Scissor lifts are hydraulic lifting systems frequently used in industrial and commercial areas, designed to eliminate height differences and transport heavy loads. These systems move loads up or down smoothly and safely using a structure called "scissor mechanism".
Definition and Working Principle of Scissor Lift
Scissor lifts generally consist of a flat platform and scissor-shaped cross steel profiles underneath. The working principle is simple, thanks to the hydraulic system, these profiles are pulled or pushed to raise or lower the platform.
Basic Components:
- Platform Surface: The area where the loads are placed.
- Scissors Mechanism: Made of high-strength steel and positioned diagonally. profiles.
- Hydraulic System:The engine, pump and cylinder system that enables the movement of the platform.
- Control Panel:The control system that allows the user to manage the platform.
The height of the platform is adjusted by the expansion or contraction of the hydraulic cylinders. The system is designed to provide maximum safety and stability.
Scissor Lift Manufacturing
Scissor lift manufacturing requires meticulous planning and requires high precision. The manufacturing process generally consists of the following steps:
Design:
Determining features such as size, carrying capacity and height appropriate to the needs.
Preparation of detailed technical drawings with CAD software.
Material. Selection:
Use of high-strength steel and other durable materials.
Galvanization or paint coating is preferred for corrosion resistance.
Cutting and Processing:
Precision cutting and hole making on CNC machines operations.
Welding and joining of parts.
Assembly:
Combining the scissor mechanism, hydraulic system and platform surface.
Test:
Carrying capacity, movement stability and security controls.
Usage Areas
Scissor lift, which has a wide usage area, is used in the following areas:
Industrial Facilities: Transportation of heavy machinery or materials.
Warehouses: Load between storage areas transportation.
Logistics and Transportation: Loading and unloading operations on vehicles.
Retail Sector: Elimination of height difference problems in stores and markets.
Aviation and Maintenance: Aircraft maintenance and other high work areas.
Paying Care in Selection of Scissor Lift Requirements
Carrying Capacity: A model suitable for the amount of load to be used should be selected.
Platform Size: Should be determined according to the dimensions of the materials to be transported.
Elevation Distance: The maximum height required by the business should be taken into consideration.
Security Systems: Features such as emergency button, height lock should be checked.
Scissor lifts are an effective lifting solution that saves both time and labor. When designed and manufactured correctly, it can be used efficiently for many years. OHC Lift As OHC Lift, we provide special solutions for your scissor lift needs and provide professional service at every stage from production to assembly