
Angle rotor 18-place Cat : 1258-A Hettich
Rp123
The Hettich Angle Rotor 18-place (Cat. No. 1258-A) is a high-speed rotor engineered for efficient processing of up to 18 microtubes. With a maximum speed of 16,654 rpm and a relative centrifugal force (RCF) of 14,000, it delivers fast and precise separations for small-volume applications. Its 45° fixed-angle design ensures optimal sedimentation, while the robust construction guarantees consistent performance in demanding laboratory environments.
Angle rotor 18-place Cat : 1258-A Hettich
Product Description
The Hettich Angle Rotor 18-place (Cat. No. 1258-A) is a high-speed rotor engineered for efficient processing of up to 18 microtubes. With a maximum speed of 16,654 rpm and a relative centrifugal force (RCF) of 14,000, it delivers fast and precise separations for small-volume applications. Its 45° fixed-angle design ensures optimal sedimentation, while the robust construction guarantees consistent performance in demanding laboratory environments.
Key Features
-
18-place rotor for 2 ml microtubes
-
Maximum speed of 16,654 rpm
-
Maximum RCF of 14,000 for rapid and effective separations
-
45° fixed-angle design for optimal pellet formation
-
Reliable performance with durable construction
-
Suitable for daily use in research, clinical, and diagnostic labs
Applications
-
Centrifugation of 2 ml microtubes for molecular biology workflows
-
DNA, RNA, and protein preparation and purification
-
Suitable for high-speed separations in biochemistry and life science research
-
Efficient processing of small-volume samples with reproducibility
Technical Specifications
-
Maximum capacity: 18 × 2 ml tubes
-
Maximum speed: 16,654 rpm
-
Maximum RCF: 14,000
-
Angle: 45°
-
Catalog number: 1258-A
Conclusion
The Hettich Angle Rotor 18-place Cat. No. 1258-A provides laboratories with a reliable solution for high-speed microtube centrifugation. Combining strong performance, precision, and durability, it is an excellent choice for molecular biology, biochemistry, and routine diagnostic applications requiring efficient processing of multiple small-volume samples.
Reviews
There are no reviews yet.