An X-Ray-Translucent HPL Platform Makes This Hydraulic Hospital Stretcher Different

Hospital transport stretchers are commonly compared by their safe working load, hydraulic height adjustment, medical casters and side rail design. However, the material beneath the mattress can be equally important when hospitals require transport equipment for departments where diagnostic imaging may be part of the patient's care pathway.

A conventional stretcher may use a metal or plastic patient support platform. Selected professional models instead incorporate an X-ray-translucent support surface designed to permit X-ray transmission through the specified platform area.

The HEYUAN JH-PC101 is a Hydraulic Hospital Transport Stretcher with X-Ray Translucent HPL Platform. Its patient support surface measures approximately 1926 × 620 × 6 mm and is integrated into a stretcher with 320 kg safe working load capacity.

The HPL platform is one part of the complete equipment. It must work with the supporting frame, mattress, hydraulic lifting mechanism and adjustable patient positioning sections.

For hospital procurement departments and international medical equipment distributors, these details help distinguish an imaging-oriented stretcher configuration from a standard patient transport trolley.

What Is an X-Ray-Translucent HPL Patient Platform?

HPL stands for high-pressure laminate. In the JH-PC101, a specified HPL platform is used as the main patient support surface and is described by the manufacturer as X-ray translucent.

Platform Material

The HPL panel forms the upper structural support surface beneath the mattress.

Designed for X-Ray Transmission

The specified panel allows X-rays to pass through the patient support platform for appropriate imaging applications.

Actual imaging suitability depends on the complete stretcher configuration and the diagnostic equipment being used.

Not Every HPL Panel Is Identical

HPL materials vary in construction, thickness and performance. An ordinary furniture laminate should not be assumed to provide the same imaging properties as a manufacturer-specified X-ray-translucent panel.

Patient Support Function

The platform also contributes to the structural support of the patient mattress.

Its mounting arrangement must be compatible with the complete stretcher's designed loading conditions.

Imaging Properties and Load Capacity Are Different Specifications

X-ray transmission describes an imaging-related material characteristic.

The stretcher's safe working load describes the rated capacity of the complete equipment under specified conditions. The two should not be confused.

How Is the HPL Platform Built into the Stretcher?

On the HEYUAN JH-PC101, the X-ray-translucent platform is integrated into the upper patient support assembly.

Platform Dimensions

The published support panel measures approximately 1926 mm long, 620 mm wide and 6 mm thick.

Length and Width

These dimensions identify the specified HPL support surface, not the entire external stretcher.

Panel Thickness

The published thickness is approximately 6 mm.

Buyers should confirm the final panel construction and any reinforcing components from the manufacturer's technical drawing.

Supporting Structure

The HPL panel is fitted within the stretcher's engineered patient platform assembly.

The surrounding steel structure supports the equipment and connects to its adjustable positioning and lifting mechanisms.

Platform Mounting

The panel must remain securely fitted to its approved supporting components.

Unauthorized changes to the mounting arrangement can affect the intended mechanical configuration.

Relationship with the Mattress

The standard stretcher mattress rests above the platform.

The JH-PC101 includes a water-resistant mattress measuring approximately 1840 × 600 × 80 mm.

The Mattress and HPL Panel Have Different Dimensions

The patient support panel is larger than the supplied mattress in the published specification.

When ordering replacements, buyers should not substitute the mattress dimensions for the platform dimensions.

Why Does X-Ray Transmission Matter on a Transport Stretcher?

A patient transport stretcher may be used between emergency departments, treatment rooms and other hospital areas.

In some clinical workflows, imaging access may be required while the patient remains supported on compatible equipment.

Radiolucent Support Surface

An X-ray-translucent panel can reduce obstruction caused by the main patient support material within the manufacturer's specified imaging area.

Not the Same as an X-Ray Machine

The stretcher does not generate diagnostic images.

It provides a patient support platform with specified X-ray transmission properties.

Compatibility with Imaging Equipment

Hospitals should verify that the stretcher configuration is suitable for the planned imaging procedure and diagnostic equipment.

Check the Imaging Field

The actual usable imaging area may depend on surrounding frame components, support structures and the selected positioning configuration.

Check Cassette or Detector Access

If a project requires an imaging cassette or digital detector to be positioned beneath the patient, the available space and approved access method should be confirmed separately.

An X-ray-translucent panel does not automatically mean the stretcher has an integrated cassette tray.

Hospital Procurement Requirements

Buyers should request technical evidence supporting the platform's intended radiolucent application when that performance is part of a hospital tender.

How Does the HPL Platform Work with Patient Positioning?

The JH-PC101 offers several adjustment functions beyond basic patient transport.

Backrest Adjustment from 0 to 85 Degrees

The upper patient support section can be adjusted through approximately 0–85° using a gas-spring assisted mechanism.

Articulated Platform Sections

The patient support structure must accommodate the intended movement while maintaining appropriate mattress support.

Buyers should verify whether imaging is approved in all backrest positions or only in specific configurations.

Knee Section Adjustment from 0 to 40 Degrees

The knee section provides approximately 0–40° of adjustment using a manual crank.

Separate Knee Adjustment Mechanism

The crank operates the knee section rather than the overall hydraulic lifting system.

The HPL platform and supporting sections must remain compatible with the intended adjustment arrangement.

Overall Platform Tilt from 0 to 18 Degrees

The stretcher also provides an overall tilt range of approximately 0–18°.

Changing the Platform Orientation

During tilt adjustment, the support platform changes orientation relative to the lower chassis.

The permitted operating conditions should be verified before combining positioning and imaging workflows.

What Does the Dual Hydraulic Height Adjustment System Provide?

The JH-PC101 uses two hydraulic cylinders to adjust the height of the entire patient support assembly.

630–930 mm Height Range

The published vertical adjustment range extends from approximately 630 mm to 930 mm.

Working with Different Hospital Beds

The adjustable height can help align the stretcher with compatible hospital beds and other patient support equipment.

The appropriate transfer height must be determined according to the approved patient handling procedure.

Two Hydraulic Cylinders

The model uses a dual-cylinder hydraulic lifting arrangement rather than a single electric actuator for overall height adjustment.

Separate from the HPL Material

The hydraulic cylinders control the vertical position of the patient support assembly.

The HPL panel is the upper support surface. It does not generate lifting movement.

Supporting Frame Compatibility

The upper platform, hydraulic system and lower chassis must remain correctly aligned throughout the specified adjustment range.

Inspect Clearance at Both Height Limits

During a sample demonstration, buyers should inspect the platform support and surrounding structural components at the minimum and maximum approved heights.

How Does the 320 kg Safe Working Load Relate to the HPL Panel?

The JH-PC101 has a specified safe working load of 320 kg.

Complete Equipment Rating

The 320 kg figure represents the rated load of the complete stretcher under the manufacturer's specified conditions.

Not a Separate Panel Rating

It should not be interpreted as the independently tested capacity of a loose 6 mm HPL panel.

Load Distribution

The patient platform, supporting frame and lifting system work together to support the specified loads.

Concentrated loads and equipment attachments should remain within the manufacturer's permitted conditions.

Do Not Modify the Panel

Cutting holes, drilling new mounting points or replacing the HPL material without approval may affect mechanical and imaging performance.

What Other Components Are Supplied with the JH-PC101?

The X-ray-translucent platform is one feature of a fully equipped hospital transport stretcher.

Stainless Steel Folding Side Rails

The model uses stainless steel folding side rails approximately 1240 mm long and 430 mm high above the patient platform when raised.

Reinforced Locking Components

The side rail locking points use zinc die-cast components.

The rail arrangement should be checked separately from the HPL platform.

Large Medical Casters

Four 200 mm medical casters provide mobility, with a central braking system.

Central Fifth Wheel

A retractable fifth wheel provides an additional directional control arrangement during approved patient transport.

Oxygen Cylinder Storage

An integrated tray beneath the stretcher is designed for compatible oxygen cylinder storage, with a published 20 kg load capacity.

Separate Accessory Loading

The oxygen tray capacity is an accessory specification and must not be confused with the complete stretcher's 320 kg safe working load.

IV Pole Configuration

The standard configuration includes one IV pole, four IV pole sockets and an integrated storage holder.

What Should Hospital Buyers Inspect Before Ordering?

For a hospital project, the imaging-related platform should be verified alongside the stretcher's structural and patient transport functions.

Inspect the X-Ray Platform

1. Confirm the HPL Material

Verify that the quoted model includes the X-ray-translucent HPL platform.

2. Confirm Platform Dimensions

Check the published 1926 × 620 × 6 mm specification.

3. Request Imaging Documentation

Ask the manufacturer for available evidence describing the intended X-ray-translucent performance.

4. Verify Detector Access

If required by the hospital, confirm the proposed cassette or detector positioning method.

Inspect Patient Positioning

5. Test Backrest Adjustment

Verify the 0–85° gas-spring assisted movement.

6. Test Knee Adjustment

Confirm the 0–40° manual crank function.

7. Inspect Overall Tilt

Check the manufacturer's approved 0–18° tilt movement.

Inspect the Complete Stretcher

8. Demonstrate Hydraulic Height Adjustment

Verify the 630–930 mm height range.

9. Confirm Braking and Steering

Inspect the 200 mm central-locking casters and retractable fifth wheel.

10. Check Mattress and Accessory Inclusions

Confirm the mattress, IV pole, oxygen cylinder tray and any separately priced accessories.

HEYUAN JH-PC101 Hydraulic Hospital Stretcher with X-Ray-Translucent Platform

HEYUAN manufactures hospital beds, patient transport stretchers and related medical furniture for international distributors and professional healthcare projects.

The JH-PC101 combines a radiolucent HPL support platform with hydraulic height adjustment, multi-position patient support and professional mobility components.

Its published technical configuration includes:

• Model: JH-PC101
• Product type: Hydraulic hospital transport stretcher
• Overall dimensions: 2140 × 910 × 630–930 mm
• Safe working load: 320 kg
• Patient platform: X-ray-translucent HPL
• Platform dimensions: 1926 × 620 × 6 mm
• Height adjustment: 630–930 mm
• Height adjustment system: Two hydraulic cylinders
• Backrest adjustment: 0–85°, gas-spring assisted
• Knee section adjustment: 0–40°, manual crank
• Overall tilt adjustment: 0–18°
• Main construction: High-strength steel frame
• Side rails: 1240 mm stainless steel folding rails
• Casters: Four 200 mm medical casters
• Braking: Central braking system
• Steering: Retractable central fifth wheel
• Corner protection: Four 70 × 80 mm bumper wheels
• Oxygen cylinder tray: 20 kg rated capacity
• IV pole: One, with four mounting sockets
• Mattress: 1840 × 600 × 80 mm
• Mattress cover: Water-resistant, removable and washable
• Optional accessory: Patient chart table

The X-ray-translucent HPL patient platform is particularly relevant for hospital procurement specifications that require imaging-compatible patient support equipment.

The exact radiolucent imaging area, detector compatibility and any corresponding test documentation should be confirmed for the selected production model.

View our 320 kg Hydraulic Hospital Transport Stretcher with X-Ray Platform and Fifth Wheel for the complete product configuration.

Other hospital stretchers are available in our patient transfer equipment collection.

Frequently Asked Questions About X-Ray-Translucent Hospital Stretchers

What is an X-ray-translucent HPL platform?

It is a manufacturer-specified high-pressure laminate support panel designed to allow X-ray transmission through the relevant support surface.

Does the JH-PC101 include an X-ray-translucent platform?

Yes. The published JH-PC101 specification identifies a 1926 × 620 × 6 mm X-ray-translucent HPL patient platform.

Can an X-ray examination be performed with any imaging machine?

Compatibility must be confirmed for the intended imaging system, detector arrangement and clinical procedure. An X-ray-translucent platform does not establish compatibility with every imaging device.

Does the stretcher have an integrated X-ray cassette tray?

The available public specification confirms an X-ray-translucent platform but does not establish that an integrated cassette tray is included.

What is the safe working load of the stretcher?

The published safe working load is 320 kg for the complete JH-PC101 under the manufacturer's specified operating conditions.

Can the stretcher height be adjusted?

Yes. The patient support platform adjusts from approximately 630 mm to 930 mm through a dual hydraulic cylinder system.

Does the X-ray platform replace the mattress?

No. The HPL platform is the structural patient support surface. A separate compatible mattress is supplied above it.

Can the HPL platform be replaced with an ordinary steel panel?

Not without manufacturer approval. A different panel could change the intended mechanical structure and imaging properties.

The Patient Platform Is More Than a Surface Beneath the Mattress

The JH-PC101 demonstrates why the material of the patient support platform deserves attention when selecting a professional hospital transport stretcher.

Its X-ray-translucent HPL panel, reinforced steel frame, hydraulic height adjustment and multi-position patient support system form one integrated equipment configuration.

For hospital procurement teams and international distributors, confirming the actual platform dimensions, imaging requirements and supporting components is essential when comparing stretcher models.

HEYUAN supplies hospital beds, transport stretchers and related medical equipment for international B2B projects.

For technical specifications, available X-ray platform configurations, OEM/ODM requirements or FOB Tianjin quotations, contact HEYUAN with your intended equipment application, purchase quantity and destination market.