High screening efficiency: the design of the square tumbler screen allows the material to be fully dispersed and jumped on the screen surface, which improves the screening efficiency and output.
Fine screening: the square tumbler screen is capable of fine screening and is suitable for materials that require high precision screening.
Multi-layer screening: It can be equipped with multi-layer screens to realise the classification of materials with different particle sizes, thus improving screening precision and production efficiency.
Easy to clean and maintain: the open design of the square screen mesh makes it easier to clean and maintain, reducing downtime.
Wide applicability: It is suitable for screening different materials in a variety of industries, such as food, chemical, pharmaceutical, plastics and so on.
Stable vibration: the vibration device ensures that the material moves evenly on the screen surface, improving the screening effect.
Energy saving and environmental protection: square tumbler screen usually consumes less energy and produces less noise and dust during the screening process.
Space utilisation: square tilting screens have a compact structure and a small footprint, making them suitable for installation and use in environments with limited space.
Adjustability: vibration parameters (such as amplitude, frequency) can be adjusted according to different material characteristics and screening requirements to adapt to a variety of screening tasks.
Robustness and durability: square tumbler screen is usually made of high-quality materials with long service life and good wear resistance.

The working principle of square swing screen is based on vibrating screening technology. It usually consists of a square or rectangular screen frame, which is equipped with a screen mesh or screen holes. The frame is vibrated by a vibrating device (e.g. a vibrating motor), which causes the material on the screen mesh to make a throwing motion or a linear motion on the screen surface.
The material is added from one end of the sieve frame, and with the vibration of the sieve frame, the material jumps forward on the sieve surface. Materials smaller than the size of the sieve holes can fall through the sieve holes and become under-screen products; while materials larger than the size of the sieve holes are discharged from the other end of the sieve frame and become on-screen products. The square tumbler screen can be equipped with multi-layer mesh to realise the classification of materials with different particle sizes.

The vibration parameters (such as amplitude and frequency) of the square tumbler screen can be adjusted according to different material characteristics and screening requirements, in order to achieve the best screening effect. This kind of screening equipment is widely used in industries that require fine screening and grading, such as chemical industry, food, medicine, plastics and so on.