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Jiadun Medical WALKING STICK-02

✓ Certified Professional Seller

Jiadun Medical Rehabilitation & Mobility Aids

Jiadun Medical WALKING STICK-02

Product Code: RAMA-WAAC-3094

A loop keeps the stick. It also keeps you.

The wrist cord stops a stick hitting the floor when both hands are needed, which is worth having. It also attaches somebody to a rigid object that can catch on things, and nothing states whether it comes off.

Sections

Walking Sticks & Canes

Categories

Rehabilitation & Mobility Aids

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

A cord through the hand solves one problem and introduces another; Jiadun Medical publishes neither the length nor the fixing. No specification, no dimensions and no rated weight accompany the product. Photography shows a telescoping shaft, a contoured moulded handle, a black fabric wrist cord on a small clip, and a ferrule.

The problem it solves is real. Somebody needing both hands for a moment — a door, a purse, a handrail — has nowhere to put a stick, and a stick on the floor then has to be retrieved, which is a bend, a reach and a balance task at once. A cord means letting go of the stick costs nothing at all.

The problem it introduces is that the person is now attached to a rigid object. Sticks catch — in a closing door, in the gap at a lift, under a trolley wheel, on a kerb — and a tethered hand goes with them. In a fall the stick comes down on the arm it is fastened to.

Wearing it correctly helps: through from below, so the cord lies across the back of the hand and the fingers can open while the stick stays on the arm. Better still, the clip suggests it detaches. Ask whether it does, without tools, and whether a breakaway version exists. Ask the cord length and the clip rating too, since both are load-bearing details and neither appears anywhere. Medigear.uk lists the Walking Stick-02 for UK business buyers. Request the cord specification from the seller before order.

Whoever issues the stick should demonstrate the cord rather than describe it. Threaded from below it lies across the back of the hand and lets the fingers open; threaded the other way it tightens on the wrist. That is a thirty-second demonstration and it decides which of the two the person gets.

Falls prevention should consider where the person goes. Doors, lift thresholds, trolleys, kerbs and gates are ordinary obstacles, and a tethered stick meets all of them. Where those dominate someone's week, a removable cord is the better arrangement.

Community teams should record whether the cord is fitted or removed for a given person, and why. It is a decision rather than a default, and it is easily reversed by whoever next picks the stick up.

Equipment services should treat the clip as a load-bearing part with a rating, not a trim detail. 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.

The stick stays with the person

Somebody needing both hands briefly can simply let go. That removes the propping, the clatter and the retrieval — and retrieving a stick from the floor is a bend, a reach and a balance task at once.

An apparently removable cord

The clip shown suggests the cord detaches rather than being permanently threaded, which turns it into a decision made per person rather than a fixed feature. Confirm it detaches without tools and refits securely.

A contoured moulded handle

Finger contours spread load across the hand rather than concentrating it in a narrow grip, which matters for anybody with hand pain or reduced grip strength. Ask which hand it suits.

Push-button height adjustment

A sprung pin engaging a hole is toolless, positive and checkable by eye. Confirm how engagement is verified and what holds the pin.

Telescoping construction

The shaft closes for transport and storage, which suits a stick kept in a bag or a car. Confirm the closed length.

A defined ferrule

The moulded tip visible at the base suggests a shaped fitting rather than a plain cap. Confirm diameter, compound and part number so replacements can be held.

Light single-shaft build

One tube rather than a frame keeps mass down on something carried and swung continuously. Confirm the mass and tube dimensions.

One question settles the cord

Whether it detaches without tools determines whether the tethering concern is a fixed property or a choice. That is a single answer from the manufacturer.

Wrist cord — what it solves

Keeps the stick with the person when both hands are needed, removing the propping and the retrieval from the floor.

Wrist cord — what it risks

Attaches a person to a rigid object that can catch. In a fall the stick comes down on the arm rather than being released.

Wearing technique

Hand up through the loop from below, so the cord lies across the back of the hand and the fingers can open. Demonstrate rather than describe.

Removability

Photography shows a clip rather than a permanent fixing. Ask whether it detaches without tools, refits securely, and is intended for repeated opening.

Breakaway option

Not stated. Ask whether a cord designed to release above a set load exists, or whether the clip itself would release.

Cord length and adjustment

Neither stated. Too short and the hand cannot pass through; too long and the stick swings enough to catch. Ask length, adjustment method and whether it holds.

Cord material and laundering

Not stated. It sits against skin — ask the material and whether it can be washed.

Clip rating

Not stated. It carries the whole weight of the stick and more if the stick is caught. Ask the rating, the material and the failure behaviour.

Handle contours

Moulded with finger relief, which may make the product handed. Ask which hand it suits and whether both are offered.

Height range

Not stated. Ask minimum and maximum from the floor, the increment, and the user height it suits.

Rated user weight

Not stated. Ask the figure, whether static or dynamic, and the tube diameter and wall thickness that carry it.

Ferrule

The only ground contact. Ask diameter, compound, part number and wear limit.

Closed length and mass

Neither given. Request both — the stick is carried as well as used.

Recording the decision

Record whether the cord is fitted or removed for the individual, and why. It is easily reversed by whoever next handles the stick.

Model code

"Walking Stick-02" is a product name with a variant number rather than a full reference. Request the manufacturer's code.

Device status and registration

Walking aids supplied for a medical purpose are generally Class I devices. Ask what the declaration covers, the MHRA registration reference and the UK Responsible Person's details.

The wrist cord on this stick does something genuinely useful and something genuinely awkward, and both are worth stating. What it does well: it keeps the stick with the person when they let go, which matters because somebody needing both hands for a moment otherwise has to prop the stick against something, and a propped stick becomes a stick on the floor — and retrieving one from the floor is a bend, a reach and a balance task happening at once. What it does awkwardly: it attaches a person to a rigid object about a metre long, and sticks catch. Closing doors, lift thresholds, trolley wheels, kerbs and gates are ordinary obstacles rather than exotic ones, and a tethered hand goes where the stick goes. In a fall the stick arrives on the arm it is fastened to. Two things reduce that. Wearing it correctly — up through the loop from below, so the cord crosses the back of the hand and the fingers can still open. And taking it off, which the clip in the photograph suggests is possible. Ask whether it detaches without tools, whether a breakaway version exists, the cord length and adjustment, and what the clip is rated to hold. Medigear.uk lists the Walking Stick-02 for UK business buyers. Request the cord specification from the seller at quotation.

FAQ

Frequently Asked Questions

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

Keeping the stick with the person when they let go of it. Somebody who needs both hands for a moment — opening a door, finding a purse, taking a handrail — has nowhere to put a stick, and propping it against something is how sticks end up on the floor. Retrieving one from the floor means bending, reaching and balancing at the same time, which is exactly the sequence that causes falls. A cord removes that entirely.

Attaching a person to a rigid object roughly a metre long. Sticks catch on things — a closing door, the gap at a lift threshold, a trolley wheel, a kerb edge, a gate — and a hand threaded through a cord goes wherever the stick goes. In a fall, the stick comes down attached to the arm rather than being released, which can twist the wrist or put the shaft under the body.

The usual technique is to pass the hand up through the loop from below, so the cord lies across the back of the hand before the fingers close on the grip. Worn that way the hand can open while the stick stays on the arm. Worn the other way round it tightens on the wrist instead. The instruction belongs with the physiotherapist issuing the stick, and it is worth demonstrating rather than describing.

Photography shows it attached by a small clip rather than threaded permanently through the shaft, which suggests it can — but that needs confirming. Ask whether it detaches without tools, whether it refits securely, and whether the clip is intended to be opened repeatedly. If it does detach, the cord becomes a decision made per person rather than an unavoidable feature of the product.

Worth asking, because it would resolve the tension directly. A cord designed to release above a certain load keeps the stick with the person in normal use and lets go if the stick catches. Ask whether such a variant exists, and if not, whether the clip itself would release under load or whether it is designed to hold.

In ordinary places rather than unusual ones. Closing doors and lift thresholds are the common ones; so are supermarket trolleys, kerb edges, escalator combs, car doors and gates. None of those is an exotic environment — they are the everyday obstacles a stick user crosses, which is why the question is worth asking rather than dismissing.

Neither is stated. Length matters: too short and the hand cannot pass through comfortably, too long and the stick swings free enough to catch or trip. Ask the length, whether it adjusts and by what means, and whether the adjustment holds. Ask also what the cord is made of and whether it can be laundered, since it sits against skin.

Not stated. It is carrying the whole weight of the stick, and momentarily more if the stick swings or is caught, so it is a load-bearing part rather than a trim detail. Ask the rating, the material, and what happens if it fails — whether the cord stays on the wrist or goes with the stick.

The handle is moulded with finger contours, which spreads load across the hand and may make it handed — ask which hand it suits and whether both are available. Height is adjustable and no range is published: ask the minimum and maximum from the floor, the increment between positions, and the user height it is intended to suit.

It is the only contact with the ground. Ask the diameter, the compound, the part number and the wear limit — a worn ferrule leaves a stick shorter than it was set and less grippy than it was, and neither change is obvious until somebody slips.

"Walking Stick-02" reads as a product name with a variant number rather than a full model reference — ask for the manufacturer's code, and for separate references if handed versions exist. Walking aids supplied for a medical purpose are generally medical devices, typically Class I. Ask what the declaration of conformity covers, whether the product is registered with the MHRA, and the UK Responsible Person's details where the manufacturer is outside the UK.

Anybody likely to be in situations where a stick can catch and who has not been shown how to wear the cord, or for whom it cannot be removed. It is also a poor fit where cognition or dexterity makes the correct threading unreliable, and where the rated user weight and height range are unknown. As with any walking aid, fitting is a clinical task.