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Choosing a dialysis chair is not simply a matter of selecting the most comfortable-looking medical recliner.
In a dialysis unit, the chair becomes part of the treatment station. Patients may remain in the same position for several hours, while nurses and technicians repeatedly access the patient, vascular access site, dialysis equipment and surrounding clinical space.
In-center hemodialysis commonly involves approximately three treatments per week, with each session lasting around four hours, although treatment schedules vary according to the patient's prescription.
That makes the dialysis chair fundamentally different from ordinary hospital seating.
The right chair needs to balance:
long-duration patient comfort,
clinical positioning,
vascular access,
staff ergonomics,
infection-control workflows,
patient transfers,
emergency positioning,
mobility,
durability,
serviceability,
and long-term procurement value.
This guide explains exactly what hospitals, dialysis centers and procurement teams should compare before purchasing a dialysis chair.
Quick Answer: What Should Hospitals Look for in a Dialysis Chair?
A good dialysis chair should provide stable long-duration support, electric positioning, adjustable armrests, suitable treatment height, easy-to-clean surfaces, reliable braking, adequate load capacity and rapid emergency positioning.
For high-volume clinical use, buyers should also consider battery backup, accessories, spare-parts availability and total lifecycle cost rather than comparing purchase price alone.
For facilities seeking an electric solution, the Optium DC 44 Electrical Dialysis and Chemotherapy Chair provides four-motor adjustment of the backrest, legrest, height and Trendelenburg functions.
What Is a Dialysis Chair?
A dialysis chair, also called a hemodialysis chair, renal dialysis chair or dialysis recliner, is a medical treatment chair designed to support patients during hemodialysis and other long-duration therapies.
Unlike a standard recliner, a purpose-built medical dialysis chair is designed around both the patient and the clinical workflow.
It may include:
electrically adjustable positioning,
adjustable or removable armrests,
Trendelenburg positioning,
adjustable height,
medical-grade upholstery,
lockable castors,
head and leg support,
IV pole integration,
side tables,
battery backup,
emergency positioning functions.
Modern dialysis chairs may also be suitable for chemotherapy, infusion or other extended outpatient treatments depending on the manufacturer's intended use.
Hospitals comparing several treatment-chair categories can also review Optium's complete clinical chair range.
1. Start With the Clinical Workflow, Not the Number of Motors
One of the most common procurement mistakes is asking:
“How many motors does the chair have?”
before asking:
“Which movements does our dialysis unit actually require?”
Motor count is useful only when buyers understand what each motor controls.
A dialysis patient may need to move between:
an upright entry position,
a semi-reclined treatment position,
a more relaxed resting position,
leg elevation,
different working heights,
and an emergency position.
Electric movement reduces the amount of manual repositioning required from both staff and patients and can make repeated adjustments during long treatment sessions easier.
What Does a 4-Motor Dialysis Chair Do?
The answer depends on the specific chair.
For example, the Optium DC 44 4 Motor Dialysis Chair uses four motors to control:
backrest adjustment,
legrest adjustment,
chair height,
Trendelenburg positioning.
These functions are operated through a hand control unit.
This is more useful information than simply knowing that the chair has “four motors.”
Questions Procurement Teams Should Ask
Before comparing electric dialysis chairs, confirm:
What does each motor control?
Can movements be operated independently?
What is the height adjustment range?
What is the maximum backrest angle?
Is Trendelenburg electrically controlled?
Is reverse Trendelenburg available?
Can staff reposition the patient quickly?
Is battery operation available if mains power is interrupted?
2. Check the Backrest, Legrest and Full Positioning Range
Dialysis patients should not be expected to remain in one rigid position throughout a long treatment session.
An adjustable dialysis chair allows the patient's posture to be modified without moving them to another surface.
Important movements usually include:
Backrest Adjustment
The backrest should move from an upright or near-upright position into a more reclined treatment position.
The DC 44 dialysis and chemotherapy chair, for example, provides a backrest adjustment range of 0° to 70°.
Legrest Adjustment
Leg support contributes to positioning flexibility and long-duration comfort.
The DC 44 provides a legrest adjustment range of 0° to 35°.
Height Adjustment
Chair height affects both patient entry and staff working posture.
A chair that can be lowered for patient access and raised for treatment can be more practical than a fixed-height design, particularly for patients with reduced mobility.
Trendelenburg Positioning
Trendelenburg capability allows the whole chair to tilt so that the patient's feet are positioned higher than the head.
Its use should always follow the facility's clinical protocol and the patient's condition rather than being treated as a generic comfort position.
For procurement purposes, the important issue is whether the treatment chair allows staff to reach the required emergency or clinical position quickly.
The DC 44 provides a Trendelenburg range of 0° to 13° and reverse Trendelenburg adjustment of 0° to -5°.
3. Evaluate Patient Entry Height and Accessibility
A technically advanced dialysis chair can still perform poorly if patients struggle to enter and leave it.
This becomes especially important for:
elderly patients,
patients with reduced lower-limb strength,
patients using walking aids,
wheelchair users,
patients experiencing post-treatment fatigue,
patients with limited balance.
What Should Buyers Measure?
Do not rely only on photographs.
Check:
minimum chair height,
maximum chair height,
distance between armrests,
step or foot-support geometry,
whether armrests can be removed,
wheelchair-to-chair transfer clearance.
The Optium DC 44 has a height range of 55–75 cm.
If your hospital frequently transfers patients between wheelchairs and treatment chairs, transfer workflow should be assessed alongside your wider mobility-equipment strategy. Optium's hospital wheelchair procurement guide provides additional considerations for armrests, braking and patient transfer.
4. Do Not Underestimate Dialysis Chair Armrests
Armrests on a dialysis chair are not merely comfort accessories.
They are part of the clinical working area.
Hemodialysis requires reliable vascular access, commonly through an access in the arm.
This means the arm needs to remain:
supported,
accessible,
stable,
and comfortable for an extended period.
What Makes a Good Dialysis Chair Armrest?
Look for armrests that are:
padded,
stable,
adjustable,
removable when necessary,
positioned to support vascular access,
easy to clean,
easy for staff to manipulate.
The Optium DC 44 includes upholstered armrests that move together with the backrest and can be removed or adjusted when required.
Why Synchronized Arm Movement Matters
If the backrest changes angle while the arm support remains fixed in space, the patient's shoulder, elbow and vascular-access arm may change position relative to the chair.
A synchronized design can help maintain a more consistent relationship between the patient's torso and supported arm during repositioning.
For a dialysis chair, that is a clinically relevant ergonomic detail, not simply a luxury feature.
5. Compare Cushioning and Pressure Distribution, Not Just Softness
A thick cushion is not automatically a good dialysis-chair cushion.
The more relevant question is:
How does the seating surface behave after several hours of continuous use?
Patients receiving dialysis often remain seated for long periods. This makes:
pressure distribution,
postural support,
foam recovery,
heat and moisture behavior,
surface durability
important purchasing considerations.
Memory Foam vs Standard Foam
Viscoelastic or memory foam responds to body heat and load and can contour around the patient's body.
The Optium DC 44 uses viscoelastic memory foam designed to distribute body pressure across a wider surface.
However, buyers should not judge the chair by foam type alone.
Ask:
What is the foam density?
Can damaged upholstery sections be replaced?
Does the cushion retain its shape after high-cycle use?
Is the cover compatible with the facility's disinfectants?
Are seams positioned away from high-pressure areas?
Can the cushion be removed for maintenance?
The objective is not to find the “softest chair.”
It is to find a surface that remains supportive, cleanable and structurally stable across repeated treatment cycles.
6. Make Infection-Control Design a Procurement Requirement
A dialysis chair is part of the dialysis station and must support repeated cleaning between patients.
That means hygiene cannot be evaluated only by asking:
“Is the material antimicrobial?”
The better question is:
“Can staff reliably clean all relevant surfaces between patients?”
What Makes a Dialysis Chair Easier to Clean?
Fluid-Resistant Upholstery
Surfaces should resist penetration by blood, fluids and cleaning solutions.
Minimal Gaps and Difficult Seams
Recesses, stitching and inaccessible junctions make thorough cleaning more difficult.
Removable Components
Removable armrests or cushions can improve access during deep cleaning.
Chemical Compatibility
The upholstery must tolerate the disinfectants actually used by the facility.
A chair that is technically “easy to clean” but degrades after repeated exposure to hospital disinfectant creates a lifecycle problem.
Protected Internal Structure
The Optium DC 44 uses an ABS cover designed to reduce dust entry into the upholstery structure. Its cushion is specified as antimicrobial, waterproof, flame-retardant, air-permeable and easy to clean.
Procurement Tip
Before ordering 30 or 50 chairs, give one chair to the environmental-services team.
Ask them to clean it exactly as they would between two dialysis patients.
The result may reveal more than the brochure.
7. Review Emergency Positioning and CPR Workflow
Dialysis-chair safety should be evaluated around realistic clinical events, not only routine treatment.
Patients undergoing hemodialysis can experience symptoms associated with blood-pressure changes, including dizziness or low blood pressure.
A treatment station therefore needs a defined response workflow.
The chair's role may include:
rapid recline,
Trendelenburg positioning when clinically indicated,
access to the patient's airway,
movement away from surrounding equipment,
transfer to another surface,
or CPR preparation depending on local protocols.
Questions Buyers Should Ask
Is there an emergency position?
How quickly can the chair become flat or near-flat?
Does the chair require mains power to reposition?
Is manual CPR functionality available?
Are armrests removable?
Can clinicians reach the patient from both sides?
Can the chair be moved quickly if required?
On the DC 44, manual CPR is available as an option, as is a rechargeable backup battery.
These options may be worth specifying for facilities where emergency continuity is a procurement priority.
8. Check Castors, Brakes and Chair Mobility
A dialysis chair may remain stationary throughout most treatments, but mobility still matters.
Staff may need to move the chair for:
cleaning,
station reconfiguration,
patient transfer,
maintenance,
emergency access,
room turnover.
A chair that rolls easily but cannot be secured reliably is unsafe.
A chair that locks securely but is extremely difficult to move creates another workflow problem.
What Should Hospitals Compare?
Castor Diameter
Larger medical castors can help when crossing small floor transitions and moving equipment over longer distances.
Swivel Behavior
Check whether the chair can turn effectively in the actual dialysis bay.
Braking System
Compare individual wheel brakes with central braking.
Steering
For chairs that may be moved with the patient onboard, directional control can become important.
The DC 44 is equipped as standard with 360° swivel, diagonally lockable 125 mm castors, while 125 mm central-brake castors are optional.
Never evaluate mobility only in an empty showroom.
Test the chair:
at working load,
with accessories attached,
through the actual treatment bay,
around dialysis equipment,
and into the cleaning position.
9. Confirm Safe Working Load and Patient Dimensions
“Maximum patient weight” should never be treated as a minor specification.
Every dialysis center serves patients with different:
body weights,
shoulder widths,
mobility levels,
transfer requirements.
The relevant figure to request is the manufacturer's safe working load, not a salesperson's estimate.
The Optium DC 44 lists a safe working load capacity of 180 kg. Its seating surface is 201 × 65 cm, while overall dimensions including the armrests are 201 × 105 cm.
Wider Procurement Questions
Hospitals should establish whether their patient population requires:
a standard chair,
a wider chair,
a higher-capacity bariatric chair,
or multiple configurations.
A single model should not automatically be expected to serve every patient.
Before procurement, compare:
safe working load,
seat width,
overall width,
armrest spacing,
entry clearance,
stability at maximum height,
transfer compatibility.
10. Evaluate the Accessories Patients and Staff Will Actually Use
Dialysis is not a five-minute procedure.
Patients may spend hours in the treatment station.
Accessories can therefore affect both the patient experience and clinical workflow.
Useful dialysis-chair accessories can include:
IV pole,
food or reading table,
tablet holder,
reading lamp,
head support,
leg or cramp support,
weighing scale,
battery backup.
The Optium DC 44 includes a two-hook height-adjustable IV pole as standard and offers several optional accessories including:
food/reading table,
rechargeable backup battery,
weighing scale,
central brake castors,
manual CPR,
tablet holder,
reading lamp.
Do Not Buy Every Option Automatically
More accessories do not necessarily produce a better dialysis station.
For each option ask:
Does it solve an actual workflow or patient need?
For example, a side table may be valuable for a long outpatient treatment.
A scale may be important for certain facility workflows.
Battery backup may be more important in facilities where power continuity or patient repositioning during transfer is a concern.
The specification should follow the clinical environment.
11. Consider Multi-Purpose Use: Dialysis and Chemotherapy
Many modern treatment chairs are designed for more than one clinical application.
A well-configured electric chair may potentially support:
hemodialysis,
chemotherapy,
infusion therapy,
blood transfusion,
other long-duration outpatient procedures
when those uses fall within the manufacturer's intended application.
This can be particularly valuable for:
smaller hospitals,
multi-specialty clinics,
flexible treatment centers,
facilities with variable room utilization.
Dialysis Chair vs Chemotherapy Chair
The two categories overlap considerably.
Both benefit from long-duration comfort, reclining positions, adjustable leg support, cleanable upholstery, IV access and stable arm support.
Dialysis places particular emphasis on vascular-access positioning and dialysis-station workflow, while chemotherapy environments may place different emphasis on IV therapy and patient experience.
Instead of assuming the chairs are interchangeable, confirm the manufacturer's stated applications.
The Optium DC 44 is specifically designed for both hemodialysis and chemotherapy sessions.
That makes it relevant for hospitals planning flexible outpatient treatment areas.
12. Calculate Total Cost of Ownership, Not Only Purchase Price
A cheap dialysis chair can become expensive if it creates:
frequent upholstery replacement,
actuator failures,
unavailable spare parts,
long maintenance downtime,
difficult cleaning,
premature castor replacement,
battery problems,
repeated staff complaints.
This is why healthcare procurement should compare total cost of ownership.
A Simple Dialysis Chair TCO Model
Total cost of ownership should include more than the initial purchase price.
Hospitals should consider the purchase cost together with preventive maintenance, replacement upholstery, replacement castors, battery replacement, electrical components, spare parts, downtime and the staff time associated with cleaning and handling.
A chair with a lower initial price may therefore have a higher total cost over its operational life if components require frequent replacement or technical support is difficult to obtain.
Hospitals making broader equipment purchasing decisions can also review Optium's guide to hospital equipment price versus long-term value, which applies the same principle to hospital beds.
Electric Dialysis Chair vs Manual Dialysis Chair vs Standard Recliner
Hospitals often compare an electric dialysis chair with a manual treatment chair or even a standard recliner. Although all three can provide a seated or reclined position, their intended use and clinical capabilities are very different.
Electric Dialysis Chair
An electric dialysis chair is designed specifically for extended clinical treatments.
Depending on the model, electric actuators can control the backrest, legrest, treatment height and Trendelenburg position. This allows the patient to be repositioned without staff repeatedly operating mechanical levers or manually handling heavy chair sections.
Advanced electric dialysis chairs may also provide:
adjustable treatment height,
purpose-built vascular-access armrests,
medical-grade cleanable upholstery,
lockable medical castors,
battery backup,
emergency positioning functions,
dialysis and chemotherapy compatibility.
For high-volume dialysis departments, these functions can improve both patient positioning and staff workflow.
Manual Dialysis Chair
A manual dialysis chair is also designed for clinical treatment but relies primarily on mechanical adjustments rather than powered actuators.
Manual chairs may still provide:
adjustable backrest positioning,
adjustable leg support,
clinical armrests,
cleanable medical upholstery,
and lockable castors.
However, height adjustment, Trendelenburg positioning and independent movement of different chair sections may be more limited or model-dependent.
A manual dialysis chair can be appropriate where the required positioning is relatively simple or where facilities intentionally prefer a non-powered solution.
Standard Recliner
A standard recliner is primarily designed for general seating rather than dialysis workflow.
It may provide a reclining backrest and elevated leg position, but it generally does not offer the same level of:
clinical positioning,
height adjustment,
vascular-access support,
emergency functionality,
medical mobility,
infection-control design,
or accessory integration.
For this reason, a normal recliner should not automatically be treated as an equivalent alternative to a purpose-built dialysis treatment chair.
Which Type Is Better for a Dialysis Unit?
There is no universal answer.
A facility with a small number of treatment stations and relatively simple positioning requirements may find a manual clinical chair sufficient.
A high-volume dialysis center treating patients for several hours at a time may benefit more from an electric dialysis chair because staff can adjust the patient's position more easily throughout treatment.
The decision should therefore be based on clinical workflow, patient population, treatment volume, infection-control requirements and lifecycle cost rather than simply choosing between “electric” and “manual.”
4-Motor Dialysis Chair: When Does It Make Sense?
A 4-motor dialysis chair is particularly relevant when the clinic needs independent electric control over multiple clinical movements.
For example, the four motors in Optium's DC 44 operate:
backrest,
legrest,
height,
Trendelenburg.
This configuration can be valuable in a high-volume dialysis unit because staff can change patient positioning without mechanical levers or repeated manual adjustment.
However, “four motors” should never be used as a quality score by itself.
A well-designed 3-motor chair can be more appropriate than a poorly designed 4-motor chair.
Compare the functions, movement range, controls, reliability and workflow behind the motor count.
Dialysis Chair Procurement Checklist
Before approving a dialysis-chair purchase, procurement and clinical teams should answer the following questions.
Clinical Positioning
Does the chair provide electric backrest adjustment?
Does it provide electric legrest adjustment?
Is height electrically adjustable?
Is Trendelenburg available?
Is reverse Trendelenburg available?
Can the chair approach a flat treatment position?
How quickly can the patient be repositioned?
Patient Comfort
Is the cushion designed for long-duration sitting?
What type of foam is used?
Is head support adjustable?
Is the leg section sufficiently supportive?
Can the patient change position during treatment?
Vascular Access
Are both armrests adjustable?
Are the armrests removable?
Do the armrests remain stable during treatment?
How do the armrests behave when the backrest moves?
Accessibility
What is the minimum entry height?
Are armrests removable for transfer?
Can wheelchair users transfer safely?
Is there enough clearance for transfer equipment?
Hygiene
Is the upholstery fluid resistant?
Is it compatible with facility disinfectants?
Are high-touch surfaces easy to reach?
Can cushions or armrests be removed for cleaning?
Are there seams or gaps that complicate disinfection?
Mobility
What is the castor diameter?
Are all wheels lockable?
Is central braking available?
Can the chair turn inside the actual dialysis bay?
Safety
What is the safe working load?
Is emergency repositioning available?
Is manual CPR available?
Is battery backup available?
Can staff reach the patient easily from both sides?
Accessories
Is an IV pole included?
Is a patient table available?
Can a scale be integrated?
Is a reading lamp available?
Is there a tablet holder?
Which accessories are removable?
Lifecycle
What is the warranty?
Are spare upholstery sections available?
Are motors and hand controls replaceable?
How quickly can spare parts be supplied?
What preventive maintenance is required?
What is the estimated lifecycle cost?
Common Mistakes When Buying a Dialysis Chair
Buying by Price Alone
Initial purchase price gives an incomplete picture.
Downtime, upholstery replacement, spare parts and maintenance can change the long-term economics significantly.
Choosing by Motor Count Alone
Four motors are useful only if their functions match the facility's workflow.
Ignoring Armrest Design
Vascular access makes the armrest one of the most clinically important components of the dialysis chair.
Treating Cleanability as a Marketing Claim
Ask the environmental-services team to test the chair with the actual cleaning process.
Cleanability is an operational requirement, not merely a product feature.
Ignoring Transfer Workflows
A comfortable chair can still fail if frail or wheelchair-using patients cannot enter it safely.
Over-Specifying Accessories
Only purchase accessories that support real patient or staff requirements.
Forgetting Serviceability
A dialysis chair may be used for many treatment cycles every week. Availability of spare parts, controls, castors and upholstery matters over the chair's full service life.
Why Patient Experience Matters in Dialysis Chair Selection
Hospital furniture does not replace clinical care, but the physical environment affects how patients experience repeated healthcare interactions.
In dialysis, this becomes especially important because patients return to the treatment environment repeatedly and spend hours at the station.
The patient interacts continuously with:
the chair,
armrests,
table,
controls,
head support,
surrounding equipment.
A well-designed chair can give the patient greater control over positioning and make a long treatment session easier to tolerate.
For a wider look at how hospital furniture influences autonomy, comfort and the care environment, see Optium's guide on how patient room furniture shapes comfort and patient satisfaction.
Why Consider the Optium DC 44 Dialysis and Chemotherapy Chair?
The Optium DC 44 is designed for hemodialysis and chemotherapy environments where patient positioning, long-duration comfort and clinical accessibility need to work together.
Its core specification includes:
four electric motors,
electric backrest adjustment,
electric legrest adjustment,
electric height adjustment,
electric Trendelenburg positioning,
0°–70° backrest range,
0°–35° legrest range,
0°–13° Trendelenburg,
reverse Trendelenburg,
55–75 cm height adjustment,
180 kg safe working load,
viscoelastic memory foam,
adjustable and removable armrests,
adjustable head support,
125 mm lockable swivel castors,
height-adjustable two-hook IV pole.
Optional configurations include:
food/reading table,
rechargeable backup battery,
weighing scale,
central brake castors,
manual CPR,
tablet holder,
reading lamp.
Hospitals evaluating different clinical chair configurations can browse the complete Optium medical chair range or review the Optium medical equipment catalogue.
Frequently Asked Questions About Dialysis Chairs
What Is a Dialysis Chair?
A dialysis chair is a medical treatment chair designed to support patients during hemodialysis. It normally provides adjustable positioning, long-duration seating support and clinical access around the patient.
What Is Another Name for a Dialysis Chair?
Dialysis chairs may also be called hemodialysis chairs, renal chairs, dialysis recliners, dialysis treatment chairs or renal dialysis chairs.
What Is the Best Chair for Dialysis Patients?
There is no single best dialysis chair for every facility.
The best chair is one that matches the unit's patient population, treatment workflow, transfer requirements, hygiene protocol and emergency procedures.
For high-volume hospital use, electric positioning, adjustable armrests, easy-clean surfaces, suitable safe working load and reliable medical castors are particularly important.
Why Are Dialysis Chairs Electric?
Electric dialysis chairs allow staff or patients to adjust positions without repeatedly using manual levers.
Depending on the model, electric motors may control the backrest, legrest, chair height, tilt or Trendelenburg positioning.
How Many Motors Should a Dialysis Chair Have?
There is no universal correct motor count.
Hospitals should compare what the motors control.
A 4-motor chair may be appropriate when separate electric control of backrest, legrest, height and Trendelenburg is required.
What Does a 4-Motor Dialysis Chair Mean?
A four-motor dialysis chair uses four electrical actuators, but the function assigned to each actuator depends on the manufacturer.
On Optium's DC 44, the four motors control the backrest, legrest, height and Trendelenburg functions.
Can a Dialysis Chair Be Used for Chemotherapy?
Some models can.
Hospitals should always check the manufacturer's intended applications.
The Optium DC 44 is specifically designed for both hemodialysis and chemotherapy sessions.
Why Do Dialysis Chairs Have Adjustable Armrests?
Hemodialysis requires vascular access, often through the patient's arm. Adjustable armrests help support and position the arm while maintaining clinical access during treatment.
Why Is Trendelenburg Available on Dialysis Chairs?
Trendelenburg provides an additional clinical positioning option and may form part of a facility's response protocol in selected situations.
Its use should be determined by trained healthcare professionals according to the patient's condition and local clinical protocol.
How Long Does a Patient Sit in a Dialysis Chair?
For in-center hemodialysis, a common schedule is approximately three sessions per week lasting around four hours each, although treatment duration varies by patient and prescription.
This is why long-duration comfort and repositioning capability are especially important in dialysis-chair design.
How Should a Dialysis Chair Be Cleaned?
Healthcare facilities should follow the chair manufacturer's cleaning instructions and their own infection-prevention protocols.
The dialysis station, including the chair, should be cleaned and disinfected between patients according to the facility's infection-control procedures.
Should a Dialysis Chair Have Battery Backup?
Battery backup is not required for every use case, but it can be valuable when a facility needs to maintain powered positioning during a mains-power interruption or while the chair is being moved.
The need should be assessed as part of the facility's emergency and continuity planning.
Final Decision: What Makes a Good Dialysis Chair?
The best dialysis chair is not necessarily the one with the most motors, the thickest cushion or the lowest purchase price.
A strong dialysis-chair specification brings together patient comfort, vascular access, clinical positioning, staff ergonomics, infection control, mobility, emergency readiness and lifecycle value.
Before buying, ask four questions:
Can patients remain comfortable for the full treatment?
Can clinicians access and reposition the patient efficiently?
Can staff clean the chair reliably between patients?
Can the chair continue to perform under repeated clinical use for years?
If the answer to all four is yes, the chair is much closer to being the right fit for a modern dialysis unit.
For hospitals, dialysis centers and healthcare projects comparing electric treatment-chair configurations, explore the Optium DC 44 Electrical Dialysis and Chemotherapy Chair, browse the full Optium product range, or contact Optium Healthcare for technical specifications and project requirements.