis on the color design of hospital landscape. Appl Mech Mater. 2015;744–746:2196–2199. doi:10.4028/www.scientific.net/AMM.744-746.2196