Why Foam Mattresses? 

Comfort & Therapeutic Support 

• Foam mattresses conform seamlessly around the body distributing the patient’s weight across the mattress rather than at pressure points
• High-density foam, along with a soft, breathable, stretch cover helps create a balanced combination of comfort and support while also providing temperature neutrality and resistance to microorganisms
• Various levels of firmness and densities are available for optimal comfort 

Wound Prevention

• By evenly distributing weight and supporting proper posture and prominence positioning, medical foam mattresses can help prevent pressure injuries and other skin integrity issues.
• They provide varying levels of static pressure redistribution for prevention and treatment
• Often include enhanced scapular, sacral and heel sections to further reduce pressure in these vulnerable areas 

Convenience 

• From standard, to wide, to bariatric, foam mattresses come in a variety of sizes to meet various customer needs
• Flexible design is ideal for adjustable beds

Types of Foam Mattresses

Viscoelastic

• Also known as memory foam
• Conforms to the body’s natural shape, offering excellent pressure relief
• Ideal for ambulatory and rehabilitation residents
• Viscoelastic foam excels in pressure distribution
• Viscoelastic foam with gel improves heat dissipation for greater comfort and a cooler sleep surface

Key Considerations for Foam Mattresses

Perimeters

Mattress Without Firm Side Perimeter  

• May compress under a resident’s weight and result in falls during ingress/egress or sleep
• May put residents at increased risk of entrapment

Mattress With Firm Side Perimeter  

• Provide improved safe transfer support and remind resident they are near the mattress edge
• May help reduce the risk of entrapment

Heel Section of Medical Foam Mattresses

It’s important to consider the weight load on residents’ heels, as bony prominences are particularly vulnerable to pressure ulcers. 

Standard Heel Surface

• Look for heel sections with super-soft or memory foam, which provide better pressure reduction for vulnerable heels than the standard foam in the rest of the mattress

Heel Slope

• A sloped heel section redirects pressure to residents’ calves, where there is more fatty tissue and muscle to absorb pressure

QUICK TIP Heel slopes may be an ideal feature for residents who require a higher level of pressure management.

Foam Mattress Covers

Most foam mattresses have a nonstretch, 2- or 4-way stretch cover.

Nonstretch

• Offers the most moisture resistance and may be a good option for incontinent residents
• A nonstretch foam mattress cover may help protect against shear, however may also create a warmer sleeping environment

2- or 4-Way Stretch

• May be slightly less moisture resistant than a nonstretch cover
• May feel cooler and more comfortable for the resident
• May allow better immersion and envelopment

Foam Mattresses FAQs

How do foam mattresses compare to traditional innerspring mattresses? 

Foam mattresses generally offer better pressure relief and support compared to traditional innerspring mattresses. Innerspring mattresses may provide a firmer feel and better airflow but can lack the contouring and pressure-relieving properties of foam.

Are foam mattresses suitable for adjustable beds? 

Yes, foam mattresses are highly compatible with adjustable beds. Their flexibility allows them to bend and adjust without compromising support and comfort.

Do foam mattresses require a special bed frame or foundation?

While foam mattresses can work with most medical bed frames, using a solid, slatted, or gird desk with minimal spacing between slats is recommended to prevent sagging and prolong the mattress’s lifespan.

How do you care for a foam mattress?

To care for a foam mattress:

• Inspect the mattress cover during every linen change for cuts, rips, tears, or cracks
• Mattress zippers should not be opened during cleaning for infection control
• Follow cleaning instructions from your mattress manual for approved cleaners

What is an oxygen concentrator? 

An oxygen concentrator is a medical device that provides supplemental oxygen to individuals with conditions that impair normal breathing or cause lower-than-normal blood oxygen levels. They work by taking in ambient air, filtering out nitrogen, and delivering purified oxygen to the resident via a face mask or nasal cannula.

Why are oxygen concentrators important?

Oxygen concentrators are essential in senior living environments for managing chronic respiratory conditions such as COPD, emphysema, and chronic bronchitis. They improve quality of life by alleviating symptoms like shortness of breath and fatigue, enabling greater activity and independence. Additionally, concentrators provide critical support during acute respiratory issues like pneumonia and COVID-19, and are designed to be safe, efficient, and cost-effective. Their portability and ease of use make them an ideal solution for ensuring continuous, personalized oxygen therapy for seniors.

Types of Oxygen Concentrators

Portable Oxygen Concentrators

Most lightweight and mobile oxygen delivery solution available

Supports AC, DC, or battery operation for on-the-go therapy

Compact designs range from 4.4 to 20 lbs

Continuous flow portable oxygen concentrators are available with intermittent delivery options (some models include both settings)

Oxygen Concentrators: What to Look For

Below are key features and specs to consider when selecting oxygen concentrators for your healthcare facility. 

O2 Purity%

• Represents the concentration of oxygen in the air, excluding other gases
• High purity ranges from 87-99%

Flow Rate

• Indicates the speed at which oxygen is delivered from the concentrator to the resident
• Measured in liters per minute (lpm)
• 2 lpm is usually sufficient for home care, but some conditions require higher rates; concentrators can go up to 10 lpm

Sound Level

• Quiet oxygen concentrators range between 40 dB and 60 dB, similar to a quiet conversation or normal voice in a calm environment

Outlet Pressure

• High outlet pressure supports high-acuity respiratory accessories like nebulizers, venti masks, and long oxygen tubing

Battery Life

• Portable concentrators typically run 2 to 5 hours on battery power
• Some models offer additional battery packs extending life to 7-10 hours, varying with pulse settings

Size & Weight

• Smaller and lighter 5L and 10L concentrators are easier for residents and caregivers to move
• Consider the weight of portable units with batteries installed and any extra batteries

Oxygen Concentrator FAQs

How do I choose the right oxygen concentrator for a healthcare facility?

Consider the residents’ oxygen needs, including flow rate and purity requirements, the device’s portability, ease of use, noise level, maintenance needs, and any additional features like dual flow meters or battery life for portable models.

What are the benefits of portable oxygen concentrators?

Portable oxygen concentrators provide mobility and independence for residents, allowing them to move freely within the facility or travel outside. They are lightweight, easy to carry, and can operate on battery power, making them convenient for on-the-go oxygen therapy.

How often do oxygen concentrators require maintenance?

Maintenance frequency varies by model, but typically involves cleaning or replacing filters, checking for proper operation, and ensuring the device remains in good condition. Follow the manufacturer’s guidelines for specific maintenance schedules.

How do I ensure the safety of residents using oxygen concentrators?

Ensure proper setup and use according to the manufacturer’s instructions, regularly check the device for proper operation, and educate residents and staff on safe usage practices. Look for models with safety alarms for oxygen purity, low oxygen levels, pressure, flow rate, and power loss.

Types of Medical Air Mattresses

Alternating Pressure

Recommended for residents who suffer from pressure injuries and bed sores

• Pressure relief mattresses redistribute pressure by inflating and deflating, alleviating pain and preventing skin breakdown
• Alternating pressure mattresses improve blood flow and aid healing
• Beneficial for residents with pressure injuries often combined with low air loss therapy

Lateral Rotation

Lateral rotation mattresses may be appropriate for residents with pulmonary or circulatory ailments

• Inflation and deflation of air cells gently rotates individuals 40 degrees to the right or left side
• Helps encourage proper breathing and blood circulation and can help lungs reabsorb excess liquid 
• Lateral rotation is often combined with low air loss or alternating pressure

What to Look For When Selecting a Medical Air Mattress 

Firm Perimeters

• Side perimeters help to contain the resident within the mattress system. Some mattresses are available with  raised perimeters to further help minimize resident falls
• Increase stability for transfers and provide a gentle reminder of bed edges
• Reduce the risk of rollout falls or entrapment

Heel Section

• Important to consider for pressure injury prevention on bony prominences

Heel Slope

• Redirects pressure to calves, reducing pressure on heels
• Ideal for residents needing higher pressure management

Warranty

• Non-prorated warranties offer the most cost-effective option for long-term quality and value

Medical Air Mattress FAQs

Why are comfortable air mattresses important in healthcare

They help prevent, and aid in healing pressure injuries, improve blood circulation, and provide enhanced comfort for residents who spend extended periods in bed. This is particularly important for seniors with limited mobility.

How do medical air mattresses work?

Medical air mattresses use alternating pressure technology to redistribute weight by inflating and deflating air cells at regular intervals. This reduces pressure on any one area of the body and promotes better blood flow.

How often should medical air mattresses be maintained?

Regular maintenance includes cleaning, checking for air leaks, and ensuring the pump and air cells function properly. Follow the manufacturer’s guidelines for specific maintenance schedules.

Why Choose a Sit-to-Stand Lift?

Patient lifts come in a variety of options with varying features, so choosing the right sit-to-stand lifts depends on the unique needs of your patients, residents and the usage scenarios.

• Suitable for residents with weight-bearing ability or upper-body strength
• Ideal for resident rooms, toilet areas, bathing areas, and common spaces
• Enhances dignity and resident participation
• Easier and faster to use than floor lifts
• Small footprint for easy storage

Key Factors in Choosing a Lift for Your Facility

Base Length and Width

• Shorter base lengths and widths allow lifts to maneuver in tight spaces
• The base should be wide open enough to fit around equipment and provide stability

Scale Attachment

• Allows caregiver to weigh residents during transfer, helping reduce incidence of caregiver injury
• Saves time and eliminates the need for an additional transfer to a scale

Base Clearance

• To maximize effectiveness, lifts should fit under existing beds
• For low beds, measure the underbed clearance and choose lifts with low base clearance
• Raising the bed forklift placement ensures staff work in a better position when applying or removing a sling

Sit-to-Stand Slings

In addition to selecting sit-to-stand lifts, there are two distinct types of slings available for use with them, each designed to meet specific resident needs. Both types require steady cognitive awareness for use.

Standing slings: Use standing slings for residents with sufficient weight-bearing ability for standing assistance, gait training, and quick toileting

Transport slings: Use transport slings for residents with less weight-bearing ability, needing extra standing assistance, these slings provide extra support via thigh straps

Prioritizing safety: The advantages of safe lifting practices in your community

As acuities continue to rise and surveyors continue to cite F-Tag 323 (Accidents), it’s becoming increasingly important to establish and promote ergonomic and injury prevention programs.

Learning how to use sit-to-stand lifts and utilizing them correctly and consistently can play a key role in establishing a culture of safety within your healthcare facility. The proper use of senior lifts can significantly impact the safety of residents and staff, as well as enhance residents’ mobility, strength, and independence.

How to Enhance Resident and Staff Safety in Lift Transfers

• Minimize lifting-related incidents and injuries
• Alleviate caregivers’ daily strain
• Lower insurance costs
• Improve care quality and resident outcomes
• Ensure safety for resident outcomes
• Boost staff recruitment and retention
• Increase community marketability (resident admissions)
• Control employee injury and malpractice expenses

Sit-to-Stand Lifts FAQs

What is a sit to stand lift and how does it benefit residents and patients?

A sit to stand lift is a device designed to assist individuals with limited mobility in moving from a sitting to a standing position. This equipment is particularly beneficial in senior living facilities as it helps prevent falls, reduces the risk of injuries to both patients and caregivers, and promotes independence and dignity for residents.

How do I choose the right sit to stand lift for my facility?

When choosing a sit to stand lift for your facility, consider the following factors:

• Weight Capacity: Ensure the lift can accommodate the weight of your heaviest patients
• Safety Features: Look for features like non-slip footrests and emergency stop functions
• Ease of Use: The lift should be easy to operate for caregivers, with intuitive controls
• Battery Life: Consider the battery life and whether the lift can be used while charging
• Adjustability: The lift or sling should be adjustable to cater to patients of different sizes and needs

What maintenance is required for a sit to stand lift?

Regular maintenance of a sit to stand lift is crucial to ensure its safety and longevity. Maintenance tips include:

• Regular Cleaning: Clean the lift regularly to prevent the buildup of dirt and bacteria
• Inspection: Frequently inspect all parts of the lift, including the harnesses, batteries, and moving parts, for any signs of wear or damage
• Battery Maintenance: Keep the batteries charged and replace them as needed to ensure the lift operates smoothly

Types of Floor Lifts

Powered Floor Lifts

• Uses a battery to operate
• Typically less strenuous for caregivers to use
• May offer a smoother experience for residents requiring assistance

Floor Lifts: Key Considerations

Base Widening (Powered vs Manual)

• Powered: requires the push of a button for the least amount of stress on the caregiver
• Manual: Hand-Shift Lever—the most potential to cause strain on caregiver, especially when there is weight in the sling
• Manual: Foot Pedal—uses the caregiver’s weight to widen the base, limiting back and shoulder strain

Base Clearance

• To maximize effectiveness, lifts should fit under existing beds

QUICK TIP If you have low beds in your community, it’s important to measure the underbed clearance and consider lifts with a lower base clearance. Most low beds require raising the bed to get the lift underneath. One advantage of this is that it requires staff to be in a better working position while applying or removing a sling. 

Base Length & Width

• Shorter base lengths and widths allow lifts to be used in tight spaces that require maneuverability
• Base of the lift should open wide enough to fit around the equipment a resident is being transferred to or from
• The base should be open for best stability

Range of Lift Height

• Should reach low enough so residents who have fallen to the floor can be lifted up, and high enough to lift residents up to a high mattress height 

QUICK TIP Often it helps to go up a sling size or two when lifting off the floor.

Emergency Control

• All electronic lifts should have a control to stop the lift motor in case of an emergency 
• Manual override allows residents to be safely moved in case of power loss 

Prioritizing safety: The advantages of safe lifting practices in your community

As acuities continue to rise and surveyors continue to cite F-Tag 323 (Accidents), it’s becoming increasingly important to establish and promote ergonomic and injury prevention programs.

Learning how to use sit-to-stand lifts and utilizing them correctly and consistently can play a key role in establishing a culture of safety within your healthcare facility. The proper use of senior lifts can significantly impact the safety of residents and staff, as well as enhance residents’ mobility, strength, and independence.

Floor Lift FAQs

What is a floor lift? 

A floor lift, also known as a Hoyer lift or patient lift, is a device designed to safely lift and transfer individuals with limited mobility from one location to another. It is especially useful in senior living facilities to assist residents in moving from bed to wheelchair, chair, or toilet.

How do I choose the right floor lift?

Choosing the right floor lift depends on the resident’s weight, mobility level, and specific needs. Consider factors like lifting capacity, portability, ease of use, and compatibility with different slings. Consulting with healthcare professionals and following manufacturer recommendations can help in selecting the appropriate lift.

How do I ensure proper floor lift usage and safety? 

Ensure caregivers are properly trained in operating the floor lift. Always follow the manufacturer’s instructions for use, and perform regular maintenance checks. Make sure the lift is stable, the sling is securely attached, and the resident is comfortable and safe throughout the transfer process.

How do I clean and maintain floor lifts? 

Follow the manufacturer’s cleaning guidelines, typically involving wiping down the lift with mild detergent and water. Regular maintenance includes checking the lift’s mechanical parts, ensuring the battery (if electric) is charged and functioning, and replacing any worn or damaged components.

How can floor lifts benefit Senior Living residents? 

Floor lifts can enhance safety, reduce the risk of injury to both residents and caregivers, and improve the quality of life for residents by enabling safe and comfortable transfers.

Lift Slings At-A-Glance 

Floor Lift Slings

Divided-Leg 

Provides patient support from the back and underneath the thighs.

• The quickest and easiest lift sling to use
• Can be put on and removed from a resident in a seated position
• May be attached in three ways for different    applications: 
• Under both legs 
• Under each leg crossed 
• Under each leg not crossed (best for certain tasks)

Toileting

Supports the patient and allows for easy toileting and hygiene access 

• Does not need to be removed during toileting
• Designed for quick, easy application
• Enables dressing and undressing during toileting or bathing

Sit-to-Stand Slings

Transport

• Provides back support using a belt and provides support underneath their thighs
• Can be used for seated transports, such as bed to chair or in-room transport
• Arms should be positioned outside of sit-to-stand slings and patients must have adequate head and neck control.

Selecting Patient Slings: Key Considerations

Weight & Capacity

• The weight capacity of a sling may be greater than the weight capacity of the lift
• Do not exceed the recommended weight capacity of the lowest-rated component of the lifting system

Fit & Sizing

Proper fit and sizing will:

• Ensure patients feel safe, dignified, and comfortable during transfers
• Increase caregiver confidence and lift efficiency 
• Maximize patient and caregiver safety 

QUICK TIP Medical lift sling size and fit can vary significantly depending on patient weight, girth and shape.

Ensure sling is properly fitted before performing any lift.

Material & Construction

Patient full body sling lifts can be customized to meet specific needs based on material, including: 

• Poly – strong and durable; the standard lift sling material 
• Mesh – dries and lets go of water easily; commonly used for bathing
• Padded – offers added comfort for sit-to-stand patients

Choosing the Correct Patient Sling

While fit and comfort are important assessment factors when choosing the correct sling, the determination of the correct sling model and size must be done by a licensed clinician who should:

• Assess the patient and determine that a lift/assist device is actually required
• Determine the correct lift/assist device and sling based on the patient assessment and the manufacturer’s instructions
• Follow manufacturer’s recommendations to determine the appropriate sling based on the desired function
• Document the specific recommended lift/assist device (make, model and weight capacity) and sling (make, model and size – including any specific attachment instructions)

QUICK TIP Remember, slings can be made of mesh, breathable fabric, nylon, quilted, padded and may have parts that can be plastic or metal. When ordering, be specific.

Best Practice

Patient-Specific Slings

A best practice is to assess the needs of each individual patient to determine the lift and sling mix you should purchase. Benefits of purchasing patient-specific slings include:

• Operational Efficiency – personal slings require less frequent laundering and will last longer 
• Patient Satisfaction – some patients may prefer their own sling as opposed to one used by others
• Safety & Compliance – staff does not have to take time to look for the appropriate sling; having enough slings available promotes compliance 

Lift Sling FAQs

What is a lift sling?

 A lift sling is a supportive device used in conjunction with patient lifts to assist in the safe transfer of individuals with limited mobility. These slings are commonly used in senior living facilities to help residents move from bed to wheelchair, toilet, or other areas.

How do I ensure proper fit and safety?

Proper fit is crucial for safety and comfort. Ensure the sling fits snugly without causing discomfort or restricting circulation. Always follow the manufacturer’s instructions for correct usage and regularly inspect the sling for wear and tear.

How do I clean and maintain lift slings? 

Follow the manufacturer’s cleaning instructions, which typically involve machine washing with mild detergent. Avoid harsh chemicals and high heat. Regular maintenance includes checking for damage and ensuring all components are secure.

What to Look For When Selecting a Medical Air Mattress 

Locking Mechanism

• Ensures an overbed rolling table remains securely in place to avoid accidents or injuries
• Keeps table from rolling away during resident use

Convenience

Look for an overbed table with wheels designed for easy maneuvering around a patient’s bed, chair, and room

Extras

Special features can assist patients with limitations, make clean-up easier, and provide added convenience 

• Molded cup or utensil holders
• Spill guards
• Slide-out trays, drawers or shelves
• Vanity drawers with mirror

Overbed Table FAQs

What is an overbed table? 

An overbed table is a mobile table designed to provide a convenient surface for residents while in bed or a chair, often used to hold food trays, personal items, and medical supplies.

How do overbed tables improve care?

Overbed tables keep essential items within reach, reducing the need for residents to stretch or move uncomfortably. This accessibility supports better care by enabling residents to maintain a sense of independence and convenience.

How do I maintain and clean an overbed table? 

Regularly wipe down the table with disinfectant to maintain a sterile environment. Check for any loose parts and ensure the locking mechanisms and wheels function properly.

What safety features should an overbed table have? 

Look for overbed tables with locking mechanisms to prevent accidental movement, sturdy construction to withstand daily use, and smooth-rolling casters for easy mobility.

Are overbed tables easy to move? 

Yes, overbed tables are equipped with casters for easy mobility, allowing them to be conveniently positioned and repositioned as needed.

Types of Medical Beds

Adjustable-Height Low Beds

• Adjustable-Height Low Beds have the best combination of features for Senior Living
• Same functions as Standard Adjustable-Height beds, but can be set to a low height of 10″ or less to help protect fall-risk residents 
• Can go higher; a bed at 30″ combined with a 6″ mattress provides a safer working height for caregivers
• Some models offer five functions, including Trendelenburg and Reverse Trendelenburg

Acute Care Beds

Acute Care Beds include more advanced features than many beds, including:

• Built-in fall management systems
• In-bed scales
• Siderails with built-in controls
• Angle indicator for head elevation
• Advanced positioning options such as Trendelenburg and Reverse Trendelenburg

Key Considerations for Medical Beds

Bed Width & Length 

• Standard senior living beds are typically 35″ or 36″ wide, narrower than the standard twin bed (39″ wide), providing less space than residents are used to.
• A wider bed (39″ or 42″) offers more room for sleeping and repositioning, reducing fall risks and enhancing comfort.
  • Extra-wide beds may have: 
    • A fixed width
    • Built-in adjustments for multiple width options
    • Add on kits to expand the bed width
• Bed lengths also vary, with common fixed lengths of 76″, 80″, or 84″. Some models offer adjustable lengths or length extenders.

Quick Tip: Larger, safer, more comfortable beds can distinguish your community and attract potential residents.

Mobility & Rolling Position

• Mobile-at-Any-Height Bed:

• • • Convenient for caregivers as beds can be rolled without repositioning.
    • Many models feature single-step locking mechanisms, while some require locking all four casters
    • Note: There is a risk of leaving the bed in a mobile position, which can be unsafe for residents using it as support.

• Roll-in-Low Bed:

• • Generally safer, as the bed is always locked, requiring the bed to be lowered before moving
  • Minimizes risks associated with human error or forgetting to lock the bed casters

Positioning

• Auto Contour:
  • Simultaneously moves the head and knee sections, preventing residents from sliding and reducing shear and friction injuries
• Trendelenburg Positioning:
  • Elevates legs above the heart for better cardiac and circulatory support, aiding in postural drainage and reducing caregiver strain
• Reverse Trendelenburg:
  • This position elevates the head above the heart, which aids in improving respiratory function by facilitating better lung drainage, particularly beneficial in pneumonia cases. It also reduces pressure on the diaphragm, making breathing easier for patients with respiratory conditions
• Comfort Chair Positioning:
  • Aligns hips and shoulders, improving comfort and aiding in swallowing, breathing, and circulation
• Manual Leg Lift:
  • Elevates the foot section, adding positioning options and making heel care easier for caregivers

Height Range

• Low heights reduce injury risk from roll-out falls
• Higher positions minimize staff injury risk during bedside care

Weight Capacity

• Most beds accommodate 450 to 600 pounds, suitable for most residents. Bariatric models support higher weights
  • Quick Tip: Consider the combined weight of the resident, bedding, mattress, assists, and accessories

Horizontal Movement

• Beds without horizontal movement can be raised or lowered without drifting, preventing potential damage to walls in tight spaces
  • Note: Some height-adjustable beds may drift outward up to 9″, which can be problematic in confined spaces

Medical Bed Accessories

Medical Bed Safety

Safety should be your top priority when selecting medical beds. Ensure that any bed you consider meets all relevant safety standards and is constructed from high-quality materials designed to withstand the demands of a busy healthcare facility.

Compliance with FDA entrapment guidelines can help decrease the risk of bed entrapment in your community.

All beds sold by Direct Supply meet FDA standards when used with a properly fitting mattress. For more information on these guidelines, including tips for creating safe bed systems, please download a free copy of our Entrapment Guide today.

Medical Bed Warranty

Medical beds are pieces of sophisticated equipment that you should expect to perform in demanding healthcare environments for years at a time. All reputable manufacturers will stand by their products and offer ample coverage should problems arise. Look for warranties that include coverage for Frames, Welds, and Electronics.

Medical Bed FAQs

What is a medical bed?

A medical bed is a specialized bed designed to provide comfort, support, and safety for patients and residents in healthcare settings. These beds offer features such as adjustable heights, head and foot sections, and built-in safety mechanisms.

How do medical beds improve patient and resident safety?

Medical beds improve safety by reducing fall risks through adjustable heights, providing sturdy side rails, and ensuring stable construction. Some models also offer alarm systems to alert caregivers if the bed is in an unsafe position.

Are medical beds easy to move within a healthcare setting?

Many medical beds are designed for mobility, with features like wheels and locking mechanisms. Some models allow movement at any height, while others require the bed to be in a low position before moving.

How do I maintain a medical bed in a senior living facility?

Regular maintenance includes checking for loose parts, ensuring all mechanical functions work properly, cleaning surfaces according to manufacturer guidelines, and replacing any worn or damaged components.

Why choose a medical supply cart?

3.

Improved Patient Care

Quick access to essential supplies at the bedside minimizes patient care disruptions. Centralized, pre-stocked medications and organized supplies reduce medication errors, enhancing overall patient care quality.

Key Features

Quality Construction

• Materials: Opt for carts with stainless steel frames and powder-coated finishes to protect against corrosion and scratches.
• Drawer Construction: Ensure drawers are strong and have full-extension slides for easy access and smooth operation.

Cleaning & Organization

• Ease of Cleaning: Select carts with smooth surfaces for quick disinfecting and removable parts for separate washing.
• Organization: Choose medical carts with drawers to organize items by use or specialty.

Safety & Security

• Locking Mechanisms: Ensure the cart has locks to keep contents secure and accessible only to authorized personnel.
• Stability: Wheels with stoppers provide stability and prevent unintended movement.

Medical Cart FAQs

Why are medical supply carts important?

They provide convenient, organized storage and easy access to medical supplies, improving efficiency and patient care by ensuring healthcare professionals have the necessary materials readily available.

How do medical supply carts improve efficiency?

By providing organized storage and easy access to supplies, mobile medical carts allow healthcare professionals to quickly gather necessary materials, reducing time spent searching for items and enhancing overall workflow.

Can medical supply carts help reduce costs?

Yes, proper inventory tracking with medical supply carts helps prevent overstocking, reducing unnecessary expenses and optimizing resource use.

How do I maintain a medical supply cart?

Regular maintenance involves cleaning surfaces with disinfectants, checking and securing any loose parts, and ensuring wheels and locking mechanisms function properly, especially on medical rolling carts. 

Can medical supply carts be used in different healthcare settings?

Yes, medical supply carts are versatile and can be used in hospitals, clinics, nursing homes, and other healthcare facilities to meet various needs for storage and transport of medical supplies.

Types of Wheelchair Scales

Digital

• Electronic weight indicator automatically displays weight on the digital wheelchair scale
• Typically more accurate and efficient than mechanical scales

Bariatric

• Bariatric scales have a higher weight capacities than standard scales
• Wider platform accommodates larger wheelchairs

Key Considerations: Wheelchair Scales

Durability

• Heavy-duty construction designed for long-term daily use across various resident weights
• Rust- and corrosion-resistant materials
• Non-slip rubber mats on platforms prevent wheelchairs from rolling

Low Profile

• Gentle incline for easy rolling of chairs on and off the platform
• Enhances resident comfort and safety

Built-in Ramps

• More stable than standalone ramps
• Smooth transfer of residents on and off the scale
• Dual ramps for accessibility from both sides

Safety Grab Bars/Handrails

• Provide a greater sense of security and stability
• Enable residents who can stand on their own to use the scale safely
• Assist with stand-up weighing

Precision

• Stainless steel load cells for increased accuracy
• Clinical grade accuracy: 0.2-lb/0.1-kg

Graphics/Display

• Large, easy-to-read display at a glance
• Tabletop or wall mount designs for pivoting and positioning where healthcare professionals can easily read results

Mobility

• Wheels for easy rolling of the scale from room to room
• Handles for a secure grip and control while moving
• Fold-down scale columns for added convenience

Key Features: Wheelchair Scales

WI-FI/Bluetooth Connectivity

Wireless EMR/EHR connectivity allows for seamless data sharing, transmitting resident weight directly to electronic medical records. This reduces the risk of misplaced clinical notes and minimizes human error

Wheelchair Scale FAQs

How do wheelchair scales work?

Wheelchair scales have a platform where the wheelchair is placed, and the scale calculates the total weight. The weight of the empty wheelchair can be subtracted to determine the weight of the individual.

Why are wheelchair scales important?

Wheelchair scales are essential for accurately monitoring the weight of non-ambulatory individuals. This is crucial for medical assessments, medication dosing, and overall health management.

How to weigh someone in a wheelchair?

First ensure the scale is on a flat surface and zero it with the empty wheelchair if possible. Gently roll the wheelchair onto the scale, making sure it is centered and stable. Engage the brakes, then wait for the weight to display and record it. If you didn’t zero the scale, subtract the weight of the empty wheelchair from the total. Ensure the patient’s comfort and security throughout the process, and document the weight in their medical record.

How accurate are wheelchair scales?

Wheelchair scales offer clinical-grade accuracy, typically within 0.2-lb (0.1-kg), ensuring reliable weight measurements.

How do I maintain a wheelchair scale?

Regular maintenance includes:

• Checking and cleaning the platform and ramps.
• Inspecting for wear and tear.
• Calibrating the scale periodically according to the manufacturer’s guidelines.

Can these scales be used for other purposes?

While primarily designed for wheelchairs, some scales can also be used to weigh other equipment or items, provided they fit within the platform and weight capacity limits.