An Australian laboratory purchased a FL-JZ130 high-pressure homogenizer to support cell-disruption experiments. The equipment provides high-pressure homogenization for sample processing and experimental work. For laboratory users, homogenization equipment selection depends on sample characteristics, processing capacity, and the pressure required. The FL-JZ130 offers a two-stage homogenization structure and adjustable operating pressure, making it suitable for laboratory cell disruption trials.
High-pressure homogenization forces a sample through a narrow homogenizing region under pressure. The resulting mechanical forces can help disrupt cells or reduce particle size, depending on the sample and process conditions. For cell disruption applications, suitable operating conditions depend on the cell type, sample concentration, temperature sensitivity, and required processing results.
Customer Requirement for Laboratory Cell Disruption
The Australian customer was evaluating a homogenizer for laboratory-scale cell disruption. In this type of application, the equipment must provide repeatable pressure control and accommodate changes in sample characteristics during testing.
Cell disruption performance is influenced by several variables, including:
Cell type and cell-wall structure
Sample concentration and viscosity
Required degree of disruption
Temperature sensitivity of the sample
Downstream separation, extraction, or analysis requirements
Because these factors differ between bacteria, yeast, algae, plant-cell suspensions, and other biological samples, the customer needed a machine that could be tested and adjusted rather than operated at a fixed setting. Research on high-pressure homogenization also shows that disruption efficiency can vary with pressure, feed concentration, and temperature.
