EquipmentAvailable
Magnet Plate 96R Ring
Faculty of Arts and Science
Biology
Concordia University
Primary Function: Designed for magnetic bead separations in 96-well microplates.
Technical Specifications:
- Features strong NdFeB ring magnets
- Compatible with a variety of plate types, including PCR plates and deep well plates
- Robust construction and precise magnetic field ensure efficient bead separation
Applications: High-throughput applications.
Concordia Genome Foundry
Faculty of Arts and Science
Research lab focused on advancing scientific knowledge and innovation.
NG
Nicholas Gold
Biology
Faculty of Arts and Science
Concordia University
EquipmentAvailable
Magnet Plate 96R Ring
Faculty of Arts and Science
Biology
Concordia University
Primary Function: Designed for magnetic bead separations in 96-well microplates.
Technical Specifications:
- Features strong NdFeB ring magnets
- Compatible with a variety of plate types, including PCR plates and deep well plates
- Robust construction and precise magnetic field ensure efficient bead separation
Applications: High-throughput applications.
Concordia Genome Foundry
Faculty of Arts and Science
Research lab focused on advancing scientific knowledge and innovation.
NG
Nicholas Gold
Biology
Faculty of Arts and Science
Concordia University
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