Medical carts are easy to overlook until the wrong cart slows down a busy shift.
A cart that is too tall, too wide, poorly configured, hard to clean, difficult to lock, or awkward to steer can create daily friction for nurses, physicians, environmental services teams, materials managers, and facility staff. A well-chosen cart, on the other hand, keeps supplies organized, brings equipment closer to the point of care, and helps teams work with fewer interruptions.
Hospitals, ambulatory surgery centers, clinics, physician offices, long-term care facilities, rehabilitation centers, behavioral health facilities, and specialty departments all use medical carts differently. That is why cart selection should be tied to workflow, storage needs, infection prevention practices, department layout, security requirements, and the type of care being delivered.
This guide reviews common types of medical carts, important features to compare, and practical questions to ask before purchasing or standardizing carts across a facility.
Medical carts are used to store, organize, secure, and transport supplies, devices, medications, linens, diagnostic equipment, and procedure-specific materials within healthcare environments. Some carts are highly specialized, such as anesthesia carts, crash carts, pediatric emergency carts, and MRI-compatible carts. Others are more general-purpose, such as utility carts, modular supply carts, and linen carts.
Regardless of the specific use, the right cart can help teams:
Purchasing teams should steer clear of treating medical carts as interchangeable commodities. Two carts may look similar online, but differences in materials, drawer depth, caster quality, locking options, cleanability, power configuration, accessories, and footprint can affect long-term usability.
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Emergency medical carts, often called crash carts or code carts, are used to organize emergency equipment and supplies so clinicians can respond quickly when a patient experiences a medical emergency. These carts are commonly red, although color conventions may vary by facility.
Typical emergency cart features include:
Many facilities use standardized drawer layouts so staff can find supplies quickly, even when working in different departments.
Before purchasing, consider:
Pediatric emergency carts are designed for the needs of infants, children, and adolescents. Many use color-coded drawer systems that align with pediatric emergency workflows. The goal is to make size-appropriate supplies easier to identify during urgent care situations.
Common features include:
Pediatric carts are often configured to work with weight-based emergency systems and pediatric-specific protocols.
Facilities should involve clinical leaders with the configuration of pediatric emergency carts. Drawer organization, labeling, restocking procedures, and accessory choices need to match the facility’s emergency response process.
Anesthesia carts are used in operating rooms, procedure rooms, endoscopy suites, and other areas where anesthesia supplies and medications need to be organized and accessible. These carts are usually configured for medication security, supply organization, and easy cleaning between cases.
Important features include locking drawers, configurable drawer depths, removable dividers, durable surfaces, quiet casters, compact footprints, and accessory options such as sharps containers, glove box holders, waste bins, and side shelves.
When selecting anesthesia carts, consider room size, medication security needs, supply volume, procedure mix, and whether carts need to move between rooms or remain assigned to a single location.
Medication carts are used in acute care, long-term care, assisted living, rehabilitation, and other settings where staff need organized access to medications and medication administration supplies. Configuration matters. Drawer size, packaging type, locking method, cart height, and maneuverability all affect daily use.
Many facilities coordinate medication cart selection with pharmacy workflows. Medication packaging, blister packs, unit-dose systems, narcotic storage requirements, and drawer divider needs can all influence the best configuration.
Features to compare include:
electronic locks,
Isolation carts are used to organize personal protective equipment and related supplies for patients requiring isolation precautions. These carts are often placed near patient rooms or unit entrances so staff can access gowns, gloves, masks, eye protection, face shields, hand sanitizer, and disposal supplies before entering the care area.
Yellow is commonly associated with isolation carts, but color choices vary. The more important considerations are:
Infection prevention teams, nurse managers, and materials management should align on where isolation carts will be positioned and how they will be stocked. The CDC’s Project Firstline materials emphasize the importance of keeping environmental services carts clean, organized, and set up for safe work practices, which is a useful reminder for any cart used around infection prevention workflows.
Procedure carts are configured for specific clinical tasks. A procedure cart may be used for:
The advantage of a procedure cart is that staff can bring the necessary supplies directly to the patient or treatment area. That can reduce setup time, help keep supplies organized, and limit the need to leave the room during a procedure.
Selection should start with answering questions like these:
What supplies are used most often?
Which items need to be secured?
Are sharps containers needed?
Does the cart need a side shelf, glove holder, waste bin, back rail, or removable tray?
How often will it be cleaned or restocked?
Treatment carts and wound care carts are commonly used in hospitals, long-term care facilities, rehabilitation centers, and home health-adjacent care settings. They organize patient-care supplies such as:
Useful features to prioritize include:
Since wound care supplies can vary widely by patient population and care model, facilities should choose carts that allow flexible organization rather than locking teams into a rigid layout.
Phlebotomy carts organize blood draw supplies for transportation to point of care locations. Common supplies include tubes, needles, tourniquets, gauze, alcohol prep pads, labels, sharps containers, gloves, and waste containers.
A good phlebotomy cart should be easy to maneuver, stable, simple to clean, and configured so frequently used items remain within reach. Some facilities prefer compact open designs, while others need enclosed drawers for security and supply control.
Before purchasing, compare:
EKG carts and diagnostic equipment carts help clinicians move devices to the patient rather than moving the patient to the equipment. This is especially useful in acute care units, emergency departments, cardiology areas, and outpatient settings.
These carts need:
Since diagnostic equipment can be sensitive and costly, the cart should be sturdy enough to protect the device during transport.
Computer carts, often called mobile workstations or workstations on wheels, bring electronic health record access closer to the patient. They may include laptops, all-in-one computers, barcode scanners, medication administration accessories, batteries, keyboard trays, monitor mounts, and storage drawers.
Selection criteria should include:
Facilities should also think through where carts will be parked, charged, cleaned, and maintained.
Computer carts can become a pain point when the fleet is not standardized. Different batteries, mounts, accessories, and replacement parts can complicate maintenance and frustrate staff. Standardization can make training, troubleshooting, and lifecycle planning easier.
Bassinet carts are used in maternity, labor and delivery, postpartum, and newborn care areas. They allow newborns to be transported safely and positioned near mothers and caregivers.
Important features include:
Some bassinet carts include work surfaces, chart holders, tubs, mattress pads, and drawer accessories.
Facilities should consider how carts fit into patient rooms, corridors, nursery areas, and cleaning workflows.
Case carts are used to transport surgical instruments, sterile supplies, and case-specific materials between sterile processing, operating rooms, and procedural areas. They are common in hospitals and ambulatory surgery centers.
Open case carts can be useful for some workflows, while closed case carts offer added protection during transport and storage.
Surgical leaders and sterile processing teams should be closely involved in case cart selection. Cart size, cleaning process, elevator access, storage space, and transport routes all matter.
MRI-compatible carts are used in magnetic resonance environments where ferromagnetic materials can create serious hazards. Carts and accessories intended for use near MRI equipment should be clearly labeled according to MRI safety terminology.
ASTM F2503 is the standard practice for marking medical devices and other items for safety in the MR environment. It establishes a uniform system for MR Safe, MR Conditional, and MR Unsafe labeling. FDA guidance also notes that MR labeling recommendations are consistent with ASTM F2503.
Before sourcing MRI-compatible carts:
Do not assume that a cart is safe for MR environments based on appearance, color, or non-magnetic marketing language alone.
Environmental services carts organize cleaning supplies, disinfectants, waste bags, microfiber products, PPE, and other materials used by EVS teams. These carts are central to cleaning workflows in healthcare facilities.
The CDC offers guidance on selection, preparation, and care of environmental cleaning supplies and equipment, including cleaning products, reusable and disposable supplies, and PPE used by cleaning staff. Newer CDC Project Firstline training materials also focus specifically on keeping EVS carts clean, organized, and ready for safe use.
Key features include:
Linen carts, laundry carts, platform carts, tilt trucks, and bulk transport carts help move supplies, linens, waste, and equipment throughout healthcare facilities. They may be used by materials management, environmental services, maintenance, dietary, laundry, and clinical teams.
While these carts are less clinical than crash carts or medication carts, they still affect facility workflow. Poor caster quality, excessive noise, inadequate capacity, or difficult-to-clean materials can create daily issues.
Compare:
Modular supply carts are used to organize supplies in patient care areas, storage rooms, procedure spaces, and specialty departments. They may include baskets, bins, shelves, drawers, rails, and enclosed doors.
The strength of modular carts is flexibility. Departments can adjust storage as supply needs change. That makes them useful in facilities where space is limited or where standard cabinet storage does not fit the workflow.
Materials management teams should consider:
A cart is only as useful as the system around it.
Medical carts should be selected with the end user and the care environment in mind. Important features include:
Materials and cleanability: Stainless steel, aluminum, polymer, laminate, and specialty materials each have different durability, weight, and cleaning considerations.
Drawer configuration: Drawer count, drawer depth, divider options, labeling, and soft-close features can make a major difference in daily use.
Security: Key locks, breakaway locks, electronic locks, and tamper-evident options should match the supplies being stored.
Mobility: Caster quality, wheel locks, turning radius, cart weight, handles, and floor surfaces all affect maneuverability.
Ergonomics: Height, reach distance, work surface placement, handles, and accessory locations should fit the staff using the cart.
Accessories: Common accessories include IV poles, sharps container holders, glove box holders, side shelves, utility hooks, waste bins, oxygen tank holders, cardiac board brackets, power strips, cord wraps, and monitor mounts.
Standardization: Standard cart models, colors, drawer layouts, and accessories can simplify training, maintenance, replacement parts, and restocking.
Lifecycle needs: Procurement should consider warranty, parts availability, manufacturer reliability, cleaning compatibility, battery replacement, repair access, and future expansion needs.
Before ordering carts for a department, renovation, expansion, or new facility, ask:
The best cart decisions are usually made with input from more than one team. Clinical users know the workflow. Facilities teams understand space and durability needs. Supply chain understands sourcing, standardization, and vendor performance. IT may need to review powered carts or mobile workstations. Infection prevention may need to review cleanability and placement.
Selecting medical carts is not just a product choice. It is a workflow, space, standardization, and lifecycle decision.
CME Corp works with healthcare organizations to source and configure medical carts for hospitals, clinics, surgery centers, long-term care facilities, rehabilitation centers, behavioral health facilities, and specialty departments. Our account managers help facilities compare cart types, evaluate accessory needs, coordinate manufacturer options, and align cart selection with department workflows and procurement goals.
CME also helps with logistics coordination, project planning, direct-to-site delivery, installation coordination, and equipment planning for larger renovations, expansions, and new facility openings. When cart standardization is part of a broader equipment initiative, CME can help reduce equipment acquisition complexity with warehousing, assembly, staging, delivery, and installation.
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Common medical carts include emergency carts, pediatric emergency carts, anesthesia carts, medication carts, isolation carts, procedure carts, treatment carts, phlebotomy carts, EKG carts, computer carts, bassinet carts, case carts, MRI-compatible carts, cleaning carts, linen carts, supply carts, and utility carts.
Do not describe all medical carts broadly as “FDA approved.” FDA classification depends on the cart’s intended use and applicable product code. FDA does classify certain device carts, such as emergency cardiopulmonary device carts, in its Product Classification database. Facilities should verify product-specific regulatory information with the manufacturer, distributor, and applicable FDA resources when regulatory status matters.
Cart colors vary by facility and manufacturer. Emergency carts are often red, isolation carts are often yellow, and anesthesia carts are often blue, but these conventions are not universal. Pediatric emergency carts may use color-coded drawers to align with pediatric emergency workflows. Facilities should document their own color standards so staff can recognize carts consistently.
Hospitals should consider workflow, department use, cart size, drawer configuration, security, materials, cleanability, caster quality, accessories, standardization, replacement parts, serviceability, and lifecycle cost. Specialized areas such as MRI, surgery, pharmacy, pediatrics, and emergency care may have additional requirements.
MRI-compatible carts should be labeled for the MR environment according to recognized MR safety terminology. ASTM F2503 establishes marking practices for MR Safe, MR Conditional, and MR Unsafe items. Facilities should verify the cart’s label, materials, use conditions, and compatible accessories before placing it in an MR environment.
About CME: CME Corp is the nation’s premier specialty distributor of healthcare, laboratory, and imaging equipment. We partner with over 2,000 manufacturers to offer more than 2 million products. In addition to an extensive product portfolio, we also offer project management, CAD-based layout, design and 3d modeling, warehousing, assembly, staging, consolidated, need-by-date direct-to-site delivery, and biomedical and technical services, all staffed by CME employees. Our mission, to help healthcare facilities nationwide reduce the cost of the equipment they purchase, make their equipment acquisition, delivery, installation, and maintenance processes more efficient, and help them seamlessly launch, renovate, or expand on schedule, is supported by service locations strategically located across the country.