Description
Rotor F-45-70-11 is a fixed-angle rotor offering 70 sample positions for 1,5/2,0 mL reaction vessels, configured for concentrator and Vacufuge applications. It is intended for use with Concentrator plus systems and supports parallel processing of standard microcentrifuge tubes in vacuum concentration workflows. The dense arrangement of seventy places helps laboratories maximise instrument capacity when handling numerous small-volume samples in a single run. Supplied as one piece, the rotor has a net weight of 0,639 kg and a gross weight of 0,710 kg, with a packaging volume of 0,005 m³. These dimensions suit dedicated concentrator setups where compact, high-capacity accessories are required. Compatible tube formats are 1,5 mL and 2,0 mL reaction vessels, covering common laboratory consumables used in sample concentration and drying protocols. The F-45-70-11 model from manufacturer Eppendorf belongs to the fixed-angle rotor category and is specified expressly for Concentrator plus instruments. It provides a practical solution for routine high-throughput work with microcentrifuge tubes under vacuum or concentration conditions without altering established tube formats.
This article is part of Ultrafiltration & concentrators, in Filtration.
Key features
- Pack size: 1 pc(s)
- Rotor type: Fixed-angle rotor
- Model: F-45-70-11
- Sample positions: 70
- Tube compatibility: 1,5/2,0 mL reaction vessels
- Compatible systems: Concentrator plus / Vacufuge
- Technical Information Sheet:
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Questions about ROTOR 70x1.5/2ML(F-45-70-11) F/CONC/VACU
What is this article?
ROTOR 70x1.5/2ML(F-45-70-11) F/CONC/VACU is the article on this page. Luminix Health distributes Eppendorf for laboratory use. It sits in Ultrafiltration & concentrators, inside Filtration, in Lab consumables.
An ultrafiltration device holds back macromolecules above a stated molecular-weight cutoff and passes salts and water. It concentrates a protein or exchanges its buffer. The cutoff, the volume and whether it is a centrifugal device or a stirred cell are the specification. A 0.2 µm syringe filter does not do this.
Filtration holds back what is larger than the pores and lets the rest through. Paper is the ordinary laboratory filter. A membrane has a stated pore size and a polymer that must survive the solvent. A syringe filter is that membrane in a housing on a syringe. Glass fibre takes a higher dirt load. Ultrafiltration holds back macromolecules and passes salts. The pore size, the chemical compatibility and the volume are the three choices. Laboratory apparatus around filtration is indexed under ISO laboratory apparatus.
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