Price of squeeze cell wall breaking machine

Principle structure

Price of squeeze cell wall breaking machine：It is specially designed and manufactured by our company to adapt to the breaking production of single-cell materials. This device optimizes relevant technical parameters and achieves efficient wall breaking through strong extrusion, overcoming the secondary pollution caused by grinding wall breaking machines on materials without damaging the original nutritional components of materials. It is currently the most specialized machine for wall breaking

The machine consists of a host and a motor The transmission and control components can be equipped with cooling devices.

The material contact area of this machine is made of 304 stainless steel (or other materials as required), which has low noise, high efficiency and energy saving

Price of squeeze cell wall breaking machine：

Application and Characteristics

1. Suitable for cell wall breaking processing of various algal materials, such as spirulina, microalgae, and other algal materials and products.

No heavy metal pollution is introduced during the processing

3. Low temperature and ultra-low temperature wall breaking, real-time detection of processing temperature, without any impact on the nutritional composition of the material.

4. High output, capable of breaking 10 kilograms of wall material per hour

5. Low noise, no need for sound insulation, easy to operate

6 wall breaking machines with reliable structure, stable operation, reasonable price, * specialized

1. This type of equipment generates vibration and impact on the medium, while simultaneously rotating and revolving, causing the Ganoderma spore powder to undergo forward impact and high-strength shear action, achieving ultrafine crushing and wall breaking effect However, due to the inherent characteristics of spore powder, a small amount of spores breaking through the wall may cause a decrease in material fluidity due to the precipitation of spore oil, resulting in insufficient dispersion and direct friction and collision between media. Long term friction and collision between media and media, as well as between media and cylinder walls, can cause wear and tear on the body, leading to heavy metal pollution such as chromium and nickel on spore powder. The higher the requirement for wall breaking rate, the longer the working time for wall breaking, resulting in more severe pollution.

2. Machine noise is loud and can cause noise pollution to the production environment.

3. The coolant can only circulate on the cylinder wall, causing local overheating and affecting the quality of spore powder. The product turns black in color and is prone to settling in water, resulting in a grainy texture and poor taste when consumed.

4. Poor machine stability and heavy maintenance workload.