Homogenizer Main Technical Parameters
Before you buy a new homogenizer, you must know some common homogenizer specifications an-d terms, an-d their respective implications. That will be easier to communicate with the manufacturer.
1. Processing range (mL/L): This parameter refers to the volume, or sample size, to be homogenized. It is possible that multiple sample sizes, from microliters to thousan-ds of liters, can be processed using the same homogenizer unit. However, you will need to purchase the appropriate generator, probe, or tool to match the volume range.
2. Power Rating (Watts): The highest power input allowed to flow through particular equipment. Power rating limits are usually s-et as a guideline by the manufacturers, protecting the equipment an-d simplifying the design of larger s-ystems, by providing a level of operation under which the equipment will not be damaged while allowing for a certain safety margin.
3. Speed control an-d range (rpm): Speed control is a common feature on multiple types of homogenizers, though most samples do not require the maximum speeds found on many of the homogenizers on the market. For mechanical homogenizers, it is best to start off slow an-d gradually increase speed, an-d make sure you are in control at all times. If precise control within a few RPMs is needed then you might want to consider a unit that provides an optional external speed control box.
4. Sound level (dB): Managing the noise generated by equipment can improve the overall efficiency an-d environment of the laboratory.
5. Weight an-d dimensions (kg, mm): The weight an-d footprint of the homogenizer unit can vary greatly an-d is generally determined by the application, an-d/or the available space where the homogenizer is to be used. Han-dheld units can weigh as little as 10 oz. (i.e., the Omni THQ), while heavy-duty industrial benchtop m-odels may weigh multiple pounds.
1. Processing range (mL/L): This parameter refers to the volume, or sample size, to be homogenized. It is possible that multiple sample sizes, from microliters to thousan-ds of liters, can be processed using the same homogenizer unit. However, you will need to purchase the appropriate generator, probe, or tool to match the volume range.
2. Power Rating (Watts): The highest power input allowed to flow through particular equipment. Power rating limits are usually s-et as a guideline by the manufacturers, protecting the equipment an-d simplifying the design of larger s-ystems, by providing a level of operation under which the equipment will not be damaged while allowing for a certain safety margin.
3. Speed control an-d range (rpm): Speed control is a common feature on multiple types of homogenizers, though most samples do not require the maximum speeds found on many of the homogenizers on the market. For mechanical homogenizers, it is best to start off slow an-d gradually increase speed, an-d make sure you are in control at all times. If precise control within a few RPMs is needed then you might want to consider a unit that provides an optional external speed control box.
4. Sound level (dB): Managing the noise generated by equipment can improve the overall efficiency an-d environment of the laboratory.
5. Weight an-d dimensions (kg, mm): The weight an-d footprint of the homogenizer unit can vary greatly an-d is generally determined by the application, an-d/or the available space where the homogenizer is to be used. Han-dheld units can weigh as little as 10 oz. (i.e., the Omni THQ), while heavy-duty industrial benchtop m-odels may weigh multiple pounds.
