Fixed lift products can be roughly classified into several types according to their operation modes, including scissor lifts, double-scissor lifts, guide rail lifts, telescopic cylinder lifts, and wall-mounted lifts.
Scissor lift fixed lifts are specialized equipment widely used for high-altitude operations. Their scissor mechanical structure endows the lifting platform with high stability after ascending. The spacious working platform and strong load-bearing capacity enable a larger scope of high-altitude operations and are suitable for multiple workers to operate simultaneously, making high-altitude work more efficient and safer.
Product Features: The lifting mechanism is fabricated from high-strength manganese steel rectangular tubes. There are safety protection devices to prevent the lifting platform from overloading, safety protection valves to avoid the rupture of hydraulic pipelines, and emergency descent devices for power failure situations. This product is applicable to movable high-altitude operations such as the installation and maintenance of high-altitude equipment in various industries. Depending on different requirements, different power forms can be selected (such as three-phase AC power, single-phase AC power, DC power, and internal combustion power, etc.). When equipped with a manual hydraulic device, it can still lift and lower as normal in case of power outages or in places without power sources. Lisaks, an extendable platform can be added. When the platform length is insufficient, it can be extended to the required position, thus enhancing work efficiency. It is an ideal accessory product for modern tall buildings and equipment and an essential for safe and civilized high-altitude production.
As the demand for high-altitude operations in construction, logistics, and maintenance industries continues to grow, scissor lifts have been constantly evolving. Advanced manufacturing techniques are used to further improve the precision of the scissor structure, reducing mechanical clearances and enhancing overall stability. The safety protection systems are also being upgraded. Näiteks, modern sensors can monitor the load in real-time with higher accuracy, and in case of abnormal loads, the lift can be automatically stopped to prevent potential accidents. Moreover, with the development of new materials, lighter yet stronger materials are gradually being introduced to the structure of scissor lifts, which not only improves the portability of the equipment but also reduces energy consumption during operation.
In large-scale construction projects, scissor lifts play a crucial role. They can be quickly deployed to different construction areas, providing a stable working platform for workers to install facades, inspect structures, or carry out other tasks at height. In logistics warehouses, scissor lifts with extended platforms can efficiently handle the loading and unloading of large and irregularly shaped goods, improving the overall efficiency of the warehousing operation.
Guide rail fixed lifts are non-scissor type lifting platforms. They are suitable for the transportation of goods between floors in two or three-story industrial plants, restaurants, and hotels. The minimum height ranges from 150 – 300 mm, and there is no need for an upper suspension point. They come in various forms (single-column, double-column, and four-column). The equipment operates smoothly, is simple and reliable to operate, and has multiple hydraulic and electrical protection features. It provides an economical and convenient way to transfer goods. Guide rail fixed hydraulic lifts are widely used in industrial and mining enterprises to replace elevators for lifting goods. They feature a simple structure, large load capacity, long service life, convenient maintenance, safety, and practicality. They are especially suitable for places with shafts where the foundation cannot be dug underground.
With the development of modern industrial architecture, guide rail lifts are facing new challenges and opportunities. In intelligent factories, they need to be integrated with automated production lines. This requires the addition of advanced control systems, such as programmable logic controllers (PLCs), to enable seamless interaction with other automated equipment. Näiteks, in a food processing factory, the guide rail lift can receive commands from the production line control system to accurately transport semi-finished products between different floors, improving production efficiency and product quality.
In terms of safety, new anti-falling devices and emergency stop mechanisms are being developed. These devices use redundant safety designs, such as multiple sensors and independent braking systems, to ensure that in case of any component failure, the lift can still stop safely. Lisaks, to adapt to different load requirements in various industries, the load-bearing structure of guide rail lifts is being optimized. High-strength steel alloys and composite materials are considered to increase the load capacity without significantly increasing the overall size and weight of the equipment.
The telescopic cylinder lift features a novel design, with a double-ladder anti-rotation structure and a two-speed descent system. It can reach a maximum height of 35 meters. Stability, reliability, aesthetics, and simple operation are the most prominent characteristics of this type of fixed lift. The double-ladder anti-rotation structure ensures the safety and stability of operations. Moreover, considering the actual site environment, the lifting cylinder can be tilted to maximize the working range of the machine. The telescopic cylinder fixed hydraulic lift has multiple-stage hydraulic cylinders that rise upright. The high-strength material and excellent mechanical properties of the hydraulic cylinders, along with the tower-shaped ladder guardrail, endow the lifting platform with higher stability. Even at a height of 20 meters, its superior smoothness can still be felt.
Applicable Occasions: Factories, hotels, buildings, shopping malls, stations, airports, stadiums, etc. Main Purposes: High-altitude operations for single-person tasks such as the installation and maintenance of power lines, lighting appliances, elevated pipelines, and high-altitude cleaning.
In recent years, telescopic cylinder lifts have seen significant improvements in technology. In high-altitude maintenance work for power grids, the two-speed descent system allows technicians to quickly descend in case of emergency while ensuring a safe speed during normal operation. The anti-rotation structure has also been refined, with the addition of anti-wear and self-lubricating components to further extend the service life and improve the reliability of the structure.
For applications in large public facilities like stadiums and airports, telescopic cylinder lifts are often customized. They may be equipped with special platforms for carrying large maintenance tools or be designed to meet strict noise and vibration standards to avoid disturbing normal operations in these busy public places. The development of new hydraulic fluids and sealing materials has also contributed to better performance. These materials can withstand extreme temperatures and pressures, ensuring smooth operation of the hydraulic system in harsh environments.
Wall-mounted Lifts
Wall-mounted lifts are suitable for workplaces where it is impossible to excavate a pit. They use a chain and gear system to lift the height, with single-span and double-span types available. They adopt an efficient guiding system, which keeps the gap between the lifting platform and the fixed platform small during translation, ensuring smooth operation and stepless speed variation. The synchronization device uses a low-speed, high-torque drive, enabling the lift to move absolutely parallel, freely, and extend fully during the lifting process, and it can automatically make up for any unevenness. This lift operates smoothly, is safe and reliable, and is suitable for industries such as supermarket, hospital, restaurant, and workshop goods transportation.
As urban construction becomes more compact, wall-mounted lifts are becoming more popular in commercial and service industries. In supermarkets, they can be installed along the wall to efficiently transfer goods from the storage area to the sales floor, saving space and improving logistics efficiency. In hospitals, wall-mounted lifts with special sterilization and quiet operation features are designed to transport medical supplies, ensuring a clean and quiet environment for patients.
To meet the requirements of energy conservation and environmental protection, wall-mounted lifts are also being optimized for energy consumption. New electric drive systems with high energy efficiency are gradually replacing traditional power units. These new systems can recover energy during the descent process, reducing overall power consumption. In addition, the design of the guiding system is constantly improving, with the use of new materials like self-lubricating polymers to reduce friction and noise, providing a more comfortable working environment.
In the future development of fixed lifts, intelligent control will be a major trend. All types of fixed lifts will be equipped with intelligent sensors and remote monitoring systems. These sensors can monitor the health status of the lift in real-time, including component wear, hydraulic system pressure, and electrical system faults. Through remote monitoring, maintenance personnel can predict potential failures in advance, arrange maintenance plans, and even remotely control some basic functions of the lift in case of emergencies, further improving the safety and reliability of fixed lift operations.
Another aspect is the human-machine interaction design. With the development of touch screen technology and voice control technology, operators will be able to control the lift more conveniently. Näiteks, workers can use voice commands to adjust the lifting height or speed when their hands are occupied, improving work efficiency. At the same time, the appearance design of fixed lifts will also be more in line with modern aesthetics, integrating better with the surrounding environment of the workplace.
In addition, as the concept of sustainable development deepens, the recycling and reuse of lift components will receive more attention. Manufacturers will design products with more recyclable materials and modular structures, making it easier to disassemble and recycle old lifts at the end of their service life, reducing environmental impact.
