Used QIAGEN Biorobot M48 #9115048 for sale
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ID: 9115048
Automated Workstation
I.D.: 33" x 22" x 23"
Workstation Platform Dimensions: 19" x 24.5"
6-Position Dispensing Head
High Precision Syringe Pumps
Pipetting Volume Range: 25 uL to 1000 uL
Samples per Batch: 6, 12, 18, 24, 30, 42, 48
Output: 48 Samples (1.6-4.0 hours depending on Application)
Includes Ancillary Supplies.
QIAGEN Biorobot M48 is an advanced laboratory automation equipment that automates nucleic acid sample preparation procedures. This system enables accurate and efficient sample preparation and purification of high-quality DNA, RNA, and other biological materials. The unit consists of a programmable robotic arm, the pipetting station, the thermocycler, and a data management platform. The robot arm ensures precise, reproducible, and rapid sample preparation and purification. The pipetting station enables precise and accurate sample processing, including loading, unloading, dilution, and mixing. The thermocycler is used for PCR and other thermal cycling procedures and enables precise control of sample temperature and timing of reaction steps. The data management platform is designed to manage sample records and track their progress throughout the laboratory process. Biorobot M48 allows biological researchers to save time and to improve laboratory workflows by automating DNA, RNA, and other sample preparation steps. The machine eliminates the need for manual pipetting and enables rapid sample preparation and purification of high-quality biological material. The tool also reduces the risk of contamination and reduces hands-on time. The robotic arm improves accuracy and reproducibility of sample preparation and eliminates the risk of human error. The pipetting station and thermocycler enable precise sample loading, unloading, and heating. Furthermore, the data management platform ensures accurate, secure, and automated sample tracking. Overall, QIAGEN Biorobot M48 is an advanced laboratory automation asset designed to automate nucleic acid sample preparation procedures. The model consists of a robotic arm, a pipetting station, a thermocycler, and a data management platform. This allows scientists to improve workflows, save time, reduce the risk of contamination, and improve accuracy and reproducibility of sample preparation and purification.
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