Protein is the direct executor of life activities, involved in almost all life processes.

Revealing the specific functional mechanisms of proteins in organisms is the core content of protein research, and it is also one of the most challenging fields in life science.

So far, many tools and methods have been developed for protein research, but how do you prepare high-quality samples?

The 1000G or 1000R Andrew robots are your solution. They can work in cold conditions, at 4°C or by cooled Dominos to ensure protein activity. In order to guarantee the purity of the sample, they can also use purification tips: IMCSTips™.

Andrew can also be placed in a biosafety cabinet when processing protein samples with toxic chemicals. When you need to analyze protein samples with the LC-MS system, Andrew 1000P can deal effectively with low volatility solvents and high viscosity liquids used in LC-MS sample preparation.

Just describe your pipetting actions by drag and drop on the screen and Andrew will bring you results.

The aliquotting scenarios The term “aliquot” has different meanings in different fields: in biology and chemistry, it refers to a smaller fraction of a whole sample. In most cases, only these fractions are needed for an experiment, hence aliquotting must […]

Concentration quantification and normalization are essential at the start of many genetic, genomic, and proteomic applications, such as NGS library preparation, qPCR, q-RT-PCR, QC of protein and antibody production, genotyping, sequencing, clinical diagnostics, forensics, etc. Manual pipetting during normalization requires […]