Description
Rotors for microcentrifuge 5430 / 5430 R
FA-45-48-11: Standard rotor for 48 x 1.5/2.0ml tubes, aerosol-tight, Eppendorf QuickLock® closure
F-45-48-11: Rotor for 48 x 1.5/2.0ml tubes
FA-45-16-17: Fixed angle rotor for 16 x Eppendorf Tubes® 5.0 ml, aerosol-tight, Eppendorf QuickLock® closure
FA-45-30-11: Fixed angle rotor, 30 x 1.5/2.0ml tubes, incl. aluminium lid, coated, aerosol-tight. Rotor is autoclavable
F-45-30-11: Fixed angle rotor, 30 x 1.5/2.0ml tubes, coated, aerosol-tight. Rotor is autoclavable
FA-45-24-11-Kit: Kit-Rotor for 24 Spin Columns or 1.5/2.0ml tubes, aerosol-tight. Rotor for centrifugation with open tube lids
F-35-6-30: Falcon® rotor for 6 x 15/50ml tubes, incl. adapter
A-2-MTP: Swing out rotor for MTP or PCR plates, incl. 2 x MTP buckets, max. loading height 29mm
S-24-11-AT: Swing out rotor for 24 x 1.5/2.0 ml tubes, aerosol-tight
Can I purchase Rotors for microcentrifuge 5430 / 5430 R from Ordinals for professional laboratory use?
Yes, the Rotors for microcentrifuge 5430 / 5430 R available at Ordinals are suitable for professional laboratory environments. They are designed to hold microtubes securely and support stable high-speed operation, making them ideal for research, diagnostic, and biotechnology laboratories that require reliable sample separation.
LLG09776740, LLG09776742, LLG09776744, LLG09776745, LLG09776746, LLG09776747, LLG09776778, LLG09776780
Efficient sample separation is an essential part of modern laboratory work, and a well-designed rotor plays a critical role in achieving accurate and consistent results. Built for demanding laboratory environments, this precision-engineered component enables secure handling of multiple small-volume tubes during high-speed centrifugation procedures. Manufactured using high-quality materials and advanced engineering standards, it ensures excellent mechanical stability and smooth rotational balance, allowing researchers and laboratory technicians to process delicate biological samples with confidence. The durable construction supports repeated use in intensive workflows while maintaining dependable performance over time. Its carefully designed structure minimizes vibration and promotes uniform centrifugal force distribution, helping protect sensitive samples and maintain sample integrity throughout each run. Laboratories working in molecular biology, biotechnology, clinical diagnostics, and academic research benefit from the dependable operation and efficiency offered by this component.
The design allows laboratories to manage multiple tubes simultaneously, improving productivity and saving valuable time during routine and specialized procedures. Its optimized configuration provides reliable tube positioning and secure placement during high-speed operation, which is particularly important when processing DNA, RNA, enzymes, proteins, and other biological materials. Researchers often rely on this type of equipment for tasks such as sample clarification, cell debris removal, nucleic acid preparation, and small-volume reagent processing. By supporting these common laboratory tasks, it becomes a valuable addition to facilities that require consistent performance and efficient sample management.
Another advantage of this laboratory accessory is its ease of handling and installation. Laboratory personnel can quickly place and remove it when preparing for centrifugation runs, reducing preparation time and improving workflow efficiency. The thoughtfully engineered design also allows easy cleaning and maintenance, which helps laboratories maintain strict hygiene and contamination-control standards. Because laboratory environments demand precision and safety, the component is built to operate reliably under high rotational speeds while maintaining structural integrity. This ensures that laboratories can perform repeated runs with confidence, even in busy research or diagnostic settings where equipment reliability is essential.
In addition to performance benefits, the overall design emphasizes long-term durability and compatibility with professional laboratory equipment systems. Laboratories that require frequent centrifugation cycles appreciate components that maintain their balance and functionality even after prolonged usage. This reliability helps reduce downtime and contributes to smoother laboratory operations. The strong structural composition and precise engineering also help maintain consistent sample separation quality, which is critical for experiments, diagnostic testing, and quality control procedures.
Overall, this carefully engineered centrifugation component offers laboratories a dependable solution for handling small-volume sample processing tasks. Its combination of durability, balanced performance, and efficient tube organization supports the demanding requirements of scientific and clinical workflows. Whether used in research institutions, biotechnology facilities, medical laboratories, or academic environments, it contributes to accurate sample preparation and streamlined laboratory operations, allowing scientists and technicians to focus on achieving reliable experimental and analytical results.
user –
As a laboratory equipment wholesaler, I recently ordered the Rotors for microcentrifuge 5430 / 5430 R from Ordinals to supply several research labs. The build quality is impressive, and the rotor performs very smoothly during high-speed runs. Our clients have reported stable operation and convenient tube handling, which is important for their daily lab work. Working with Ordinals has been reliable as well—the ordering process is simple and deliveries arrive on time, helping us maintain a consistent supply for our customers.