Omics Sample Preparation

Sample preparation is a crucial first step for any genomics or proteomics research

Our products and methods streamline removing contaminants, extracting specific molecules (like DNA, RNA, proteins, or metabolites), and preparing them for downstream analysis.

We address the most common challenges in sample preparation with robust solutions that produce high-quality results.

affinity purification

Common Challenges

Time-consuming procedures

Traditional multi-omics sample preparation can be a lengthy and laborious process

Sample Loss

Steps like centrifugation or vortexing can lead to sample loss

Complexity

Navigating the diverse extraction and purification techniques required for different omics can be challenging.

Our Solutions

Fast, fully Automated Methods

Pipette tips are easy to use and easy to automate. Our technology is compatible with a variety of liquid automated handlers.

Robust, High quality results

Functionalized pipette tips allow for simplified bind-wash-elute methods. Our high capacity, proprietary microporous media provides the surface area required to replace magnetic beads or spin columns.

Custom Method Development

We help optimize the method for your sample volume, target fragment size, and desired yield. Our applications scientist can also support with setting up our methods on compatible automated liquid handlers. We partner with our customers to be an extension of their team.

Explore Our Products for Genomics and Proteomics Sample Preparation

NiXTips™

INTip™ Nucleic Acid Purification and Cleanup

Choose your tip format: 

NiXTips are compatible with Hamilton, Agilent Bravo and Integra

Choose your tip size: 

1mL, 300 µL, 50µL, and 125 µL depending on tip format

Learn more about NiXTips and our application and methods including: 

  • DNA extraction from biological samples: whole blood, saliva, cell cultures
  • PCR cleanup
  • Large and small fragment size selection
Explore NiX

SEC Tips

INTip™ Size Exclusion Chromatography

Choose your tip size for Hamilton Robotics and manual:

1 mL and 300 µL

Choose your molecular weight cutoff:

1500 or 5000 Da

Learn more about SEC tips and our application and methods including: 

  • High-throughput group separations
  • Screening drugs of abuse
  • Desalting and buffer exchange
Explore SEC

Application Notes

  • PROTEOMICS
    Automated Desalting and Buffer Exchange of Human IgG Protein in 6M Guanidine

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