Infant Bassinets and Baby Trolleys: Specifying for Maternity Units

A maternity unit buys infant bassinets in small numbers and uses them continuously. The cot sits beside the mother, is moved between rooms, is cleaned between infants and is adjusted dozens of times a day. Small specification errors therefore accumulate quickly.

The decisions that matter are not cosmetic. Height, side configuration, braking, surface compatibility and ease of movement determine whether staff work comfortably and whether the equipment survives several years of a busy ward.

Height and Working Posture

Fixed-height bassinets are simpler and cheaper, and they are adequate where staff of similar stature work in the same room. Height-adjustable models cost more and reduce the bending that a full shift of infant care involves, which matters in units that keep staff in the same place for hours.

The relevant number is the working height range rather than the maximum. A cot that raises high but does not lower to a comfortable seated working height helps only part of the team, and the specification should state the range in both directions.

Transfer height matters too. Where an infant is moved between a cot and a bed or a resuscitaire, mismatched heights turn a routine movement into a lift. Specifying cots and beds to a compatible working range is cheaper than solving it later with equipment, and the same ergonomic logic applies to specialised seating such as blood donation chairs.

Sides, Visibility and Access

Side configuration is a clinical decision. Transparent panels allow observation without disturbing the infant, and drop or fold sides allow a carer to reach in without lifting over a barrier. Both have to be operable one-handed, because the other hand is usually occupied.

Where a drop side is used, the mechanism has to be robust across thousands of cycles and must not present a pinch point. Locking should be positive and obvious, since a side that drops unexpectedly is a risk with an infant inside.

Visibility has a second dimension: the cot must not obstruct the view of the mother or the room. Cots that are too tall or overly enclosed change the layout of a postnatal room, and staff perception of that constraint is worth checking before a full order rather than afterwards.

Braking, Mobility and Floor Interaction

Bassinets move constantly: between the mother’s bedside and the nursery, to examination, to imaging. Castors should be sized for the floor and for the threshold heights in the unit, and braking should be central and easy to apply with a foot while holding the cot.

Braking is a safety-related item and should be specified as such. A cot that rolls when a brake is applied is a hazard, and the specification should state that all castors lock rather than only some, and that the brake holds on the floor surfaces actually present in the unit.

Floor surfaces matter in both directions. A soft floor increases rolling resistance and can make a cot hard to steer, while a hard floor makes a lightly braked cot easier to set in motion. Trialling a cot in the actual unit for a week reveals more than any specification sheet, and it is the cheapest test available.

Surfaces, Cleaning and Compatibility

The infant contact surface and the surfaces staff touch must be cleanable and compatible with the unit’s disinfectants. Alcohol-based and chlorine-based agents attack different materials, and a surface that degrades becomes a cleaning problem rather than merely an appearance problem.

Seams and joints should not trap fluid. A moulded one-piece tray is easier to clean than a fabricated one with crevices, and where components are assembled, sealed joints reduce the places where contamination can remain.

Mattress and liner specifications follow the same logic. Contact materials in clinical use should be documented for the substances they may contain, and where a market requires compliance evidence, the general framework for medical products sits within eCFR Title 21, food and drugs and its associated requirements. Suppliers should be asked for the documentation rather than the assurance. Our gamme de chariots médicaux specifies surfaces against the cleaning regime the unit actually uses, and the same approach applies to specialist tables and to equipment configured before construction begins.

A Specification Checklist for a Maternity Unit

Eight lines make a bassinet order unambiguous: height range, side configuration with one-handed operation, castor size and braking arrangement, overall footprint including the tray, surface materials for the contact tray and frame, mattress specification, cleaning agent compatibility, and any storage or accessory requirement such as a drawer or a chart holder.

Accessories deserve early attention because they affect dimensions and weight. A bassinet ordered with a drawer, a weighing attachment or an IV pole becomes a different footprint, and retrofitting these items is usually less satisfactory than specifying them at order.

The final step is a unit trial. Place one cot in the ward for a week, ask staff to move it, brake it, adjust it and clean it, and record what they say. In a maternity unit staff are unusually clear about what works, and their feedback is a better specification input than any catalogue.

FAQ

Video: Hospital Baby Cot for Neonatal Units: Product Walkthrough

If a maternity unit is specifying bassinets or baby trolleys, send the room layout and the cleaning regime. Our furniture team will return the height range, side configuration and surface specification that fit the way the ward actually works.