The EMETZA20D Self-Propelled Articulated Lifting Platform is powered by diesel, with a long range and strong power, suitable for outdoor areas without power and rugged terrain (such as construction sites and factories), but with high noise and exhaust emissions; Its maximum platform working height can reach 21.8 meters. The maximum load capacity is 230KG, suitable for high-altitude operations with two people. Currently, it has been manufactured by EMET and shipped to Bolivian ports in just 25 days.
The EMETZA series self-propelled articulated lifting platform is a specialized equipment that can achieve multi angle and high flexibility high-altitude operations. Through a multi-stage foldable "curved arm" structure, it can achieve multi angle and multi-directional extension and folding, cross obstacles, adjust the working height and horizontal extension distance, and is widely used in high-altitude installation, maintenance, cleaning and other scenarios.
Main Features
1. The curved arm lifting platform adopts a common three-dimensional rotating lifting equipment. The planned 3D rotating lifting equipment can automatically maintain the posture of the lifted material, and can also adjust the height, orientation, and direction of the lifted material freely in space. The speed control is precise and sensitive, and the micro motion function is good, meeting the requirements of high-altitude operations and ventilation duct equipment in large caverns.
2. The curved arm lifting platform has greatly improved its overall strength and stability through optimized channel layout and load distribution, as well as a common large viewpoint backward hinge structure.
3. The curved arm lifting platform can cross obstacles for high-altitude operations, allowing for easy walking in any direction and highlighting its advantages in narrow passages and crowded work areas.
4. The multi arm lifting platform can also efficiently and quickly carry people, lift and hoist. The joint three-dimensional rotating lifting equipment can control the operation of the equipment more sensitively, and the control of speed and viewpoint is more accurate.
Application Cases
Outdoor Engineering and Architecture
Construction site: exterior wall decoration, curtain wall installation, steel structure welding (can cross obstacles such as scaffolding and tower crane foundations);
Municipal engineering: street lamp maintenance, billboard installation, tree pruning (can be done on the roadside without affecting traffic);
Bridge/Tunnel: Maintenance of bridge supports, installation of pipelines at the top of the tunnel (suitable for outdoor rough terrain).
Indoor industrial and commercial sectors
Factory workshop: maintenance of tall equipment (such as cranes and storage tanks), laying of top pipelines (which can shuttle between equipment gaps);
Commercial premises: Ceiling cleaning in shopping malls, installation of ceilings in airports/high-speed rail stations (electric models with low noise and no impact on business);
Warehouse logistics: inventory of goods on high shelves (over 10 meters), maintenance of top fire-fighting facilities (which can be horizontally extended above the shelves).
Emergency and Special Scenarios
Fire rescue: low rise building fire rescue (can cross obstacles to approach windows), high-altitude rescue of trapped personnel;
Film and television shooting: high-altitude aerial setup for outdoor large-scale events such as concerts and sports events, with flexible adjustment of shooting angles.
