A Comprehensive Guide to Selecting Benchtop Centrifuges
Release time:
2016-08-10
Overview:
Desktop centrifuge
Desktop centrifuge Selecting the right equipment has always been a challenging task. Simply put, as long as the manufacturer doesn't provide a thorough analysis, it becomes extremely difficult for customers to make an informed choice. Therefore, when purchasing a centrifuge, given the wide variety of products available and their varying suitability for different applications, we cannot blindly select a model. Generally, before making a purchase, there are certain key parameters that need to be considered: intended use, required rotational speed, capacity requirements, temperature control range, and timing range. Moreover, different types of centrifuges have different parameter specifications. Once these parameters have been determined, we can proceed to test critical machine specifications such as maximum rotational speed and temperature control accuracy to ensure they meet the standard requirements. For tabletop centrifuges, the coils may need to be rewound. During operation, rotors can suffer damage—including rupture of centrifuge tubes, sample leakage, and rotor failure—due to factors such as metal fatigue, overspeeding, excessive stress, chemical corrosion, improper selection, imbalance of the rotor during use, and uncontrolled temperature.
The benchtop centrifugation separation technology is a new technique developed based on the behavior of particles under practical centrifugal conditions. Centrifugal separation technology has undergone several generations of evolution—from low-speed benchtop centrifuges, to high-speed centrifuges, ultra-high-speed centrifuges, and finally to ultrahigh-speed refrigerated centrifuges and ultra-large-capacity refrigerated centrifuges. Particles of different densities, sizes, or shapes sediment at varying rates under different centrifugal speeds. Therefore, a generally spherical, non-uniform mixture can be separated by centrifugation. Desktop centrifuge It is to further study biochemistry and separate large quantities of substances.
The benchtop centrifuge separation technology is a new technique developed based on the behavior of particles under practical centrifugal conditions. Centrifugal separation technology has also undergone several generations of evolution—from low-speed benchtop centrifuges, to high-speed centrifuges, to ultrahigh-speed centrifuges, and finally to ultrahigh-speed refrigerated centrifuges and ultra-large-capacity refrigerated centrifuges.
First, place the centrifuge tubes—supplied with the desktop centrifuge—into the holes on the rotor, each containing the substance to be separated. (However, the amount of substance added to each centrifuge tube must be roughly equal.) Close the lid, connect the power supply, and turn on the power switch. Once the power indicator light comes on, set the “timer” dial to your desired centrifugation time or to the “always on” position (the farthest counterclockwise stop). At this point... Desktop centrifuge Simply enter the working state, and select the speed according to the centrifugal speed setting. The operating speed ranges from approximately 500 to 4,000 revolutions per minute. You can choose the appropriate setting based on your actual needs.
The benchtop centrifugation separation technology is a new technique developed based on the behavior of particles under practical centrifugal conditions. Centrifugal separation technology has undergone several generations of evolution—from low-speed benchtop centrifuges, to high-speed centrifuges, ultra-high-speed centrifuges, and finally to ultrahigh-speed refrigerated centrifuges and ultra-large-capacity refrigerated centrifuges. Particles of different densities, sizes, or shapes sediment at varying rates under different centrifugal speeds. Therefore, a generally spherical, non-uniform mixture can be separated by centrifugation. Desktop centrifuge It is to further study biochemistry and separate large quantities of substances.
The benchtop centrifuge separation technology is a new technique developed based on the behavior of particles under practical centrifugal conditions. Centrifugal separation technology has also undergone several generations of evolution—from low-speed benchtop centrifuges, to high-speed centrifuges, to ultrahigh-speed centrifuges, and finally to ultrahigh-speed refrigerated centrifuges and ultra-large-capacity refrigerated centrifuges.
First, place the centrifuge tubes—supplied with the desktop centrifuge—into the holes on the rotor, each containing the substance to be separated. (However, the amount of substance added to each centrifuge tube must be roughly equal.) Close the lid, connect the power supply, and turn on the power switch. Once the power indicator light comes on, set the “timer” dial to your desired centrifugation time or to the “always on” position (the farthest counterclockwise stop). At this point... Desktop centrifuge Simply enter the working state, and select the speed according to the centrifugal speed setting. The operating speed ranges from approximately 500 to 4,000 revolutions per minute. You can choose the appropriate setting based on your actual needs.
Address: No. 9, Lane 4390, Hulan Road, Shanghai
Website:www.lxylxj.com
Tel: +86-21-58116435
Fax: +86-21-51316027
Mobile: +8618801858806
E-mail: info@bioridgecentrifuge.com
Messages
Please leave your contact information, and we will get in touch with you as soon as possible.
Links: