Hydraulic Low-profile Scissor Lift Platform

Short Description:

Hydraulic low-profile scissor lift platform is special lifting equipment. Its distinctive feature is that the lifting height is extremely low, usually only 85mm. This design makes it widely applicable in places such as factories and warehouses that require efficient and precise logistics operations.


Technical Data

Product Tags

Hydraulic low-profile scissor lift platform is special lifting equipment. Its distinctive feature is that the lifting height is extremely low, usually only 85mm. This design makes it widely applicable in places such as factories and warehouses that require efficient and precise logistics operations.
In factories, ultra-low lifting platforms are mainly used for material transfer on production lines. Due to its ultra-low lifting height, it can be easily used with pallets of various standard heights to achieve seamless docking of materials between platforms of different heights. This not only greatly improves production efficiency and reduces the labor intensity of manual handling, but also effectively avoids damage and waste caused by improper material handling.
In warehouses, ultra-low lifting platforms are mainly used for material access between shelves and the ground. Warehouse space is often limited, and goods need to be stored and retrieved efficiently and accurately. The ultra-low lifting platform can quickly and stably lift goods to the height of the shelf, or lower them from the shelf to the ground, greatly improving the efficiency of goods access. At the same time, due to its ultra-low lifting height, it can also adapt to different types of shelves and goods, showing extremely high flexibility and versatility.
In addition, the ultra-low lifting platform can also be customized according to the actual needs of users. Whether it is lifting speed, carrying capacity or control method, it can be adjusted and optimized according to specific application scenarios. This high degree of customization allows the ultra-low lifting platform to better adapt to different factory and warehouse environments, providing users with more personalized solutions.

Technical Data

Model

Load capacity

Platform size

Max platform height

Min platform height

Weight

DXCD 1001

1000kg

1450*1140mm

860mm

85mm

357kg

DXCD 1002

1000kg

1600*1140mm

860mm

85mm

364kg

DXCD 1003

1000kg

1450*800mm

860mm

85mm

326kg

DXCD 1004

1000kg

1600*800mm

860mm

85mm

332kg

DXCD 1005

1000kg

1600*1000mm

860mm

85mm

352kg

DXCD 1501

1500kg

1600*800mm

870mm

105mm

302kg

DXCD 1502

1500kg

1600*1000mm

870mm

105mm

401kg

DXCD 1503

1500kg

1600*1200mm

870mm

105mm

415kg

DXCD 2001

2000kg

1600*1200mm

870mm

105mm

419kg

DXCD 2002

2000kg

1600*1000mm

870mm

105mm

405kg

What is the maximum load capacity of the ultra-low lifting platform?

The maximum load capacity of an ultra-low lift platform depends on several factors, including the platform's size, construction, materials, and the manufacturer's design standards. Therefore, different ultra-low lifting platforms may have different maximum load-bearing capacities.
Generally speaking, the maximum load-bearing capacity of ultra-low lifting platforms ranges from hundreds to thousands of kilograms. Specific values ​​are usually stated in the device's specifications or in the documentation provided by the manufacturer.
It should be noted that the maximum load-bearing capacity of an ultra-low lifting platform refers to the maximum weight it can bear under normal working conditions. Exceeding this weight may result in equipment damage, reduced stability, or even a safety incident. Therefore, when using ultra-low lifting platforms, the manufacturer's load limits must be strictly observed and overloading must be avoided.
In addition, the maximum load-bearing capacity of the ultra-low lifting platform may also be affected by other factors, such as the working environment, working frequency, equipment maintenance status, etc. Therefore, when selecting and using ultra-low lifting platforms, these factors need to be considered comprehensively to ensure the safe and stable operation of the equipment.

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