The Dingli 14m Self-Propelled Electric Scissor Aerial Work Platform is a high-performance aerial operation solution that integrates advanced technology, mobility, and safety. With its robust scissor-lift structure and electric propulsion system, it is designed to meet the demanding needs of high-altitude tasks in construction, maintenance, and industrial sectors, providing reliable vertical access and operational flexibility.
- Self-Propelled Capability: Allows independent movement without external towing, enabling efficient navigation across various job sites.
- Electric Drive System: Operates with low noise and zero emissions, making it suitable for environments with strict noise and environmental regulations.
- Scissor-Lift Structure: Ensures stable lifting and excellent load-bearing capacity, maintaining operational stability even on uneven ground conditions.
- High Working Height: With a 14-meter working height, it provides access to elevated areas that are otherwise difficult to reach, expanding the scope of work.
- Construction Industry: High-rise building facade construction, roof installation, and large-scale interior decoration projects.
- Infrastructure Maintenance: Bridge inspection, high-voltage power line maintenance, and street light repair.
- Industrial Sector: Maintenance of tall industrial equipment, warehouse racking inspection, and other high-altitude industrial tasks.
- Q: How long can the equipment operate on a full charge?
A: It can work continuously for 8 hours when fully charged. The actual runtime may vary depending on the operation intensity and ambient temperature.
- Q: Is professional training required to operate this platform?
A: Yes, operators must undergo professional training and be familiar with the operation procedures and safety regulations before operating.
- Q: What kind of ground conditions is this platform suitable for?
A: It is suitable for flat and hard surfaces such as concrete and asphalt. It can also operate on slightly uneven ground, but extremely rough or soft terrain should be avoided.