Laboratory centrifuges are built on a foundation of advanced technology.
Release time:
2017-12-23
Overview:
A laboratory centrifuge is an instrument that uses the centrifugal force generated by a rotating rotor to separate substances of different densities and particle sizes from a suspension or emulsion, or to perform analysis concurrently with the separation process.
Laboratory centrifuges are high-tech products that integrate multiple disciplines and advanced technologies, and there are numerous manufacturers and models available. For users, selecting a centrifuge can be a rather complicated task—but it’s also a skill in itself. Therefore, when choosing a centrifuge, users need to conduct thorough research from various angles. This particular machine is a type of filter centrifuge that uses the centrifugal force generated by the high-speed rotation of the drum (centrifugal bowl) to separate the filtrate injected into the drum through filter bags lining the drum. The solid residues remain inside the drum, while the filtrate is discharged through the outlet port. Once the loading capacity is reached, feeding should be stopped, the power supply cut off (using a braking device to bring the drum to a halt), the machine cover opened, and the solid materials manually removed from the top.
A laboratory centrifuge is an instrument that uses the centrifugal force generated by a rotating rotor to separate substances of different densities and particle sizes from a suspension or emulsion, or to perform analysis concurrently with the separation process.
Daily Maintenance of Laboratory Centrifuges:
1. Prevent contamination within the centrifuge chamber.
2. Covered in dust and stained with oil.
3. Before and after each experiment, use a clean white silk cloth to thoroughly wipe away oil stains, water vapor, sample leaks from the centrifuge chamber, and any spills on the work surface.
4. Do not open the door casually when not in use to avoid contamination.
5. The sealing gasket on the machine door must ensure a tight seal; after a period of use, it should be coated with vacuum-sealing grease.
6. If you find that the sealing ring has aged, cracked, or lost its elasticity, you should replace it immediately.
7. The switches, knobs, and fault indicator lights on the control panel should ensure good contact. If any abnormalities or faults are detected during operation, the machine should be immediately stopped for inspection and repair.
Laboratory centrifuges are widely used in molecular biology of both animals and plants, enabling the separation of intracellular chemical substances, organisms, viruses, subcellular components, and microbial cells. They find extensive applications in molecular biology, cell biology, clinical diagnostics, bioengineering, large-scale preparation, and high-tech fields such as blood processing and protein precipitation. Laboratory centrifuges not only support high-speed centrifugation with a variety of angled rotors but also accommodate conventional horizontal rotors, microplate rotors, and even continuous-flow rotors, making them highly versatile, safe to use, and easy to operate—truly a high-quality product with advanced performance and broad applicability.
A laboratory centrifuge is an instrument that uses the centrifugal force generated by a rotating rotor to separate substances of different densities and particle sizes from a suspension or emulsion, or to perform analysis concurrently with the separation process.
Daily Maintenance of Laboratory Centrifuges:
1. Prevent contamination within the centrifuge chamber.
2. Covered in dust and stained with oil.
3. Before and after each experiment, use a clean white silk cloth to thoroughly wipe away oil stains, water vapor, sample leaks from the centrifuge chamber, and any spills on the work surface.
4. Do not open the door casually when not in use to avoid contamination.
5. The sealing gasket on the machine door must ensure a tight seal; after a period of use, it should be coated with vacuum-sealing grease.
6. If you find that the sealing ring has aged, cracked, or lost its elasticity, you should replace it immediately.
7. The switches, knobs, and fault indicator lights on the control panel should ensure good contact. If any abnormalities or faults are detected during operation, the machine should be immediately stopped for inspection and repair.
Laboratory centrifuges are widely used in molecular biology of both animals and plants, enabling the separation of intracellular chemical substances, organisms, viruses, subcellular components, and microbial cells. They find extensive applications in molecular biology, cell biology, clinical diagnostics, bioengineering, large-scale preparation, and high-tech fields such as blood processing and protein precipitation. Laboratory centrifuges not only support high-speed centrifugation with a variety of angled rotors but also accommodate conventional horizontal rotors, microplate rotors, and even continuous-flow rotors, making them highly versatile, safe to use, and easy to operate—truly a high-quality product with advanced performance and broad applicability.
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