heyuan962568@gmail.com
+86 18730808985
Hebei, China
Phone: +86 18730808985
Email: heyuan962568@gmail.com
Contact: zihao zu — Sales Director
Patients who require substantial assistance during movement may need to be transferred between different care, treatment or clinical areas while remaining fully supported throughout the process.
The JH-OCT105 uses a dual-trolley docking design in which the patient platform itself moves between two separate trolley units. After the two mobile bases are positioned and adjusted to the same level, the platform slides along a dedicated transfer track onto the receiving trolley.
Once the platform reaches its correct position, an automatic locking mechanism secures it to the receiving trolley, while an additional safety device provides secondary securing.
The JH-OCT105 should not be viewed simply as two conventional transport trolleys.
Its central feature is a transferable patient platform that can move from one trolley base to the other at a defined docking point.
This means the patient can remain supported on the same platform while the mobile base changes during the transfer process.
Both trolley units can be adjusted in height and brought to the same level before the patient platform is moved.
The complete system has an overall specification of L3650 × W640 × H640–970 mm.
Correct alignment of the two mobile bases establishes the required path for the sliding patient platform.
The supplied technical specification confirms that both trolley units are height-adjustable but does not identify the lifting system as electric, hydraulic or mechanically cranked.
For this reason, the JH-OCT105 is described according to its confirmed height-adjustment function rather than assigning a lifting mechanism that is not stated in the technical documentation.
The molded ABS patient platform is fitted with four quiet-running rollers underneath.
During docking, these rollers allow the platform to travel along the transfer track from the sending trolley to the receiving trolley.
For patients who require caregiver-assisted movement, this design provides a transfer workflow in which the support platform moves with the patient through the docking point.
The transfer track is manufactured from high-strength A380.2 die-cast aluminum alloy.
Its function is to provide the guided path used by the sliding patient platform during movement between the two trolley bases.
The aluminum track works together with the four platform rollers to form the core mechanical transfer structure of the JH-OCT105.
When the sliding patient platform reaches the receiving trolley, it automatically locks into position.
This allows the receiving trolley and patient platform to become a secured transport unit before the next stage of movement begins.
An additional safety device provides another securing element after the automatic locking process.
The locking mechanism and secondary safety components are manufactured from 304 stainless steel.
The patient remains supported on the movable platform while the first trolley is positioned at the designated transfer point.
The second trolley is brought to the opposite side of the transfer point.
Adjust the two trolley units until the platform transfer path is correctly aligned.
Use the central braking systems to secure the two trolley units before platform movement begins.
The platform moves along the A380.2 aluminum alloy track using the four quiet-running rollers installed underneath.
Once the platform reaches the receiving trolley, the automatic locking mechanism secures it in position.
The additional safety mechanism provides another securing step before the two trolley units are separated.
After the platform is secured, the receiving trolley can continue with the next stage of patient transportation.
The JH-OCT105 uses a central braking system on both mobile trolley bases.
This is particularly relevant during docking because two independently mobile units need to be positioned and secured before the sliding platform is transferred.
After transportation resumes, the braking system can again be used when the trolley reaches the next patient-handling area.
The complete system uses eight Ø150 mm central-control casters.
The caster assembly incorporates PA6 main frames and wheel cores with TPU wear-resistant treads and precision ball bearings.
The wheel configuration is specified for reduced noise and vibration during movement.
One Ø100 mm directional wheel is included in the standard configuration.
It provides additional directional assistance when the trolley needs to maintain more controlled forward movement along a transport route.
The patient platform incorporates an adjustable back section supported by a gas spring.
The gas spring provides supporting force during backrest adjustment and allows caregivers to change the patient's upper-body position according to the care situation.
No numerical backrest adjustment angle is stated in the supplied technical documentation, so no unsupported angle range is assigned to this model.
The patient platform is equipped with molded ABS engineering-plastic lift-up side rails.
When raised, the side rails provide lateral protection around the patient during transportation.
The lift-up structure also allows the rails to be repositioned when caregivers require closer access to the patient.
The transferable patient platform is manufactured from molded ABS engineering plastic.
Unlike a fixed trolley surface, this platform forms the moving section of the docking system and travels between the two trolley bases during patient transfer.
The main trolley bodies are manufactured from welded carbon structural steel.
The steel surfaces undergo rust-removal treatment followed by electrostatic resin powder coating.
The main trolley structure should not be confused with the transfer track: the trolley body is carbon steel, while the docking track is A380.2 high-strength aluminum alloy.
The standard configuration includes a two-section adjustable IV pole manufactured from 304 stainless steel.
The IV pole has a specified diameter of Ø19 mm and provides an integrated location for compatible infusion support during patient transportation.
The original product specification identifies operating room use as a primary application for the JH-OCT105.
The dual-trolley system is particularly relevant where patient transfer takes place at a defined handover point between separate hospital transport areas.
The sliding-platform concept can also be relevant to professional facilities that require controlled patient transfer between designated clinical or treatment areas.
Facility layout, transfer procedures and clinical requirements should be evaluated before selecting a docking transfer system.
Where a professional rehabilitation or continuing-care facility uses defined patient transfer zones, the same-platform docking concept may provide another option for patients requiring substantial caregiver assistance.
The JH-OCT105 should therefore be treated as professional patient transfer equipment rather than as a general household mobility product.
The patient platform moves from one trolley base to the other, so the docking process does not require the patient to change from one trolley platform to a separate trolley platform at the handover point.
The two mobile bases can be positioned, height-aligned and centrally braked before the transfer begins.
The A380.2 docking track and four platform rollers guide movement between the two trolley units.
Automatic locking and the secondary safety mechanism secure the platform to the receiving trolley before transportation continues.
Model: JH-OCT105.
Product Type: Professional Care Patient Transfer Stretcher with Docking System.
Primary Application: Hospital and operating room patient transfer.
Overall Size: L3650 × W640 × H640–970 mm.
Height Range: 640–970 mm.
System Structure: Dual-trolley docking system.
Transfer Method: Sliding patient platform between two trolley units.
Docking Track: A380.2 high-strength die-cast aluminum alloy.
Main Trolley Structure: Welded carbon structural steel.
Surface Finish: Electrostatic resin powder coating.
Patient Platform: Molded ABS engineering plastic.
Platform Rollers: 4 quiet-running rollers.
Platform Locking: Automatic locking mechanism.
Secondary Securing: Independent safety mechanism.
Locking and Safety Components: 304 stainless steel.
Backrest: Gas-spring assisted adjustment.
Side Rails: Molded ABS lift-up side rails.
Main Casters: 8 × Ø150 mm central-control casters.
Caster Main Frame and Wheel Core: PA6.
Caster Tread: TPU.
Braking System: Central braking on both trolley units.
Directional Wheel: 1 × Ø100 mm.
IV Pole: Ø19 mm two-section adjustable 304 stainless steel IV pole.
Net Weight: 135 kg.
Gross Weight: 180 kg.
Main Trolley Packing Size: 2080 × 740 × 800 mm.
Secondary Trolley Packing Size: 1920 × 680 × 615 mm.
The JH-OCT105 provides a specialized solution for facilities that require patient transfer between two separate mobile trolley bases.
Its workflow combines trolley positioning, height alignment, central braking, guided platform movement and automatic securing. The patient remains supported on the transferable platform as it moves from the sending trolley to the receiving trolley.
Explore our Patient Transfer Equipment range for additional patient transport and transfer solutions.
For patients requiring longer-term bedside care, explore our Nursing Bed range for additional care bed solutions.
For technical specifications, project quantities, available configurations or OEM/ODM requirements, contact us with your requirements.
The nursing beds meet our daily care requirements very well. The products arrived in good condition, and the overall purchasing experience was smooth and professional.
We were looking for a supplier that could provide stable quality and flexible OEM service. Their responsiveness and product consistency have helped us grow our business.
The care beds are comfortable, easy to operate, and well received by both residents and caregivers. The team provided helpful support throughout the purchasing process.
We have purchased care beds for several projects, and the product quality has been consistent. Communication was clear, and delivery was arranged on schedule. A reliable supplier to work with.
Yes. We provide OEM and ODM services for care beds, nursing beds, and healthcare furniture, including customization of functions, colors, logos, packaging, and specifications.
Our products are manufactured under ISO 9001 and EN ISO 13485 quality management systems. Specific certifications may vary depending on the product model and market requirements.
Production time depends on the product type and order quantity. Most standard care bed orders can be arranged within the agreed production schedule.
MOQ varies by product model. Please contact us with your requirements, and we will recommend the most suitable purchasing solution.
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Yintai Industrial Park, Jizhou District, Hengshui City, Hebei Province, China
