Buyers who search for hospital bed elevator dimensions usually want one thing: a clear answer to "will our bed fit, and will the patient arrive safely?" The honest answer depends on the bed, the equipment around it, the staff and the layout at every landing. This guide explains how to plan a stretcher elevator or bed elevator step by step, using reference data from Suxun Elevator, a Hospital Elevator Manufacturer China buyers can contact directly. You can see the product line on our hospital elevator page.
A hospital bed is long, heavy and hard to steer. Many beds are roughly 2.0 to 2.2 m long and 0.9 to 1.0 m wide before accessories, and bariatric or ICU beds can be larger. Add side rails, an IV pole, a monitor or oxygen cylinder, and the real envelope is bigger than the catalogue size.
A tight car forces staff to push at an angle, lift the bed or leave equipment behind. Each of those raises the risk of knocked patients, trapped fingers and delays in an emergency. Good dimensions give the team room to stand beside the patient and control the bed through the door.
A standard passenger elevator is sized for people, not for a long wheeled bed plus two or three staff. Its door may be too narrow and its car too shallow. Hospitals therefore plan a dedicated bed or stretcher elevator and keep passenger lifts for visitors.
Four numbers are often mixed up. Keep them separate on every drawing: the car inside size, the clear door opening, the rated load and the shaft size.
Car width and depth are inside clear dimensions, measured between finished wall panels, handrails and bumpers included. For beds, depth usually decides whether the bed can enter straight in.
The clear opening is smaller than the car. Door panels, frames and sill details all reduce it. Check bed width with rails up, and check height with any raised IV pole.
Rated load is a weight limit, not a space guarantee. A car can be strong enough yet too small, or large enough yet rated lower than the real transport load.
Plan for a few centimetres of free space around the bed, plus room for at least two staff. Wall protection rails should not reduce the useful width without being counted.
UK NHS healthcare building planning guidance treats stretcher transport and bed transport as separate cases, and says each needs its own lift size check. Read the current edition of the guidance for your project, and do not assume that a stretcher size automatically works for beds.
Use the bed model your hospital actually buys, not a generic figure. Record length, width and height at the lowest transport position, and ask the bed supplier for the maximum overall footprint.
Measure the bed as it travels: rails up, bumpers fitted, pole attached, monitor or ventilator mounted. This "full envelope" is the true planning size. In practice it may be 10 to 40 cm larger than the bed alone, depending on what is attached.
If the door is on the short side and the bed enters lengthwise, no turning is needed, but the corridor outside must line up. If the bed must rotate in the car, you need much more floor area. Simple arithmetic helps: a 2.2 m bed in a 2.4 m deep car leaves only about 20 cm at each end, so the staff must stand beside it.
Count at least two attendants for most transfers, three for critical patients. Our hospital elevator FAQ notes that car size is chosen for beds, stretchers and accompanying staff together.
There is no single correct car size for every hospital. Use-case drives the choice.
A stretcher elevator serves emergency, imaging and operating areas where trolleys move quickly. NHS planning guidance gives a minimum car of 1400 × 2400 mm for stretcher transport. The same guidance says this size can hold some partially extended standard beds but is not recommended for bed transport.
Ward transfers move full beds with staff. Choose a wider car and a larger clear door so that the bed does not need to be angled. Suxun's reference range includes a 1700 × 2400 mm car in the 2000 kg class for this type of use.
ICU and post-operative trips carry ventilators, pumps and several staff. Plan the largest envelope you expect, then add clearance. Larger custom sizes can be discussed during design.
Bigger cars need bigger shafts, deeper pits and more landing space. In retrofits, a wide side-opening door can sometimes save shaft width. Review the structure early, before the frame is fixed. Existing buildings may also consider special elevator solutions.
Our reference data lists a 1100 mm clear opening for the 1600 kg car and 1300 mm for the 2000 kg car, both 2100 mm high. Compare these with the widest bed envelope, plus a margin for the person steering.
Center-opening doors open and close quickly and feel balanced, but the panels need space on both sides. Side-opening doors, including double-folding types, can give a wider opening for the same car and need less shaft width. In our 1600 kg data, the minimum shaft is 2550 mm wide for center opening and 2350 mm for side opening, a 200 mm difference.
Check the sill gap, the floor level stopping accuracy and the door sensor area. A small step or a narrow gap can jolt a patient or catch a caster. Ask about door dwell time too, because staff need time to steer the bed through.
The corridor in front of the door must be wide enough to line up the bed, and nothing should block the landing. Door position also affects fire doors and nurses' stations nearby.
Many buyers search for hospital elevator capacity first, but capacity is only one result of the analysis above.
Add the bed (often 150 to 250 kg for powered models), the patient, two or three staff at about 75 to 80 kg each, and equipment such as pumps or monitors. For a bariatric bed or heavy equipment, the total can rise sharply, so use your own bed and patient data.
Suxun's reference data covers 1600 kg and 2000 kg bed elevators. This is a product configuration example, not a requirement for every hospital. A hospital with mostly standard beds may find the weight is well below rated load, so car size becomes the deciding factor.
Reference speeds are 1.0, 1.5, 1.75, 2.0 and 2.5 m/s. As a rough guide, lower speeds fit low-rise wards, while higher speeds suit taller towers and busy cores. Higher speed raises pit depth and overhead height: in our data, pit depth goes from 1600 mm at 1.0 m/s to 2000 mm at 2.0 and 2.5 m/s, and overhead from 4400 mm to 5000 mm.
Faster is not always better for patients. Smooth acceleration, accurate leveling and low noise matter as much as top speed. Combine bed elevators with freight elevators for supplies so that bed trips are not blocked by carts.
| Load | Car W × D × H (mm) | Door W × H (mm) | Min shaft W × D (mm) | Door type |
|---|---|---|---|---|
| 1600 kg | 1400 × 2400 × 2500 | 1100 × 2100 | 2550 × 2900 (center) / 2350 × 2900 (side) | Center / double-folding side |
| 2000 kg | 1700 × 2400 × 2500 | 1300 × 2100 | 2650 × 2900 | Double-folding side |
Pit depth runs from 1600 to 2000 mm and overhead height from 4400 to 5000 mm depending on speed. Use the final technical drawing for exact figures.
The bare bed fits on paper, then rails, poles and monitors do not. Always measure the full envelope.
A car that holds the bed is useless if the door is narrower than the bed. Check the clear opening first.
The bed must reach the door, enter the car and leave at the target floor without a tight turn. A car that fits the bed does not prove it can pass the doorway, enter and exit safely at every landing.
Do not pick a rated load only because a brochure lists it. Calculate it from the real mix of beds, patients, staff and equipment.
Concrete poured too early leaves no room to change. Confirm door type, speed, pit and overhead first, then lock the structure.
Send your project drawings, bed model and equipment list, then ask the manufacturer to confirm the proposal in writing. A single rated-load figure is not enough.
Request inside car size, clear door opening and door type, with a dimensioned drawing. Our car decoration and optional list shows what can be adjusted.
Share the bed and stretcher dimensions you use, and ask for a layout check showing the bed, staff and equipment inside the car.
Get minimum shaft width and depth, pit depth and overhead height for your chosen speed. Machine-room-less options may suit some projects; ask the factory for details.
Elevator safety and accessibility rules differ by country, so confirm the standard that applies at your site and ask for matching certificates. You can view Suxun's approvals under certifications and read about quality management.
Ask who handles installation guidance, commissioning and handover tests, and what spare parts and service are available. Documents are on the download page and in the product manual section. For sterile areas, see our clean elevator.
About the manufacturer: Suxun Elevator Co., Ltd. is a high-tech elevator manufacturer in Huzhou, Zhejiang, founded in 2012. It has a 35,000 m² factory with annual capacity above 16,000 units, its own lines for traction machines, door machines, control cabinets and sheet metal, and customers in more than 40 countries and regions. Read about us, or see projects in our overseas cases and China cases.
Need a hospital elevator quotation? Send your hospital type, number of floors, travel height, load, and the bed or stretcher size. Our team will reply with a suitable solution.
Contact Suxun Elevator · sselift@163.com · +86 189 6928 6006
sselift@163.com
+86 189 6928 6006
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