HES-L617 Aluminum Alloy Patient Lifter

The HES-617 patient lifter, developed by Suzhou Heinsy Medical Equipment Co., Ltd., is an assisted transfer device specifically designed for individuals with mobility challenges. Featuring an aluminum alloy frame and rational structural design, it combines practicality with functionality to safely and smoothly facilitate position transfers in settings such as homes, medical institutions, and rehabilitation centers. It effectively reduces the physical strain on caregivers.

Features:
1. Transports patients by lifting, with adjustable height functionality.
2. Faciliteasy pants removal and changing during patient care.
3. Optional seat cushion with simple disassembly and assembly.
4. Capable of lifting and transferring patients from confined spaces (e.g., chairs, wheelchairs, hospital beds, cars, toilets).

Recommended Users:

Home Settings
For individuals with mobility difficulties due to aging, disability, or other reasons, the patient lifter easily facilitates transfers between beds, wheelchairs, sofas, toilets, bathtubs, and other locations. For example, when a bedridden elderly person needs to move to a wheelchair, family members can use the lifter to avoid potential bumps or injuries during manual handling while reducing their own physical strain, making daily care more convenient and safe.

Medical Institutions
In settings such as hospital wards, outpatient clinics, and nursing homes, the patient lifter is a key tool for improving care efficiency. For patients who are unable to move independently due to postoperative weakness, hemiplegia, critical illness, or other conditions, medical staff can use the lifter to quickly transfer them from a hospital bed to an examination table, treatment bed, or other surfaces. This reduces patient discomfort during transfers and alleviates the physical burden on healthcare workers, ensuring orderly and efficient care delivery.

Rehabilitation Centers
The patient lifter also plays an important role in rehabilitation facilities. During rehabilitation training, patients often need to move between different exercise equipment and rest areas. The lifter provides stable support, assisting them in completing transfers smoothly and ensuring the effective progression of rehabilitation exercises.

Product Structure:
The patient lifter primarily consists of an aluminum alloy parameter frame, support legs, lifting mechanism, push rod, battery, control system, and mobility wheels. The aluminum alloy parameter frame serves as the main supporting structure, determining the overall stability and strength of the device. The support legs can be extended or folded: when extended, they provide stable support; when folded, they facilitate compact storage. The lifting mechanism, driven by the push rod, enables vertical movement to complete user transfers. The battery supplies power to the device, while the control system manages lifting and mobility functions. Mobility wheels are installed at the base of the support legs for easy transportation.

Usage and Maintenance:
Usage Instructions
Pre-Use Inspection: Before operation, check all components for integrity, ensure connections are secure, verify sufficient battery charge, test push rod functionality, and confirm smooth wheel movement to guarantee optimal device condition.
Device Adjustment: Extend the support legs to the appropriate width (940 mm) based on the usage scenario and user needs, ensuring stable placement.
User Positioning: Assist the user in sitting or lying in the correct position on the lifter, ensuring stability. Use safety belts or other auxiliary devices if necessary.
Transfer Operation: Activate the push rod via the control system to smoothly lift the user to the desired height. Gently push the device to the target location, maintaining stability and avoiding sudden movements.
Completion: After safely placing the user at the target location, lower the device, release any restraints, retract the support legs, and turn off the power.

Maintenance Guidelines:

Regular Cleaning: Wipe the surface regularly with a clean, damp cloth to remove dust and stains. Avoid corrosive cleaners to prevent damage to the aluminum alloy frame and other components.
Battery Maintenance: Charge the battery periodically as per the manual using the provided charger. For long-term storage, fully charge the battery and recharge it regularly to extend its lifespan.
Component Inspection and Lubrication: Regularly check all connections for tightness and tighten if loose. Apply lubricant to moving parts such as push rods and wheels to ensure smooth operation.
Storage Specifications: When not in use, fold the device and store it in a dry, ventilated area away from direct sunlight, moisture, and corrosive environments. For packaging, adhere to the specified dimensions (1270×645×385 mm) to facilitate transportation and storage.

Precautions:

Overloading is Prohibited: The maximum load capacity is 150 kg. Strictly adhere to this limit to prevent device damage or safety hazards.
Proper Operation: Operators must be familiar with the device’s functions and follow the user manual. Untrained personnel are prohibited from operating the device.
Environmental Requirements: Avoid using the device on wet, uneven, or obstructed surfaces to prevent slipping or collisions. Note the 40 mm ground clearance and avoid high obstacles to prevent jamming.
Regular Inspection: Conduct comprehensive inspections and maintenance regularly. If components are damaged or malfunctioning, contact professionals for repair or replacement immediately. Do not use faulty equipment.
Battery Safety: Use only the manufacturer-specified battery model (24V/2×12V 5AH lead-acid battery). Avoid using non-compliant batteries. Keep the battery away from fire sources during charging and avoid overcharging.
Child Safety: Keep children away from the device during operation or storage to prevent accidents.