---
title: "ICU equipment list: intensive care unit equipment and what each item does"
url: https://www.kelingmed.com/blog/icu-equipment-list/
published: 2026-06-28
updated: 2026-10-19
author: Keling Medical export team
---

# ICU equipment list: intensive care unit equipment and what each item does

Intensive care unit equipment list by bed space: ICU bed, pendant, medical gas system, monitoring, ventilation and suction, with functions and cost drivers.

## Key points

- Plan intensive care unit equipment per bed space: the ICU bed, a ceiling pendant or bridge, the medical gas outlets, monitoring, ventilation, infusion and suction form the core of every bay.
- US FGI Guidelines call for at least three oxygen outlets, three vacuum outlets, one medical air outlet and 16 electrical receptacles at each critical care bed.
- An ICU pendant or bridge unit gets cables, hoses and devices off the floor and keeps 360-degree access around the patient for nursing, turning and resuscitation.
- ICU equipment cost is dominated by the ventilator, monitoring and the bed with its mattress; the pendant and gas pipeline are fixed costs that must be planned with the building.
- Standardize the same bed, pendant layout and outlet order in every ICU room so staff can work any bay without searching.


Intensive care unit equipment is best planned bed space by bed space: each ICU bay needs an electric ICU bed with a pressure-relief mattress, a ceiling pendant or bridge carrying medical gas, power and data, a patient monitor, a ventilator, infusion pumps and suction, with a crash cart and defibrillator close by. Shared equipment such as ultrasound, blood gas analysis and dialysis serves the whole unit.

This list is written for planners, biomedical engineers and procurement teams equipping a new ICU or refurbishing an existing one. It groups ICU equipment by function, explains what each item does, and ends with what to put in a specification.

## What equipment does an ICU room need?

An ICU room needs equipment in five groups: patient support, supply (gases, power and data), monitoring and life support, emergency and suction, and furniture and logistics. Plan the first two with the building, because they are fixed; the rest can be moved or replaced over the life of the unit.

A practical way to start is to draw one bay at 1:50 with the bed, the pendant arm reach and the devices that will sit on it, then copy the bay to every room. Mirroring rooms is fine; changing the outlet order between rooms is not.

## ICU equipment and functions: the core list

The table below is the core intensive care unit equipment list per bed, with the function each item serves.

| Equipment | Function | Per bed or shared | Planning note |
|---|---|---|---|
| Electric ICU bed | Positions the patient: backrest, knee, height, Trendelenburg tilt, CPR flat | Per bed | Check safe working load and X-ray cassette access |
| Pressure-redistribution mattress | Reduces pressure-injury risk in long stays | Per bed | Alternating air or low-air-loss for high-risk patients |
| ICU pendant or bridge | Delivers medical gas, power and data; holds devices off the floor | Per bed | Fixed to the ceiling structure; plan with the architect |
| Patient monitor | ECG, SpO2, NIBP, invasive pressures, temperature, capnography | Per bed, plus central station | Mount on the pendant or a monitor cart |
| Ventilator | Invasive and non-invasive ventilation | Per bed (or most beds) | Needs oxygen and medical air outlets at the bed |
| Infusion and syringe pumps | Continuous drug and fluid delivery | 4–8 per bed is common | Rail or pole mounting on the pendant |
| Suction regulator and backup unit | Airway and secretion clearance | Per bed | Pipeline suction plus an electric unit for failure |
| Crash cart and defibrillator | Resuscitation | 1 per unit or per zone | Within reach of every bay |
| Bedside cabinet, overbed table, chairs | Nursing storage, patient meals, family seating | Per bed | Wipeable surfaces, castors with brakes |
| Ultrasound, blood gas analyzer, CRRT, portable X-ray | Diagnostics and renal support | Shared | Need parking space and power |

Infusion pump numbers vary widely with case mix; cardiac and transplant ICUs typically need more channels than a general unit.

## The ICU bed and mattress

The ICU bed is the single most handled item in the room, so choose it for nursing as much as for the patient. Look for electric backrest, knee and height movement, Trendelenburg and reverse Trendelenburg, a mechanical CPR release, a nurse lock on the controls, and a safe working load that suits your population.

Keling's [KL-BC101 Electric Hospital Bed](https://www.kelingmed.com/products/hospital-beds/kl-bc101-electric-hospital-bed/) is a 5-function electric bed with CPR instant release, 480–760 mm (18.9–29.9 in) height range and a 240 kg (529 lb) safe working load. A nurse lock on the controls stops patients or visitors changing positions by accident. For a deeper comparison see [types of hospital beds and when to use each](https://www.kelingmed.com/blog/types-of-hospital-beds/).

Pair every bed with a pressure-redistribution surface. An alternating air mattress such as the [KL-P004 Air Mattress](https://www.kelingmed.com/products/hospital-beds/kl-p004-air-mattress/), with a digital control pump, is a common choice for long-stay ventilated patients. The [pressure-relief mattress guide](https://www.kelingmed.com/blog/pressure-relief-mattress-guide/) explains alternating pressure versus low air loss. Electric beds are tested to IEC 60601-2-52, the particular standard for medical beds.

## ICU pendant, bridge or bed head unit?

An ICU pendant or bridge is the backbone of the bay: it brings gases, power and data to the bed and lifts devices off the floor. A wall-mounted bed head unit is the lower-cost option, but it fixes the patient's head to one wall and leaves cables on the floor.

- **Single-arm ICU pendant.** One ceiling column with a rotating arm and shelves. The [KL-T9100 ICU Pendant](https://www.kelingmed.com/products/medical-pendants/kl-t9100-icu-pendant-economic/) is an economical ICU pendant with four power outlets, one data outlet and one outlet each for oxygen, suction and compressed air.
- **Bridge (beam) unit.** Two ceiling columns joined by a bridge, often with a dry zone for electrical devices and a wet zone for infusion and suction. The [KL-T8003 Medical Bridge Suspension Unit](https://www.kelingmed.com/products/medical-pendants/kl-t8003-lightweight-medical-bridge-suspension/) is a lightweight aluminum bridge with an integrated LED light and separate dry and wet zones.
- **Bed head unit.** A horizontal wall panel with outlets and nurse call, and Keling makes customizable aluminum versions. It suits step-down and high-dependency rooms better than full ICU bays.

A pendant in the ICU follows the same engineering as a surgical pendant in the operating room, but the device load and arrangement differ. The [medical pendants planning guide](https://www.kelingmed.com/blog/medical-pendants-planning-guide/) covers arm reach, load and outlet schedules in detail.

## Medical gas system: outlets per ICU bed

A hospital medical gas system for intensive care delivers oxygen, medical air and medical vacuum to every bed through a pipeline with zone valves and alarms. In the US, the FGI Guidelines call for at least three oxygen outlets, three vacuum outlets and one medical air outlet per critical care bed, plus a minimum of 16 electrical receptacles.

Other countries use their own codes, such as HTM 02-01 in the UK. Pipeline design is commonly referenced to NFPA 99 in the US or ISO 7396-1 internationally, and terminal units to ISO 9170-1. Three decisions affect equipment orders directly:

1. **Outlet standard.** DIN, BS, AFNOR, NIST and DISS terminal units are not interchangeable. Choose one and specify it for pendants, regulators, flowmeters and ventilator hoses alike.
2. **Outlet count and order.** Write the order from left to right (for example O2, O2, Air, Vac, Vac) and use it in every room.
3. **Electrical circuits.** Split sockets between essential (generator-backed) and normal supply, and mark them clearly.

Keep a portable source of oxygen for transfers and pipeline failure; a stainless steel cylinder trolley holds a large cylinder securely during moves.

## Monitoring, ventilation and infusion

Monitoring, ventilation and infusion are the life-support layer of the ICU and the largest share of ICU equipment cost. They are usually bought from specialist manufacturers and integrated on the pendant.

- **Patient monitors:** multi-parameter bedside monitors linked to a central station so nurses can see alarms from the station and from other bays.
- **Ventilators:** ICU ventilators with invasive and non-invasive modes; plan at least one transport ventilator for the unit.
- **Infusion:** volumetric pumps and syringe drivers on a rail or pole, with drug libraries managed by pharmacy.

Specify mounting early: the shelf load, rail type and arm reach of the pendant must match these devices. A monitor on a mobile patient monitor cart is useful for overflow beds and transfers.

## Suction and emergency equipment

Pipeline vacuum covers routine suction, but each ICU should keep electric suction units for pipeline failure, transfers and high-flow needs. The [DFX-23C-I Electric Suction Machine](https://www.kelingmed.com/products/suction-machines/dfx-23c-i-electric-suction-machine/) is a mobile electric suction machine with ≥40 L/min free air flow and dual 2,500 ml bottles. Suction equipment is covered by ISO 10079; see the [medical suction machine guide](https://www.kelingmed.com/blog/medical-suction-machine-guide/).

Place a stocked crash cart with a defibrillator where it can reach every bay quickly. The [KL-TC020 Emergency Trolley](https://www.kelingmed.com/products/medical-trolleys/kl-tc020-emergency-trolley/) is a five-drawer emergency trolley with a central lock, IV pole and sharps holder; the [crash cart checklist](https://www.kelingmed.com/blog/crash-cart-checklist/) covers contents and daily checks. Follow your facility's resuscitation protocols and formulary when stocking it.

## ICU furniture, infection control and logistics

Furniture is a small part of the budget but is used constantly, so specify it for cleaning and durability. Each bay typically needs a bedside cabinet, an overbed table, a nurse stool or workstation, a recliner or chair for early mobilization, privacy curtains and waste and sharps bins.

- Choose surfaces that tolerate the unit's disinfectants, and castors with brakes.
- Use curtain tracks with removable, washable or disposable curtains in U-shaped or L-shaped track layouts to suit the bay.
- Plan clean and dirty utility rooms, equipment parking and charging points; mobile devices left in corridors become trip and infection risks.
- Isolation rooms need anterooms and pressure control designed by the HVAC engineer.

## What drives ICU equipment cost?

ICU equipment cost is driven mainly by four choices: the ventilator and monitoring platform, the bed and mattress, the supply system (pendant versus bed head unit), and how much shared diagnostic equipment you buy. Building works such as the gas pipeline, electrical supply and HVAC are separate and often larger.

| Cost driver | Lower-cost option | Higher-cost option |
|---|---|---|
| Supply at the bed | Wall bed head unit | Electric pendant or bridge with dry and wet zones |
| Bed | 5-function electric bed | Bed with integrated scale, lateral tilt and advanced controls |
| Mattress | Static foam | Alternating air or low air loss |
| Monitoring | Stand-alone monitors | Networked monitors with central station and clinical records interface |
| Shared equipment | Borrowed from other departments | Dedicated ultrasound, blood gas, CRRT |

For a meaningful budget, price one bay from a full list and multiply, then add shared items. Avoid per-bed rules of thumb from other countries; import duties, local service costs and the choice of ventilator change the total substantially.

## What to put in an ICU equipment specification

A good ICU specification lets suppliers quote like for like and lets engineers check interfaces before delivery. Include:

1. Room list with bed count, isolation rooms and room dimensions.
2. Bay drawing with bed position, pendant type and arm reach.
3. Outlet schedule: gas outlet standard, count and order; socket type, count and circuit.
4. Bed requirements: functions, height range, safe working load, CPR release, mattress type.
5. Device list for the pendant with weights, so shelf and arm loads can be checked.
6. Electrical supply (voltage, frequency, plug type) for every mobile device.
7. Documents per model and destination: ISO 13485 certificate of the manufacturer, test reports to the relevant IEC 60601 standards, and registration for your country.

Keling Medical manufactures ICU pendants and bridges, electric hospital beds, mattresses, trolleys, suction machines and ward furniture in its Yangzhou factory under ISO 13485:2016, which lets you source the non-electronic part of an ICU bay from one supplier and check interfaces in one place. Ask for the documents that apply to each model and destination country.

## Next steps

Start with one fully specified bay, confirm the pendant and gas outlet layout with your engineers, then scale to the unit. Browse Keling's [medical pendants](https://www.kelingmed.com/products/medical-pendants/) and [hospital beds](https://www.kelingmed.com/products/hospital-beds/), and when your bay list is ready, [send it for a quotation](https://www.kelingmed.com/contact/#rfq).


## FAQ

### What equipment is used in an intensive care unit?

Every ICU bay needs an electric ICU bed with a pressure-redistribution mattress, a patient monitor, a ventilator, infusion and syringe pumps, piped oxygen, medical air and vacuum, a suction regulator plus a backup suction unit, and access to a defibrillator on a crash cart. Most units add bedside ultrasound, blood gas analysis and renal replacement therapy shared across the ward.

### How much does ICU equipment cost per bed?

There is no single figure: ICU equipment cost per bed depends mostly on the ventilator and monitoring platform you choose, then on the bed, mattress and pendant. A basic bay with a manual pendant, a 5-function electric bed and a mid-range monitor costs a fraction of a fully integrated bay. Price each bay from a written equipment list rather than a per-bed rule of thumb.

### What is an ICU pendant?

An ICU pendant is a ceiling-mounted supply unit that brings medical gas outlets, electrical sockets and data ports to the bedside on a movable arm or a fixed bridge. It also carries shelves and rails for the monitor, pumps and ventilator, so the floor around the bed stays clear for staff, imaging and transfers.

### What is the difference between an ICU pendant and a surgical pendant?

Both are ceiling supply units built on the same principle. A surgical pendant in the operating room usually carries surgical devices such as electrosurgical units and endoscopy towers, and often has electric height adjustment. An ICU pendant or bridge is arranged around a bed, often splitting a dry side for electrical devices from a wet side for infusion and suction.

### What gases are in a hospital medical gas system for the ICU?

A typical ICU medical gas system supplies oxygen, medical air and medical vacuum at every bed. Some units also pipe nitrous oxide or carbon dioxide, but that is uncommon in critical care. The pipeline, alarms and outlets are designed to national standards such as NFPA 99 in the US or ISO 7396-1 internationally.

### How big should an ICU room be?

US FGI Guidelines set a minimum clear floor area of about 200 sq ft (18.6 m²) for a single-patient critical care room, and many new units plan larger rooms to fit the bed, pendant, family seating and mobile imaging. Check your own national health building guidance, which may differ.

### What is the function of an ICU bed compared with a ward bed?

An ICU bed adds functions that critical care needs: Trendelenburg and reverse Trendelenburg tilt, a quick CPR release that flattens the backrest, a higher safe working load, side rails with integrated controls and room for X-ray cassettes. A ward bed may have only backrest, knee and height adjustment.