Best Price Semi Electric Homecare Hospital Bed For Sale

The frame is built from 1.2 mm cold‑rolled steel tube, powder‑coated to 80 µm for corrosion resistance in high‑humidity wards. Head and foot sections articulate via two 24 V DC linear actuators rated

Request a Quote
Best Price Semi Electric Homecare Hospital Bed For Sale
Best Price Semi Electric Homecare Hospital Bed For Sale

Product Details

Best Price semi electric homecare hospital bed For Sale: What Buyers Should Check Before Ordering

Specification Range and Customisation Limits

The frame is built from 1.2 mm cold‑rolled steel tube, powder‑coated to 80 µm for corrosion resistance in high‑humidity wards. Head and foot sections articulate via two 24 V DC linear actuators rated for 10 000 full cycles; the height‑adjust crank remains manual to keep the bill of materials low. Load capacity is fixed at 250 kg static, 180 kg dynamic — any increase forces a redesign of the actuator mounting points.

Mattress platform uses 12 mm birch plywood slats spaced 45 mm apart; slat deflection under 120 kg is limited to 3 mm. The hand‑set is IPX4 sealed, cable length 2.5 m, with a quick‑release connector for service. Colour options are limited to RAL 9016 (white) and RAL 7035 (light grey) because the powder line runs in two fixed batches per month.

Comparing Two Standard Configurations

Parameter Config A – Homecare Config B – Assisted Living
Actuator cycles (rated) 10 000 15 000
Static load capacity 250 kg 250 kg
Height adjustment Manual crank Electric lift (optional)
Hand‑set IP rating IPX4 IPX4
Side‑rail style Half‑length, fixed Full‑length, split

How to Choose Before Requesting a Quote

Decision rule: If the end‑user environment requires frequent height changes (e.g., multiple caregivers per shift), specify Config B with electric lift; the extra 5 000 actuator cycles add ~ $12 / unit but reduce manual handling injuries.

If the bed stays at a fixed height for weeks (typical home‑care), Config A’s manual crank saves $12 / unit and eliminates a second motor, lowering both BOM and service‑call rate.

What Can Be Customised and What Cannot

Customisable

  • Frame colour (RAL 9016 or 7035)
  • Side‑rail length and split‑rail option
  • Hand‑set label artwork (logo, language)
  • Mattress retainer clips (plastic vs. metal)
  • Packaging graphics and barcode placement

Fixed

  • Overall bed footprint (2150 × 950 mm)
  • Actuator stroke and speed (factory‑set)
  • Load‑cell calibration points
  • IEC 60601‑1 compliance documentation
  • Powder‑coat thickness (80 µm ± 5 µm)
Best Price semi electric homecare hospital bed For Sale

Requirements by Buyer Segment

Private‑Label Buyer

Needs full artwork pack (AI/EPS), barcode spec (GS1‑128), and a master carton label that matches their warehouse WMS. MOQ 200 units to justify a dedicated print run.

OEM Buyer

Requires 3D STEP files of the frame, actuator mounting pattern, and a test‑report package (load, cycle, dielectric). Will integrate their own control board; therefore the hand‑set connector must stay standard.

Wholesale Distributor

Prioritises pallet‑ready packaging, 30‑day lead time, and a price break at 500 units. Accepts standard colour only; no custom graphics.

OEM and ODM Programme Structure

Tooling for the steel frame is shared across all configs; a new side‑rail die adds 3 weeks and $4 500. Actuator sourcing is dual‑sourced (supplier A and B) to avoid single‑point risk — each batch is traceable by heat‑lot number.

ODM projects start with a feasibility review (2 weeks), then a prototype run of 10 units (4 weeks). Design freeze occurs after the prototype passes IEC 60601‑1 clause 19.101 (mechanical strength) and clause 19.102 (electrical safety). Production MOQ for ODM is 500 units; lead time 8 weeks from PO.

What Gets Checked Before Shipment

Check Point Method Acceptance
Frame dimensional audit CMM ± 0.5 mm on critical lengths All points within tolerance
Actuator cycle test Run 200 cycles at rated load No stall, current ≤ 1.2 A
Electrical safety Hi‑pot 1.5 kV AC 1 min, leakage < 0.5 mA Pass
Packaging integrity Drop test 76 cm corner, 3 faces No carton breach, bed functional

Capacity, Tooling and Scheduling

Current capacity: 1 200 beds/month on two assembly lines (single‑shift). Adding a second shift raises output to 2 200 beds/month with a 4‑week ramp.

Side‑rail die changeover takes 2 days; actuator fixture swap 1 day. Forecast orders 8 weeks ahead to lock raw‑steel allocation and avoid spot‑market surcharges.

Next Step

Send your specification sheet and target volume; we will return a detailed cost breakdown, tooling schedule, and sample plan within two business days.

Request a Specification Review
×