Compare hospital beds for wards, ICU rooms, recovery areas, and patient care setups. Request current availability and procurement support through MedPrax Market.
Send an enquiry on any device for pricing and availability.
MedPrax
This manual sectional leg-bending hospital bed (full section) supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This manual sectional leg-bending hospital bed (middle section) supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
A multi-position patient bed with manually operated crank mechanisms that adjust the head section, knee section, and overall bed height to facilitate patient positioning, comfort, and clinical access. The bed frame is constructed from tubular steel with a four-section mattress platform, collapsible side rails, and four locking castors for safe mobility. It is the primary inpatient sleeping and treatment surface in hospitals and long-term care facilities.
MedPrax
This single-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and ABS. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This carbon steel single-function manual bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This abs flat hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses ABS Head/Footboards and Carbon Steel. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This five-function electric hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and ABS. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This pediatric single-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and Side Rails. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This three-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and ABS Panels. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This two-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and Polypropylene. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This two-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel with Collapsible Rails. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This two-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel with Integrated Cranks. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This two-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and ABS Panels. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This single-function manual hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and Aluminum Side Rails. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This stainless steel flat hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Stainless Steel. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This three-function electric hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel with Hand Controller. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This three-function electric hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and Split Rails. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This three-function electric hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel with Overbed Table. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This five-function electric hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel with Integrated Panel. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
This five-function electric hospital bed supports patient resting and positioning in a hospital care environment. The listed construction uses Carbon Steel and ABS with IV Pole. The bed configuration is selected according to ward requirements, available space and the patient-positioning tasks.
MedPrax
Deluxe 5-function electric ICU hospital bed with motorized backrest, knee rest, height elevation, Trendelenburg / Reverse Trendelenburg, ABS split side-rails with built-in controls, and manual/electric CPR quick release.
Tell us what you need and MedPrax will source matching hospital beds with current pricing and availability.
Hospital bed procurement should account for patient acuity, manual or electric movement, mattress type, side rails, castors, accessories, cleaning workflow, and installation needs. MedPrax can help teams plan beds as part of ward, ICU, or hospital setup requirements.
Share the clinical setting, quantity, delivery city, expected timeline, preferred brands or models, and whether alternatives can be considered. For hospital beds, also ask for the catalogue, technical datasheet, accessories, warranty, installation, training, and service details that apply to the selected configuration.
Yes. Share bed count by department and MedPrax can help with product options and bundled procurement support.
The right bed depends on ward type, ICU needs, patient mobility, budget, and service expectations. Share the setup details for suitable options.
Procurement guide
Compare hospital beds for wards, ICU rooms, recovery areas, and patient care setups. Request current availability and procurement support through MedPrax Market. The right choice depends on where the equipment will be used and what problem it must solve. A small clinic, high-volume diagnostic center, ICU, OT, emergency room or distributor tender may require different features, accessories, documentation and service support even within the same category.
When you contact MedPrax, explain the clinical setting, expected workload, quantity, delivery city, timeline and preferred brands or models. If you are replacing an older device, mention the current model and what needs to improve. If you are setting up a new department, include the room count, expected workload and related equipment list.
These checks help MedPrax understand the requirement: Define bed type, department, quantity, movement requirements, and mattress needs. Check side rails, castors, IV pole, bed dimensions, load capacity, and cleaning compatibility. Ask about delivery, installation, warranty, spare parts, and bulk procurement support. They affect daily use, support cost, service planning and long-term reliability.
You do not need every detail finalized before sending an enquiry. Share what you know and flag what is uncertain. MedPrax can then help you clarify the requirement, request catalogues, compare suitable options and discuss alternatives when the preferred model is unavailable or outside budget.
The right buying decision is not always the lowest initial quote. Accessories, consumables, installation, calibration, software, replacement parts, preventive maintenance and downtime can change the actual cost of ownership. A slightly higher purchase price may be more practical if it includes better support, faster service response or the accessories needed for immediate use.
For hospitals and institutions, build the approval file around the full operating cost. Include device configuration, technical justification, warranty terms, service expectations and any recurring consumables. This makes internal review easier and helps avoid surprises after the order is placed.
Request manufacturer or supplier details, product catalogue, technical datasheet, warranty terms, installation notes and service coverage. Biomedical teams should also ask about spare availability, preventive maintenance, calibration, downtime escalation and whether user training is included. These questions are especially important for critical care, surgical, diagnostic and emergency equipment.
If the purchase requires compliance review, financing, import planning or institutional approval, mention that in the enquiry. MedPrax can then understand what documentation should be discussed during follow-up instead of treating the request like a simple product lookup.
Tell MedPrax what you are trying to achieve: a single device purchase, a bulk order, a replacement, a new department setup or a complete equipment list. Include organization type, city, quantity, department, preferred brand, timeline, financing interest if relevant, customs needs if relevant and whether substitutes can be considered.
If the exact product is not listed, send the requirement anyway. MedPrax can review unlisted needs and discuss possible sourcing support based on the equipment category, location, budget context and procurement stage.