Algae cell wall breaking crusherThe equipment belongs to the new fourth generation vibration mill, which adopts the principle of vibration crushing and has developed a domestic full touch screen operating system. It is based on the different characteristics of materials, using multiple excellent technologies and applying high-speed impact force and shear force to subject materials to high acceleration impact, friction, compression, cutting and other effects of the medium in the grinding cylinder, which can achieve ideal crushing effect in a very short time. The material becomes fluidized during the crushing process, so that each particle has the same stress state, achieving precise mixing (dispersion) effect while crushing. By adjusting parameters such as acceleration, it is possible to achieve operations with the goal of crushing and grinding or precision mixing (blending) as the main objective.
The algae cell wall breaking crusher mainly has the advantages of efficient release of active ingredients, retention of bioactive substances, and adaptability to large-scale processing. Its development trend includes intelligent integration and multi technology integration. As shown below:
Core strengths
Efficient release of active ingredients: Through the synergistic effect of ultrasonic cavitation and mechanical shear force, cells can be rapidly broken without damaging the structure of the target product, releasing active ingredients such as DNA, enzymes, proteins, etc.
• Retain bioactive substances: Some equipment is equipped with a low-temperature cooling system (0-10 ℃), combined with high-frequency vibration to reduce thermal damage, ensuring that the activity retention rate of enzymes, vitamins and other thermosensitive substances exceeds 90%.
• Large scale processing capability: supports sample processing from trace (0.5mL) to pilot level (500mL) to meet industrial production needs.
development trend
Intelligent integration: Combining artificial intelligence and IoT technology to achieve real-time control of wall breaking parameters, optimize energy consumption management, and enhance automation levels.
Multi technology integration: The combination of ultrasound, freezing, high pressure and other technologies is applied. For example, the freezing and breaking machine enhances the efficiency of cell wall breaking through the pre freezing step, which is suitable for scenarios where the microalgae oil extraction rate is increased by 93.9%.