Emergency equipment planning needs both everyday demand and a credible surge plan. Review attendance patterns, acuity, time spent in the department and access to inpatient services before sizing the fleet.
Average attendance alone can hide periods of simultaneous high demand. Use the hospital’s own data and clinical planning assumptions, including how demand above the designed capacity will be managed.
Use demand and surge scenarios
Review available attendance and occupancy records with clinical staff. Data quality and the planning horizon determine how much analysis is needed.
Pull twelve months of attendance by hour of arrival, not by day. Daily totals hide everything that matters.
Review high-demand periods and their causes in the local record, including seasonal and exceptional events where relevant.
For each of those hours, count the maximum number of patients who needed a trolley at the same time, and the maximum number who needed a resuscitation position at the same time.
Choose normal capacity, contingency and surge arrangements using demand, staffing, space and clinical priorities; an exceptional worst hour need not dictate every permanent purchase.
Translate the analysis into treatment positions, trolleys, clinical devices, consumables and staff needs. The cost and limiting resource vary by department.
The resuscitation bay
A resuscitation bay is defined by access rather than by area. You need to be able to work from both sides and from the head, at the same time, with a monitor visible to everyone in the bay and nothing on the floor that a person can trip over during a chest compression.
Access from arrival. Coordinate ambulance and walk-in routes, triage and resuscitation with staff visibility, security and the clinical pathway.
Manage services and cables. Have the responsible qualified designers coordinate electrical and other clinical infrastructure so access remains clear.
Suction continuity. Define the clinical requirement and backup, including independent power where needed; a fixed two-source rule is not a substitute for the service plan.
Emergency positioning. Verify the required flat/CPR position and access on the offered bed or trolley, including behaviour during power failure.
Imaging interfaces. A product such as the SKB041-3 has a described X-ray-capable backrest. Confirm the actual anatomy, field and imaging method it accommodates rather than assuming whole-body imaging compatibility.
Overhead task lighting. A mobile lamp of the SK-LLY400Z class is the usual answer where a ceiling mount is not possible, but give it a parked position or it lives in the walkway.
Triage: the smallest space that makes the biggest decisions
Triage is a clinical assessment function. Plan its equipment, privacy, access and escalation route with the clinical team rather than treating it only as a reception desk.
Assessment surface. Select an examination couch or access to an appropriate trolley based on the triage model and patient-handling needs; check the offered height and positioning functions.
A wheelchair kept at triage. Not shared with the department, not borrowed by porters. An SKE691 class chair parked in a marked position, so that a patient who cannot walk stops being a two person carry.
A trolley within reach. The patient who deteriorates at triage is the reason triage exists. If moving them means fetching a trolley from elsewhere, that time is unrecoverable.
Clinical assessment tools. Provide the required lighting, hand hygiene, observations and age-appropriate weighing or emergency estimation arrangements under the clinical protocol.
Trolleys, stretchers and the transfer chain
Patients arrive on one surface and leave the department on another, sometimes through three intermediate ones. Every handover between surfaces is a manual handling risk and a delay. The fleet should be chosen as a chain, not as a shopping list of individual items.
Stage
Equipment class
What to check before ordering
Scene to ambulance
Suitable scoop stretcher where clinically indicated
Manufacturer-approved locking, patient handling, restraint and vehicle compatibility; no improvised under-load separation test
Field carry and stairs
SKB1A02 foldable stretcher
Folded dimensions against where it is stored, and whether it can be found in the dark by someone who did not put it away
Ambulance to door
SKB039(D) ambulance stretcher trolley
Loading height against the floor height of the vehicles you actually operate, including the older ones, not the vehicles in the brochure
Department to imaging
SKB041-3 patient transportation trolley with X-ray capable backrest
Whether a film can be taken in place; also whether the trolley fits your lift with a pole and a monitor attached
Ambulatory movement
Appropriate transit or self-propelling wheelchair
Patient needs, route, load, seating and staff assistance
Admission to ward or ICU
Ward, HDU or ICU bed
That the trolley height range and the bed height range overlap, so lateral transfers can be done flat rather than uphill
Check the transfer-height range and method across trolleys and beds, even when bought under separate contracts. Compatible heights help, but staff still need suitable transfer aids and a patient-specific handling plan.
Crash carts and the discipline that keeps them useful
An emergency trolley is the platform for a clinically approved set of equipment and consumables. Its readiness depends on stocking, checks, maintenance and staff familiarity as well as the cabinet itself.
Consistent layout. Agree drawers and labelling across the relevant departments, with training and checks appropriate to their clinical use.
Tamper evidence. Numbered seals can show whether a cart was opened after a documented check; an intact seal alone does not prove contents, expiry or device readiness.
Tape a printed contents list to the top. Not inside a drawer, not in a folder at the nurse station.
Restock immediately after use, not at shift end. The second arrest of the night finds the empty drawer.
Readiness checks. Use the hospital’s approved frequency and device instructions for supplies, batteries and clinical equipment, with accessible records and escalation.
Quantity and access. Set cart provision through the emergency response plan and simultaneous demand; a universal per-floor or per-position ratio may not fit the building.
Suction readiness and consumables
Suction readiness includes the complete device, collection system, tubing, filters, power and trained checks. Use local fault records to identify recurring issues and stock compatible replacements.
Power and duty. Compare SK-EX122, SK-EX123 and GEMMY SU-510 against the intended use. SU-510 is AC-only in the current manufacturer specification; it is not a verified battery transport unit.
Collection turnaround. Set spare vessel or liner quantities from cleaning/disposal turnaround and demand, with compatible parts.
Fleet compatibility. Standardisation can simplify stock, but accessories within one model family may differ. Verify exact part numbers.
Consumables. Use approved seals, filters, tubing and connectors; availability by the roll does not establish clinical suitability.
Buying for surge: quantities, storage and lot structure
Balance surge equipment, clinical staffing, storage and maintenance. Low-cost items can still expire or require checks, and reserve clinical devices may be justified by risk.
Stock for the agreed scenario. Set quantities of stretchers and consumables using demand, compatibility, shelf life and replenishment.
Provide appropriate device reserve. Compare spare capacity and agreed borrowing/backup arrangements, including the risk of simultaneous demand elsewhere.
Accessible surge stock. Agree safe access, storage, inventory checks and named responsibility for readiness.
Suitable procurement lots. Balance competition, interfaces and support under the applicable rules; no single lot structure is always superior.
Write spares into the same contract. Ask for a priced spares list with lead times as part of the technical offer. A bidder who cannot produce one has not thought past delivery.
Approved acceptance tests. Use the manufacturer’s and hospital’s authorised methods for loaded manoeuvrability, brakes and any battery runtime. Do not improvise maximum-load runs over rough thresholds or impose a generic six-month battery interval.