Sale on Manual & Electric Hospital Beds - Starting from 25 September!

MediGear Group Limited
B2B
  1. Home
  2. Shop
  3. Rehabilitation & Mobility Aids
  4. Jiadun Medical CRUTCHES WITH FOUR PEDESTALS-03
✓ Certified Professional Seller Jiadun Medical CRUTCHES WITH FOUR PEDESTALS-03
Jiadun Medical CRUTCHES WITH FOUR PEDESTALS-03
Jiadun Medical CRUTCHES WITH FOUR PEDESTALS-03
Jiadun Medical CRUTCHES WITH FOUR PEDESTALS-03
Jiadun Medical Rehabilitation & Mobility Aids

Jiadun Medical CRUTCHES WITH FOUR PEDESTALS-03

Product Code: RAMA-WAAC-3151

One load, four legs, a dozen junctions.

Load arrives at a collar and divides among four swept legs tied by a hoop. That is more junctions than anywhere else on the product, and none of them is specified — not the joining method, not the tube, not what condemns one.

Sections
Crutches
Categories
Rehabilitation & Mobility Aids
Condition
New
Origin
China
Seller Type
Certified Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
Share: Facebook LinkedIn Twitter Pinterest

Everything the user puts into this stick arrives at one collar and divides four ways; Jiadun Medical says nothing about how it is held together. No specification, no dimensions and no rated weight accompany the product. Photography shows a straight polished shaft, a shaped grip, swept tubular legs from a collar, and a hoop tying them partway down.

That base carries more junctions than anywhere else on the product. Four legs meeting a collar, and a hoop meeting each of those four legs — and every one of them takes load off-axis with each step, because a quad base is loaded eccentrically by definition. The user stands to one side of it rather than over it, so the near legs work harder than the far ones and the pattern shifts as they move past.

How those junctions are made is not stated anywhere. Welded, brazed, swaged into a collar, or formed continuous from a single length of tube: each behaves differently under repeated loading, fails in a different way, and is inspected by looking at different things entirely. Ask which applies here, and ask what condemns one.

The hoop is a sensible piece of design — it ties the legs and resists them spreading apart under load. It also sits near the floor, where it can catch a rug edge and collect what a mop misses. No footprint, rated weight, height range or tip detail accompanies any of it, and no model reference identifies which stick is being quoted. Medigear.uk lists this stick for UK business buyers. Request the joining method from the seller before order.

Equipment governance should name the base, not just the tips, as an inspection point. It is the most complex part of the product and the most heavily worked, and the things to look at depend on how it was joined — which is why the joining method is worth obtaining.

Home assessment should watch the person walk in their own rooms. A hoop close to the floor meets rug edges, cables and doorstops, and those are specific to a house rather than a clinic corridor.

Infection prevention should write the base into the cleaning schedule. A tubular structure with a hoop has more surfaces than a plain shaft, and the underside of the hoop is where a wipe-down routine stops.

Physiotherapy should note that a quad base tends to be chosen by somebody who genuinely leans, which makes the rated user weight more relevant here than on a light-touch aid. Routes across NHS trusts, local authority equipment services and independent providers each ask for their own evidence. The conformity documentation those procurement routes require is issued by the manufacturer and provided by the seller.

A hoop tying the legs

The ring resists the legs spreading outward under load and stiffens the whole base — a real structural function rather than decoration, and a sensible piece of design.

Swept tubular legs

Legs formed from tube carry load along their length rather than through a flat plate in bending, and a swept curve distributes the change of direction over a distance instead of a corner.

Four points of support

Four contacts spread over an area resist a sideways lean in a way no single point can, which suits somebody who puts real weight through a stick.

A straight shaft into the collar

Load travels down a straight tube into the centre of the base, with no offset bend to carry a turning moment. That is the simplest available load path.

A shaped grip

A contoured handle spreads load across the hand rather than concentrating it in a narrow bar, which matters for anybody with hand pain or reduced grip strength.

Individually replaceable tips

Four separate tips can be renewed without replacing the base. Confirm they are separately available and ask for part numbers.

Nothing electrical or powered

Inspection is visual and immediate, with no testing programme and no disposal obligation attached.

Two answers make it assessable

The joining method and the footprint together determine what to inspect and whether the base fits the home. Both are a single request.

The base as an assembly

Load arrives at one collar and divides among four legs tied by a hoop. More junctions than anywhere else on the product, and none specified.

Junction count

Four legs to the collar, a hoop to each leg, plus the collar to the shaft and each tip retention. Ask the manufacturer to confirm the count and describe each type.

Eccentric loading

The user stands to one side, so the legs are not equally loaded and the pattern shifts with every step. Each junction takes load off-axis, repeatedly.

Joining method

Not stated. Welded, brazed, swaged or formed continuous — each fails differently and is inspected differently. Ask which applies.

Inspection and condemnation

Not addressed. Ask what to look at and what condemns the base, then record it as a withdrawal rule rather than leaving it to judgement.

The hoop — structure

Ties the legs and resists them spreading under load. A genuine structural member.

The hoop — floor level

Sits low and forms a closed loop that can catch a rug edge, a cable, a doorstop or a shoe. Ask its height and watch the person use the stick at home.

Cleaning

Not addressed. More surfaces than a plain shaft, and the underside of the hoop is where a routine stops. Request agents, contact times and write the base into the schedule.

Footprint

Not stated. Request front-to-back and side-to-side across the outermost tips, plus base height.

Four tips

Each wears at its own rate, leaving a base that no longer sits flat while still looking complete. Ask diameter, compound, part number and individual wear limit.

Tube specification

Not given. Request diameter and wall thickness for the shaft and for the legs, plus alloy or grade and finish.

Rated user weight

Not stated. Ask the figure and whether static or dynamic — more relevant here, since a quad base suits somebody who leans.

Height range

Not stated. Ask minimum and maximum from the floor and the increment between positions.

Grip

Shaped handle. Material, replaceability and cleaning method unstated.

Product category

Named as a crutch, shaped as a walking stick — no forearm cuff, no underarm pad. Ask the manufacturer to confirm.

Model code and registration

"Crutches with Four Pedestals-03" is a product name with a variant number. Request the manufacturer's code, the declaration of conformity, the MHRA registration reference and the UK Responsible Person's details.

The shaft on this stick is the easy part — one tube, one job, load straight down. The base is where that single load becomes several, and it is where all the questions sit. Four swept legs gather into a collar, a hoop ties them partway down, and every one of those junctions carries part of a person's weight off-axis, repeatedly, because a quad base is loaded eccentrically by definition: the user stands to one side of it. How those junctions are made is not stated anywhere, and it matters, because welded, brazed, swaged and formed-continuous constructions behave differently under repeated load, fail differently, and are inspected by looking at different things. So ask which applies, then ask what to look at and what condemns one — and put that on the record as a withdrawal rule. The hoop itself deserves credit: it resists the legs spreading and stiffens the whole base, which is a proper structural job. It also sits near the floor where it can catch a rug edge, so watch the person use the stick in their own rooms rather than a corridor. Medigear.uk lists this stick for UK business buyers. Request the joining method from the seller at quotation.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

Because the shaft is one tube doing one thing, and the base is where that single load becomes several. A straight tube in compression is the simplest structure on the product; a set of swept legs tied by a hoop and gathered into a collar is the most complex. Complexity is not a fault, but it is where the questions belong.

From the photograph, four legs meeting the collar and a hoop meeting each of the four legs — around eight, before counting how the collar joins the shaft and how each tip is retained. Every one of those is carrying part of a person's weight, and they carry it repeatedly rather than once. Ask the manufacturer to confirm the count and describe each type.

That the load does not come straight down the middle of the base. The user stands to one side of the stick, so weight arrives through the shaft and then has to travel outward and downward to four legs that are not symmetrically loaded — the near ones take more than the far ones. Each step repeats that, and the pattern reverses slightly as the person moves past the stick.

Not stated, and it is the question this design raises. They may be welded, brazed, swaged into a collar, or formed continuous from tube that runs through the collar without a break. Each is a legitimate method and each has a different failure mode — a weld can crack at the toe, a brazed joint can lose adhesion, a swage can loosen, a formed bend can fatigue. Ask which applies here.

Ask the manufacturer, because the answer depends on the joining method above. Generally: any change in leg angle or splay, a visible line or mark at a junction, movement or noise under load, and the hoop no longer sitting true relative to the legs. Put whatever they specify on the record as a withdrawal rule rather than leaving it to judgement.

It ties the four legs together partway down, which resists them spreading outward under load and stiffens the whole base. That is a real structural function and a sensible piece of design — without it, each leg would resist spreading only through its own stiffness and its junction at the collar.

It sits low and forms a closed loop, so it can catch the edge of a rug, a trailing cable, a doorstop or a shoe. Ask the manufacturer what height it sits at, and watch the person use the stick in their own home rather than in a clinic corridor, since the hazards are floor-level and specific to the room.

Ask for a method rather than assuming. A tubular base with a hoop presents more surfaces and more corners than a plain shaft, and the underside of the hoop is exactly where a wipe-down routine stops. For equipment reissued between users, request the agents and contact times the finish tolerates and write the base into the schedule explicitly.

Neither is stated. Ask the front-to-back and side-to-side dimensions across the outermost tips, which define both the stability envelope and whether the base passes through the person's doorways. For the tips, ask diameter, compound, part number and individual wear limit — four contacts wear at four rates, and a base that no longer sits flat still looks complete.

Neither is stated. Ask the rated user weight, whether static or dynamic, and the height range from the floor with the increment between positions. A quad base is often chosen by somebody who genuinely leans on the stick rather than touching down with it, which makes both figures more relevant than on a light-touch aid.

"Crutches with Four Pedestals-03" reads as a product name with a variant number rather than a full model reference — ask for the manufacturer's code. The product is described as a crutch and shaped as a walking stick, with no forearm cuff or underarm pad, so ask the manufacturer to confirm the category. Walking aids supplied for a medical purpose are generally Class I devices: request the declaration of conformity, the MHRA registration reference and the UK Responsible Person's details.

Anybody where the base cannot be inspected as part of a routine, since that is where the structure is most complex and most heavily worked. It is also unsuitable where floor-level hazards are common and the hoop would catch, where the footprint has not been checked against the home, and where the rated user weight is unknown for a heavier person.