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

Home
Shop
Hospital Furniture & Fixtures
Jiadun Medical JD-YLC5-10

✓ Certified Professional Seller

Jiadun Medical Hospital Furniture & Fixtures

Jiadun Medical JD-YLC5-10

No motor, no cable, no socket. Five positions, all turned by hand.

Five hand-cranked positions with nothing electrical to fail, test or plug in. Backrest to 75°, legs to 40°, height and tilt both ways, on universal castors with removable brakes — the trade is staff effort for simplicity.

Sections

ICU & Electric Beds

Categories

Hospital Furniture & Fixtures

Condition

New

Origin

China

Seller Type

Certified Professional Seller

Size:

2040 × 960 × 480 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

The JD-YLC5-10 is Hengshui Jiadun Medical Equipment's manual five-function hospital bed. Every movement is delivered by hand crank rather than by motor: backrest elevation through 0–75° (±5°), leg-section elevation through 0–40° (±5°), whole-frame forward tilt, whole-frame backward tilt, and full-deck height adjustment. The standard configuration contains no electric motor, no handset and no mains lead.

That absence is the whole proposition, and it cuts in both directions. On the credit side, no actuator can fail, no control cable to fray, no socket to find at the bed space, and no need to add the bed to an electrical testing schedule. It works in a corridor during an escalation, in a marquee, in a building with limited power, and in storage for years without a battery going flat. On the debit side, every adjustment means a member of staff walking to the foot of the bed, unfolding a handle, and turning it—several times per patient, every shift. Repeated cranking is itself a recognised musculoskeletal load, and the patient cannot adjust anything themselves. Specify this bed where those trade-offs suit the setting, not as a cheaper substitute for a powered frame on a busy acute ward.

Braking differs too. The configuration lists universal wheels with removable brakes rather than a central control wheel and central braking system, so the pre-transfer check means confirming each castor individually rather than one pedal action.

Four short-length ABS guardrails sit two per side with moulded grab openings, ABS head and tail boards lift clear for access, four drainage hooks sit at frame level, and a stainless steel infusion stand locates into the corner sockets. The deck measures 2040 × 960 mm at a published height of 480 mm. Medigear.uk confirms conformity documentation, crank effort, safe working load and gross shipped weight before order.

The JD-YLC5-10 is specified for settings where the absence of electrical parts is an advantage, not a compromise.

Surge and escalation capacity is the clearest case. Beds held against winter pressure, outbreak cohorting or major incident response spend most of their life in storage and must work the moment they are opened up. A manual frame has no battery to go flat, no actuator seized from disuse and no charge state to manage — it works, or it does not, and a visual check tells you which. The same logic covers backup stock held against equipment failure.

Settings with limited power provision follow. Temporary and marquee facilities, buildings undergoing electrical works, corridors and day areas pressed into use during escalation, and community or overseas deployments where socket provision cannot be assumed. In humanitarian and charitable supply, where an actuator failure can mean a bed out of use indefinitely with no service route, mechanical simplicity is worth more than convenience.

Low-dependency inpatient areas can suit it where positioning changes are infrequent, and patients are largely independent. The positioning range itself is unchanged from a powered equivalent: backrest to 75° for meals, medication and respiratory comfort; leg articulation to 40° for knee-break positioning and limb elevation; both tilt directions; and full height travel for carer working height and supervised transfer.

Where it does not suit is an acute ward with dependent patients. There, adjustments are frequent, staff numbers are the binding constraint, and every crank turn is time and physical load taken from elsewhere. Medigear.uk supplies the conformity documentation that trust, ICB and NHS Supply Chain procurement routes require, and will advise honestly where a powered frame is the better specification.

Nothing electrical to fail

No actuator, no control cable, no handset, no mains lead. The failure modes that take a powered bed out of service and onto a repair schedule simply are not present.

Works with no socket and no power

Usable in a corridor during escalation, in a marquee, in a building with limited supply, and through a power failure. The bed space needs floor area, not electrical provision.

Out of the electrical testing schedule

With no electrical parts as supplied, the bed sits outside portable appliance testing and outside the IEC 60601-1 general electrical safety requirements that apply to powered frames — a recurring cost and admin burden removed.

Ready after long storage

No battery to go flat and no charge state to manage. Surge and escalation stock can sit for years and be brought into service on the day it is needed, with a visual and mechanical check rather than a power-up test.

The same clinical positioning range

Backrest to 75°, legs to 40°, both tilt directions and full height travel. The positions available to the patient and the nurse are those of a powered bed; only the means of reaching them differs.

Integral rails with a designed-in hand hold

Four short-length ABS guardrails with moulded grab openings, built into the frame rather than retrofitted. MHRA analysis links most serious entrapment events to third-party rails fitted to beds they were never designed for.

Drainage hooks and infusion stand fitted from new

Four frame-level drainage hooks and a stainless steel infusion stand are part of the standard configuration rather than chargeable accessories.

Honest advice on where it fits

Medigear.uk will confirm crank effort, turn count, handle clearance, braking mechanism and safe working load in writing — and will say plainly when a powered frame is the better specification for the ward in question.

Manual five-function operation

Back lifting and lowering, legs lifting and lowering, whole-frame forward tilt, whole-frame backward tilt, and overall height adjustment, all delivered by hand crank. No electric motor in the standard configuration.

Fold-away crank handles

Handles at the foot end fold away when not in use. Effort per turn, turns per full travel and folded clearance are not published — confirmed at quotation.

Backrest elevation 0–75° (±5°)

Travel from flat to 75° covers supine nursing through to a near-upright sitting position for meals, medication, respiratory comfort and conversation.

Leg section elevation 0–40° (±5°)

Independent leg articulation to 40° supports knee-break positioning, oedema management and limb elevation without disturbing backrest angle.

Trendelenburg and reverse Trendelenburg

Both whole-frame tilt directions, giving head-down positioning for circulatory management and head-up positioning for respiratory support and feeding.

Full-deck height adjustment

Height travel sets a carer working level for washing, dressing and wound care, and a low setting for supervised transfer. Range confirmed at quotation.

Universal wheels with removable brakes

Castors braked individually rather than through a central control wheel. The pre-transfer check requires confirming each castor. Exact mechanism confirmed at quotation.

Four ABS guardrails with moulded grab openings

Short-length ABS rails, two per side and integral to the frame, each carrying a moulded hand opening at the upper edge for patient-assisted repositioning.

ABS bed head and tail boards

Moulded, wipe-clean boards that detach for access and terminal cleaning, with smooth low-crevice profiles for infection prevention.

Slotted ABS deck sections

Deck panels formed with open slots, allowing air movement beneath the mattress and drainage after spills. A frame hygiene feature, not a skin microclimate system.

Four frame-mounted drainage hooks

Designated positions for catheter and wound-drainage bags supplied with the bed, keeping lines clear of the moving deck sections.

Stainless steel infusion stand

Supplied as part of the standard configuration, locating into corner sockets on the frame.

Deck footprint 2040 × 960 mm

An overall deck of 2040 × 960 mm at a published 480 mm height, sized for standard UK mattresses and high-specification foam, hybrid or alternating-air replacements.

Single-crate delivery at 2020 × 930 × 480 mm

Ships in one crate at approximately 0.90 m³, with no mains lead to route on installation.

Manufacturer quality system certification

Hengshui Jiadun Medical Equipment publishes ISO 9001, ISO 14001, ISO 45001 and ISO 13485 certification alongside EU CE certification, with certificate scope confirmed at quotation.

The JD-YLC5-10 delivers the full five-position range of a profiling bed with no electrical components. Backrest to 75°, legs to 40°, height and both tilt directions, all reached by hand crank — no actuator to fail, no cable to fray, no socket needed and no place on the electrical testing schedule. That makes it a strong fit for surge and escalation stock, temporary and marquee facilities, settings with limited power, backup capacity and overseas deployment. It is a poor fit for a busy acute ward with dependent patients, where the staff time and manual handling load of frequent cranking will outweigh the purchase saving. Four integral ABS guardrails with moulded grab openings, four drainage hooks and a stainless steel infusion stand arrive fitted. Medigear.uk supplies the JD-YLC5-10 across the UK with crank effort, braking mechanism, safe working load and conformity documentation confirmed in writing. Contact our team for a quotation.

FAQ

Frequently Asked Questions

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

Worth stating plainly, because the purchase price is the least important part of the comparison. What you gain: nothing electrical to fail, no annual electrical safety test, no socket needed at the bed space, no battery to go flat in storage, and a bed that works during a power failure or in a location with no supply. What you give up: every single adjustment costs staff time and physical effort, the patient has no ability to reposition themselves, and there is no rapid powered drop to flat. Repeated crank turning is a recognised musculoskeletal load in its own right, so a bed bought to save money can transfer cost onto the people using it. Match the choice to the setting rather than to the budget line.

Surge and escalation capacity that spends most of its life in storage and needs to work immediately when opened up. Settings without reliable mains power or with limited socket provision. Field, marquee and temporary facilities. Low-dependency areas where positioning changes are infrequent. Backup stock held against equipment failure or outbreak-driven cohorting. Charitable, humanitarian and overseas deployment, where an actuator failure means a bed out of use indefinitely. Where it makes least sense is a busy acute ward with dependent patients needing frequent repositioning — there the staff time and manual handling load will outweigh the saving within the first year.

The configuration lists universal wheels with removable brakes, not a central control wheel and central braking system. That means brakes are applied at each castor rather than from a single pedal, so the pre-transfer safety check requires confirming four separate points. The most common cause of an unbraked bed during a transfer is a single castor missed under time pressure, and a four-point check is more exposed to that than a one-pedal system. Build it into your transfer procedure explicitly and confirm the exact braking mechanism with Medigear.uk at order, since "removable brakes" is not a standard descriptive term.

Not as supplied, because the standard configuration contains no electrical parts — no motor, no handset, no mains lead. That removes the bed from your portable appliance testing schedule and from the IEC 60601-1 general electrical safety requirements that apply to powered beds. Two caveats. If any powered accessory is added at the bed space — most commonly a dynamic mattress pump — that item carries its own testing requirement and its own socket need. And the bed still belongs on your asset register with a documented annual mechanical service, because the mechanical failure modes have not gone away.

BS EN 60601-2-52:2010+A1:2015 remains the reference for adult medical beds, and its dimensional requirements are what MHRA guidance points to when assessing bed rail entrapment gaps — those apply regardless of whether the bed is powered. Castors fall under BS ISO 22882:2016. IEC 60601-1 general electrical safety does not apply to a bed with no electrical parts. Beds for smaller adults and children are covered by the separate BS EN 50637:2017 specification; this is an adult bed and is not a substitute where a smaller-anatomy bed is clinically indicated. Medigear.uk confirms the manufacturer's test evidence at quotation.

The manufacturer does not publish crank effort, turn count per full travel, or handle position dimensions, and all three matter. Ask for them. Effort determines whether a smaller member of staff can raise an occupied bed to working height without strain. Turn count determines how long each adjustment takes in practice. Handle position determines whether the folded handles clear the foot-end walkway or become a trip and shin hazard in a narrow bay — and whether they fold reliably after hundreds of cycles. Request these figures from Medigear.uk and, on a multi-bed order, ask to trial one before committing.

Hengshui Jiadun Medical Equipment publishes ISO 9001, ISO 14001, ISO 45001 and ISO 13485 certification alongside EU CE certification for its bed range. That is manufacturer-published positioning rather than an asserted UK regulatory status. Great Britain currently continues to accept CE-marked devices under the extended acceptance arrangements, with UKCA available as the alternative route. An adult hospital bed in this configuration is typically handled as Class I under the UK Medical Devices Regulations 2002, or higher where the specific configuration or intended use alters the risk profile. Every quotation carries the declaration of conformity, certificate scope and current UKCA position.

The purchaser, and the duty is identical to a powered bed. Integral rails are the safer starting point — MHRA incident analysis consistently shows retrofitted third-party rails account for the majority of serious entrapment events. MHRA guidance on managing and using bed rails safely, updated in August 2023 and reinforced by the associated national patient safety alert, requires an individual risk assessment before rails are used and a fresh assessment whenever the bed system changes, including a change of mattress. Chest or neck entrapment in a bed rail is classified by the NHS as a Never Event. Check gaps through the full profiling range, not just with the bed flat.

The 2040 × 960 mm deck accommodates standard UK mattresses plus high-specification foam, hybrid and alternating-air replacements within that footprint. Mattress depth directly changes the effective guardrail height and therefore the entrapment assessment. Two points specific to a manual bed. A heavier dynamic mattress adds to the load being cranked, which increases the effort on every height adjustment — worth checking before pairing a heavy surface with a hand-operated frame. And an alternating-air system needs a pump and a socket, which reintroduces the mains requirement this bed otherwise avoids.

The bed ships in one crate at 2020 × 930 × 480 mm and approximately 0.90 m³. Because the assembled frame exceeds two metres, plan a two-person handling route and confirm lift dimensions, corridor turning radius and doorway width before delivery. Gross shipped weight and safe working load are not published — request both, since safe working load also governs how much mass staff are cranking. Plan a documented annual mechanical service covering crank mechanism and gearing, handle folding and locking, brake function at each castor, rail locking and fastener integrity. Crank gearboxes and pivot points take wear that a powered bed does not, so include them explicitly rather than relying on a generic bed service schedule.