Safety is the top priority when using a high-speed centrifuge.
Release time:
2017-07-10
Overview:
High-speed centrifuge This is a specialized device for the rapid separation and precipitation of mixed solutions. It features a brushless motor drive, microcomputer control, door and lid protection, and imbalance protection, making your operation safer, simpler, and more reliable. High-speed centrifuges are widely used in research laboratories and production facilities across fields such as radioimmunoassay, biochemistry, and pharmaceuticals for the separation of particles with different densities.
Operating Guidelines for High-Speed Centrifuges:
When using a high-speed centrifuge, safety is paramount—uncontrolled centrifugal force can cause significant damage. Therefore, it’s important to ensure that the centrifuge tubes are properly balanced, that the rotation speed does not exceed the set limit, and that the rotor shows no signs of corrosion.
Although high-speed centrifuges may seem simple and require little technical expertise to operate, proper use and maintenance are still essential. Once a malfunction occurs, it can cause significant delays in experiments—making the effort simply not worth it.
1. When the centrifuge is in the pre-cooling state, the centrifuge lid must be closed. After the centrifugation is complete, the rotor that has been removed should be inverted onto the experimental bench, and any residual water inside the chamber should be wiped dry. At this point, the lid of the high-speed centrifuge remains open.
2. During precooling, the rotor lid can be placed either on the centrifuge’s platform or on the lab bench. Under no circumstances should it be left floating loosely on the rotor without being securely tightened, as an accidental start-up could cause the rotor lid to fly off, leading to a serious accident!
3. After tightening the rotor cover, be sure to use your fingers to check for any gaps between the rotor and the rotor cover. If there is a gap, loosen and retighten the cover until you confirm that there are no gaps before starting the centrifuge.
4. During the centrifugation process, operators must not leave the centrifuge room. If any abnormal situation occurs, operators must not turn off the power (POWER); instead, they should press STOP. Before pre-cooling, operators must complete the required forms. High-speed centrifuge Usage log.
5. Do not use substandard or counterfeit centrifuge tubes, nor use centrifuge tubes that are aged, deformed, or cracked.
6. Before leaving after using the high-speed centrifuge on holidays or in the evening, a routine safety inspection must be conducted first.
7. In the event of a machine malfunction or component damage during instrument use, promptly contact the manufacturer.
Driven by the rapid advancement of biomedicine in recent years, high-speed centrifuges have also made significant progress and have now established a distinct market segment separate from that of low-speed centrifuges. It is expected that this growth momentum will continue in the future, attracting more research institutions to enter the market. Meanwhile, high-speed centrifuges represent the fastest-growing product category in the centrifuge industry in terms of technological development.
High-speed centrifuges are indispensable in our research process, yet some beginners still find them difficult to understand. During centrifugation, we need to pay attention to the following conditions: temperature, time, and speed. Basically, all centrifuges are used in much the same way. Once you’ve set up the parameters, simply click “start.” It’s best to wait until... High-speed centrifuge Reach maximum speed before leaving.
Operating Guidelines for High-Speed Centrifuges:
When using a high-speed centrifuge, safety is paramount—uncontrolled centrifugal force can cause significant damage. Therefore, it’s important to ensure that the centrifuge tubes are properly balanced, that the rotation speed does not exceed the set limit, and that the rotor shows no signs of corrosion.
Although high-speed centrifuges may seem simple and require little technical expertise to operate, proper use and maintenance are still essential. Once a malfunction occurs, it can cause significant delays in experiments—making the effort simply not worth it.
1. When the centrifuge is in the pre-cooling state, the centrifuge lid must be closed. After the centrifugation is complete, the rotor that has been removed should be inverted onto the experimental bench, and any residual water inside the chamber should be wiped dry. At this point, the lid of the high-speed centrifuge remains open.
2. During precooling, the rotor lid can be placed either on the centrifuge’s platform or on the lab bench. Under no circumstances should it be left floating loosely on the rotor without being securely tightened, as an accidental start-up could cause the rotor lid to fly off, leading to a serious accident!
3. After tightening the rotor cover, be sure to use your fingers to check for any gaps between the rotor and the rotor cover. If there is a gap, loosen and retighten the cover until you confirm that there are no gaps before starting the centrifuge.
4. During the centrifugation process, operators must not leave the centrifuge room. If any abnormal situation occurs, operators must not turn off the power (POWER); instead, they should press STOP. Before pre-cooling, operators must complete the required forms. High-speed centrifuge Usage log.
5. Do not use substandard or counterfeit centrifuge tubes, nor use centrifuge tubes that are aged, deformed, or cracked.
6. Before leaving after using the high-speed centrifuge on holidays or in the evening, a routine safety inspection must be conducted first.
7. In the event of a machine malfunction or component damage during instrument use, promptly contact the manufacturer.
Driven by the rapid advancement of biomedicine in recent years, high-speed centrifuges have also made significant progress and have now established a distinct market segment separate from that of low-speed centrifuges. It is expected that this growth momentum will continue in the future, attracting more research institutions to enter the market. Meanwhile, high-speed centrifuges represent the fastest-growing product category in the centrifuge industry in terms of technological development.
High-speed centrifuges are indispensable in our research process, yet some beginners still find them difficult to understand. During centrifugation, we need to pay attention to the following conditions: temperature, time, and speed. Basically, all centrifuges are used in much the same way. Once you’ve set up the parameters, simply click “start.” It’s best to wait until... High-speed centrifuge Reach maximum speed before leaving.
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