Mechanical Homogenizers, Homogenizers and Immersion Blenders
Powered devices used for the grinding, lysing, and homogenization prior to molecular extraction. The product is available in both handheld and benchtop models. It can be purchased as a complete kit, which includes stand, motor, and probe. Additionally, the kits also come with pestle accessories.
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FAQ
A mechanical homogenizer is a powered laboratory instrument used to disrupt, mix, or emulsify biological and chemical samples. It uses rapidly rotating blades or probes to break up cells, tissues, or other materials into a uniform mixture. Common applications include tissue homogenization, cell lysis, and sample preparation for molecular biology, biochemistry, and analytical testing. Mechanical homogenizers deliver consistent, reproducible results and are widely used in research and industrial laboratories.
When selecting a mechanical homogenizer, consider the following factors:
Sample Volume Range: choose a model that matches your expected volumes, from microliters to 100 mL or more.
Sample Type: fibrous, viscous, or soft biological materials require different probe types and power levels.
Motor Power and Speed: high-speed or variable-speed motors handle tougher samples more efficiently.
Throughput Needs: hand-held homogenizers offer flexibility; benchtop models provide higher reproducibility and capacity.
Probe and Accessory Compatibility: ensure probes and tips match your intended applications. Selecting the right configuration ensures efficient homogenization and maintains sample integrity.
Mechanical homogenizers use rotating blades or probes to physically shear and mix samples. Ultrasonic homogenizers rely on high-frequency sound waves to disrupt cells through cavitation. Bead-mill homogenizers employ a shaking motion with beads to grind samples inside closed tubes. Each method has its advantages:
Mechanical: simple, affordable, ideal for general laboratory use.
Ultrasonic: excellent for delicate samples and small volumes.
Bead-Mill: best for high-throughput or hard tissue homogenization. Choosing the correct type depends on your sample characteristics, throughput, and processing needs.
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