| Walking Cane |
Provides one-sided support for users with mild balance or mobility limitations. |
Non-slip ferrule; secure height adjustment; positive locking mechanism; stable tip contact; comfortable grip. |
Check conformity with applicable walking-stick requirements, including ISO 11334-1 where relevant; verify load testing, corrosion resistance, and tip durability. |
Commonly rated around 100–120 kg, depending on construction and model. |
Approximately 1–3 years under regular use; replace earlier if the tip, shaft, or locking button is damaged. |
$10–$45 |
Tip quality, lock reliability, shaft strength, adjustment range, and replacement-part availability. |
| Axillary or Forearm Crutches |
Transfers weight away from one or both lower limbs during injury recovery or reduced mobility. |
Correct fit; secure height adjustment; durable handgrips; non-slip tips; adequate clearance for axillary models; no sharp edges. |
Review load testing, fatigue testing, material traceability, and applicable assistive-product requirements such as ISO 11334-1 for elbow crutches. |
Often rated around 100–150 kg per pair, subject to the tested configuration. |
Approximately 1–3 years; rubber tips and handgrips may require more frequent replacement. |
$25–$100 per pair |
Structural strength, adjustment security, grip comfort, tip replacement, and user-fitting instructions. |
| Standard Walking Frame |
Offers high stability for users who need substantial support while walking. |
Four stable contact points; anti-slip ferrules; rigid frame; secure folding or locking system; appropriate handle height. |
Look for testing against ISO 11199-1 or equivalent national requirements; inspect welds, frame deformation, and static-load results. |
Commonly rated around 100–150 kg. |
Approximately 2–5 years in institutional or home use, depending on load and maintenance. |
$30–$120 |
Frame rigidity, floor-contact stability, corrosion resistance, fold-lock safety, and serviceability. |
| Rollator Walker |
Supports walking while providing wheels, hand brakes, a seat, and sometimes a storage compartment. |
Reliable parking brakes; controlled rolling resistance; stable seat; anti-tip geometry; secure height adjustment; visible user instructions. |
Check compliance with ISO 11199-2 or equivalent; request brake-performance, stability, fatigue, and load-test reports. |
Commonly rated around 100–150 kg; bariatric versions may be rated higher when specifically tested. |
Approximately 2–5 years, depending on wheel, brake, and frame wear. |
$70–$300 |
Brake performance, stability on slopes, wheel durability, folding security, replacement parts, and warranty support. |
| Manual Wheelchair |
Provides seated mobility for users who cannot walk safely or efficiently. |
Reliable wheel locks; anti-tip devices where appropriate; secure footrests; safe seat-to-floor dimensions; pinch-point control; occupant restraint guidance when needed. |
Review ISO 7176 test evidence, including static strength, fatigue, impact, braking, and stability; verify compatibility with local medical-device regulations. |
Standard models commonly support 100–125 kg; heavy-duty models require separate tested ratings. |
Approximately 3–7 years, depending on frame material, use intensity, and maintenance. |
$150–$900 |
Postural fit, brake reliability, frame fatigue resistance, transport dimensions, spare parts, and after-sales service. |
| Powered Wheelchair |
Provides electrically powered mobility for users with limited upper-body strength or endurance. |
Electromagnetic braking; battery protection; stable drive system; emergency stop or power-off controls; safe charging instructions; anti-tip design. |
Review ISO 7176 electrical and performance testing, battery and charger documentation, EMC evidence, and applicable national electrical and medical-device requirements. |
Commonly rated around 100–150 kg; capacity varies substantially by seating and chassis design. |
Approximately 5–10 years; batteries commonly require replacement sooner, often within 1–3 years depending on use and care. |
$1,000–$6,000 |
Battery safety, controller reliability, service network, charging compatibility, software documentation, and total cost of ownership. |
| Patient Transfer Board |
Assists lateral transfers between beds, wheelchairs, and other surfaces for users with partial weight-bearing ability. |
Sufficient length and width; smooth but controlled sliding surface; rounded edges; high load rating; inspection for cracks and deformation. |
Request static-load and flexural testing; verify material compatibility with cleaning agents and applicable assistive-product requirements. |
Often rated around 120–150 kg, depending on length and material. |
Approximately 3–8 years if regularly inspected and not exposed to excessive impact. |
$50–$250 |
Load safety margin, surface finish, cleanability, crack resistance, dimensions, and caregiver training materials. |
| Shower or Commode Chair |
Provides seated support during bathing or toileting for users with reduced balance or strength. |
Water-resistant construction; non-slip feet; stable base; secure armrests; corrosion resistance; hygiene-friendly surfaces; safe drainage. |
Check static-load and stability testing, material compatibility with disinfectants, drainage design, and applicable local bathroom-safety requirements. |
Commonly rated around 100–150 kg; bariatric versions may exceed this when tested. |
Approximately 2–5 years, depending on moisture exposure, cleaning chemicals, and corrosion protection. |
$80–$350 |
Stability on wet floors, corrosion resistance, cleanability, adjustability, replacement feet, and user transfer safety. |
| Pressure-Redistribution Seat Cushion |
Improves seated comfort and helps distribute pressure for wheelchair or chair users. |
Correct size and positioning; stable attachment; appropriate immersion and support; breathable or washable cover; regular skin inspection remains essential. |
Review pressure-mapping or performance data where available, cover flame-resistance requirements, material safety information, and cleaning instructions. |
Commonly rated around 100–150 kg, with higher ratings for specialized cushions. |
Approximately 1–3 years; foam, air cells, and covers may have different replacement intervals. |
$40–$400 |
Clinical suitability, pressure performance, moisture management, cover durability, repairability, and replacement cost. |
| Standing and Transfer Aid |
Supports assisted sit-to-stand transfers for users with partial lower-limb strength. |
Stable base; secure foot platform; padded knee support; emergency lowering or release where applicable; clear maximum-load marking; trained operation. |
Request static, stability, fatigue, and mechanical-safety testing; verify conformity with applicable lifting-equipment and medical-device regulations. |
Commonly rated around 120–180 kg, depending on the design and tested configuration. |
Approximately 5–10 years with scheduled inspection and preventive maintenance. |
$600–$3,000 |
Transfer stability, actuator or mechanism reliability, emergency functions, caregiver training, inspection schedule, and service availability. |
