Laboratory Homogenizer 500 Bar

Laboratory homogenizers are used to break down cells, mix samples, and create uniform mixtures in various scientific fields. They are essential for preparing samples for analysis, extracting nucleic acids or proteins, and producing stable emulsions.

Discharge 90-100L/H
Flow rate can be adjust by frequency inventor
Maximum pressure : 500bar
Rated Pressure: 400bar
Power ABB 5.5kW, Level 4, Class.f, IP55
Outside size/weight: L1500*W943*H870 (mm) 600KGS

Description

Specific applications of laboratory homogenizers include:

Cell lysis: Breaking open cells to release their contents, such as proteins, nucleic acids, or organelles.
Sample preparation: Homogenizing tissues, plant materials, food samples, and other materials to make them more uniform and suitable for analysis.
Emulsification: Creating stable emulsions of two or more immiscible liquids, like oil and water.
Dispersions: Producing uniform dispersions of solids in liquids, such as pigments in paint.
Particle size reduction: Breaking down larger particles into smaller, more uniform sizes.
Extraction: Facilitating the extraction of specific compounds, like nucleic acids or proteins, from cells or tissues.

Types of homogenizers:

Rotor-stator homogenizers: Use a rotating shaft (rotor) inside a stationary case (stator) to create strong shear forces for cell disruption and mixing, according to Microbe Notes.
Ultrasonic homogenizers: Use high-frequency sound waves to create cavitation bubbles that disrupt cells and mix samples.
High-pressure homogenizers: Force samples through a small gap at high pressure, creating shear forces to break cells and reduce particle size.
Bead mills:Use ceramic beads to physically disrupt cells and mix samples.

Applications by field:

Biotechnology: Cell lysis, nucleic acid extraction, protein extraction.
Pharmaceuticals: Emulsification of drug formulations, particle size reduction.
Food science: Homogenization of milk, emulsification of food products.
Cosmetics: Emulsification of lotions and creams, particle size reduction.
Nanotechnology: Creation of nanoparticles and nano-dispersions.