PT-DA 12 / 2EC-E157
EC «Standard Dispersing Aggregate»
Kinematica aggregates solve all problems you are faced with every day in the laboratory. Using our Click & Go quick release makes the changing of aggregates very easy.
EC «Standard Dispersing Aggregate»
Kinematica aggregates solve all problems you are faced with every day in the laboratory. Using our Click & Go quick release makes the changing of aggregates very easy.
Description
Kinematica aggregates solve all problems you are faced with every day in the laboratory. Using our Click & Go quick release makes the changing of aggregates very easy.
Benefits
Design
The universal geometry uses two rows of teeth, is suitable for a large spectrum of laboratory applications, and it is reliable and efficient.
Selection and applications
– All standard dispersing taskes
– Grinding of animal and human tissue samples in a variety of fluids and volumes
– Sample preparation for the extraction and dissolution of organic materials
– Sample preparation for medical diagnostic procedures as well as DNA analysis
– Extractions of systems / substances from vegetable-derived samples
– Disruption of animal and human cells
– Deagglomeration of united cell structures
– Intensive mixing
Technical Information
| Min. Volume (ml) | 2 |
| Max. Volume (ml) | 250 |
| Length (mm) | 157 |
| Diameter (ø mm) | 12 |
| Max. tip speed m/s | 14 |
Description
Kinematica aggregates solve all problems you are faced with every day in the laboratory. Using our Click & Go quick release makes the changing of aggregates very easy.
Benefits
Design
The universal geometry uses two rows of teeth, is suitable for a large spectrum of laboratory applications, and it is reliable and efficient.
Selection and applications
– All standard dispersing taskes
– Grinding of animal and human tissue samples in a variety of fluids and volumes
– Sample preparation for the extraction and dissolution of organic materials
– Sample preparation for medical diagnostic procedures as well as DNA analysis
– Extractions of systems / substances from vegetable-derived samples
– Disruption of animal and human cells
– Deagglomeration of united cell structures
– Intensive mixing
Technical Information
| Min. Volume (ml) | 2 |
| Max. Volume (ml) | 250 |
| Length (mm) | 157 |
| Diameter (ø mm) | 12 |
| Max. tip speed m/s | 14 |