Lonrecon Hospital bed Manual Pediatric Hospital Bed

LR-EH10 Hospital bed for pediatric wards: manual crank operation, 4-section platform, 3-position aluminum rails (rod gaps <6cm) and Ø125mm individually braked castors for stable daily operation. Customization and project delivery available—lead time confirmed by quantity and destination.
Model: LR-EH10
Type: Manual pediatric hospital bed (crank operated)
Intended use: Pediatric intensive care/treatment; daily examination; recovery & healthcare
Platform: 4-section lying surface (back/seat/knee/foot), epoxy-coated steel
Lying surface: L139 × W75 cm (±15 cm)
Side rail height: 75 cm
Mattress top height from floor: 90 cm
Side rails: Aluminum, 3-position height adjustment with fixing system; rod gaps <6 cm
Castors: Ø125mm medical castors with individual brakes; silent, anti-entanglement
Cranks: ABS crank handles at foot end with overload protection, noiseless
Certificates: CE, FDA, ISO13485, ISO9001, FSC

Hospital bed for Pediatric Ward Operations

In pediatrics, a bed is chosen for safety control and operational consistency—not “home comfort” features. LR-EH10 is intended for pediatric intensive care or treatment, plus daily examination, recovery and healthcare use.
Hospitals select this format for predictable training, fewer failure points, and straightforward servicing in high-turnover ward environments.

  • Steel framework with anti-corrosion epoxy finish for clinical cleaning routines.
  • Lightweight aluminum rails reduce impact during rail lowering; 3-position height adjustment with fixing system.
  • Rail rod gaps <6cm to reduce climb-over and fall risk.
  • Ø125mm medical castors with individual brakes; silent, anti-entanglement, durable.
  • ABS crank handles at foot end with overload protection, noiseless operation.

For multi-site procurement, standardized hospital beds simplify onboarding: staff learn one operating logic and replicate it across shifts.
As an adjustable hospital bed, LR-EH10 focuses on controlled pediatric positioning through manual crank operation rather than complex electronics, making troubleshooting clearer for biomedical teams.
In daily ward practice, hospital beds with durable rails and predictable braking help reduce handling incidents and improve workflow confidence.
This adjustable hospital bed approach also supports maintenance planning: fewer electrical components, more visible wear points, and faster routine checks.
When hospitals deploy hospital beds at scale, consistent castor/brake behavior and rail locking improve transfer routines and safety compliance.
As an adjustable hospital bed for pediatrics, the rail geometry (<6cm spacing) and 3-level rail height settings support safer bedside operation and more consistent training outcomes.

 

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