Key Technical Specifications
Chusheng aerial work platforms encompass a wide range of models, including scissor lifts and boom lifts (straight-arm and articulating-arm), designed to meet various working height requirements. Key specifications are as follows: The chassis is selected from mainstream China VI-compliant models such as Dongfeng, Jiefang, and Sinotruk, equipped with China VI-compliant engines that deliver robust power. These platforms are suitable for diverse road conditions, including urban streets, construction sites, and industrial parks, and are eligible for registration and commercial operation permits nationwide; Working heights range from 8 meters to 45 meters, meeting various operational needs from low to high altitudes. High-end models can reach 45 meters and utilize advanced control technology, making them a viable alternative to imported products. The work platform has a rated load capacity of 200 kg to 500 kg, capable of supporting 2–3 people and tools simultaneously. The platform guardrail height is no less than 1.1 meters, and it is equipped with dual independent seatbelt anchor points for comprehensive safety protection; Core configurations include a hydraulic lifting system, slewing mechanism, telescoping boom (boom-type), and stabilizing outriggers. The system is PLC-controlled, supporting both cab-based and ground-based remote operation. Select models are equipped with safety devices such as torque limiters and height limiters, ensuring precise and convenient operation. The entire vehicle undergoes anti-corrosion and anti-rust treatment, while the outriggers are made of high-strength steel for stable ground contact. Equipped with an ABS anti-lock braking system, safety during both travel and operation is ensured; Optional accessories include aerial work baskets, anti-slip platforms, and emergency descent devices to accommodate diverse operational requirements.

Core Application Scenarios
Chusheng aerial work platforms are suitable for a wide range of scenarios, comprehensively covering all types of high-altitude work needs, making them indispensable equipment across multiple industries: First, municipal engineering scenarios, including the installation and maintenance of streetlights, traffic signal repairs, billboard installation and replacement, bridge maintenance, and high-altitude work on municipal pipeline networks, supporting urban infrastructure construction and maintenance; Second, in the power and telecommunications sector, they are used for power line installation, transformer maintenance, communication base station upkeep, and fiber-optic cable laying, ensuring uninterrupted power and communication services; Third, in the construction sector, they are used for exterior wall finishing on high-rise buildings, curtain wall installation, high-altitude welding, and roof repairs, replacing traditional scaffolding to enhance work efficiency and safety; Fourth, landscaping and maintenance scenarios, including pruning of tall trees, pest and disease control, and landscape shaping, suitable for parks, scenic areas, and roadside greening; Fifth, emergency rescue scenarios, including high-altitude rescue, emergency equipment repairs, and high-altitude operations at disaster sites, providing support for emergency response; Sixth, industrial plant scenarios, including high-altitude equipment maintenance in factories, pipeline installation, and warehouse shelving maintenance, meeting various industrial production needs.

Core Product Advantages
1. Safe, Reliable, and Fully Protected: As a core product of Chusheng, it is manufactured in strict compliance with the GB/T 9465-2022 “Aerial Work Platforms” standard. Equipped with multiple safety features such as stabilizing outriggers, torque limiters, and emergency descent devices, the work platform offers comprehensive protection, effectively mitigating safety risks such as falls from heights and vehicle rollovers, and meets the safety regulations for special-purpose equipment;

2. User-Friendly Operation, Flexible and Efficient: Utilizing a dual-control mode combining PLC electronic control and remote control, a single operator can perform all operations—including lifting, rotating, and extending—with high precision. Boom-type models offer 360° rotation, while scissor-lift models provide smooth vertical movement, significantly enhancing operational efficiency and reducing labor costs;

3. High adaptability and wide range of applications: Available in multiple specifications and working heights, covering the full range from 8 meters to 45 meters. Suitable for narrow roadways and complex high-altitude work environments, it meets both medium/low-altitude and high-altitude operational needs, making it ideal for municipal, power, construction, and other sectors;

4. Robust, durable, and highly stable: Core components are made from premium materials; the telescoping boom and outriggers utilize high-strength steel with mature welding techniques; the hydraulic system features excellent sealing performance with no leakage issues; the vehicle body undergoes anti-corrosion and anti-rust treatment, making it suitable for long-term outdoor operations and ensuring a long service life;

5. Industry-leading with comprehensive after-sales support: Chusheng aerial work platforms consistently rank among the top in domestic sales. Leveraging the Group’s provincial-level technological innovation platform and over 60 patented technologies, we continuously optimize product performance; A nationwide service network provides dual after-sales support for both the chassis and the upper structure, ensuring convenient maintenance, timely technical support, and spare parts supply to prevent operational interruptions.

Basic Operating Procedures
1. Pre-operation Preparation: Operators must hold a nationally recognized “Special Equipment Operator Certificate.” Before beginning work, conduct a comprehensive inspection of the vehicle to confirm that the hydraulic system, electrical system, outriggers, and work platform are free of damage or jamming, and that safety devices are functioning properly; Assess the work environment to ensure wind speeds do not exceed Force 6 and the ground is level and firm; lay steel plates or sleepers on soft ground. Set up warning tape around the work area and assign a ground supervisor to monitor the site. Park the vehicle in a stable position, apply the parking brake, turn on the warning lights, and perform an empty-load test to verify that lifting and rotating functions operate normally.

2. Commence Operation: Activate work mode from the cab or via the remote control. First, slowly extend the outriggers, adjust their height to ensure the vehicle is level (both lateral and longitudinal tilt ≤ 1°), and lock them in place. Then, activate the hydraulic lifting system and slowly adjust the work platform’s height and angle. For boom-type models, operate the rotation smoothly; sharp turns are prohibited.

3. Monitoring During Operation: Operators must wear full-body safety harnesses, securing them at a high point and using them at a low point; tools must be secured with lanyards. Continuously monitor the stability of the work platform, avoid overloading or uneven loading, and adjust the platform position as needed. Maintain a safe distance from high-voltage lines and obstacles; a ground supervisor must provide simultaneous visual monitoring and warnings. If unusual noises, vibrations, or hydraulic system malfunctions occur, stop the machine immediately for inspection.

4. End of Operation: First, slowly lower the work platform to its lowest position and retract the telescoping boom (for boom-type models). Then, retract the outriggers according to specifications, return the control levers to their neutral positions, and exit the operating mode. Clear all tools and debris from the work platform and inspect the equipment for any abnormalities. 5. Routine Maintenance: Regularly check the levels of hydraulic fluid and lubricating oil; top up or replace aged fluids, and clear debris from hydraulic lines; inspect the wear and sealing condition of outriggers, telescoping booms, and rotating mechanisms, and promptly repair or replace wear-prone parts; regularly inspect safety devices to ensure they are responsive and effective; perform anti-corrosion and dust-proofing treatments on the vehicle; store the vehicle properly when not in use for extended periods.

Safety and Maintenance Guidelines
Strictly control vehicle speed during operation; avoid sudden braking and sharp turns. Place prominent warning signs in the work area and prohibit unauthorized personnel and vehicles from entering. Overloading and off-center loading are strictly prohibited; strictly adhere to rated load requirements, and ensure the total weight of personnel and tools on the work platform is evenly distributed. Outdoor operations are strictly prohibited in adverse weather conditions such as wind speeds exceeding Force 6, rain, snow, heavy fog, or lightning to avoid risks associated with working at heights; During operation, do not arbitrarily adjust the position of the outriggers, and do not climb or throw objects from the work platform; if abnormal pressure or leaks occur in the hydraulic system, stop the machine immediately for inspection; do not force the machine to operate under such conditions; perform regular comprehensive inspections of the vehicle, focusing on the outrigger locking mechanisms, hydraulic lines, and safety limit switches, and promptly address any faults; operators must be familiar with the equipment operating procedures, participate in regular safety training, and strictly avoid operating the equipment in violation of regulations; When the equipment is not in use for an extended period, lower the work platform to its lowest position, retract the outriggers, remove debris from the equipment surface, apply anti-corrosion and dust-proofing treatments, and store it in a dry, well-ventilated area to prevent rust.