Smile! Protein and peptide sample preparation automated

Dedicated instrumentation to improve sample throughput for LC-MS analysis

The challenge:

How do you bring further standardization, reproducibility and hands on time savings to proteomics sample preparation for  LC-MS analysis when you have already successfully addressed  the many challenges of time, sample contamination and loss?

The solution:

Automate! Hamilton platforms are built to address the demands of reproducible, robust and sensitive proteomics sample preparation for LC-MS analysis. They allow labs to automate proteomics processing at the push of a button decreasing the hands on time from 1 hour (iST sample preparation) to about X minutes!

Relax! iST compatible workflows

Adding samples
Samples should be liquid, homogenates or a soft pellet.
iST kit set up
Add the appropriate iST kit components to the platform.
Automated sample preparation
Select the appropriate protocol and start.
Mass spectrometric analysis
Inject samples into your LC-MS system.
Data analysis
Process your data to see improved peptide identities.
Automation significantly reduces technical variability of proteomics sample preparation by reducing manual steps and eliminating processing errors. Spend less time preparing your samples while achieving better results.


Some data and need two pictures for data
Some data and need two pictures for data

PreOmics Values


Improved sample quality

High reproducibility: R
Working range: 1-100 µg
Increased peptide and protein identifications


Sample preparation automated

Automates your label-free workflow
Eliminates manual processing steps
Generates standardized and highly reproducible proteomics LC-MS results
Applications for PreOmics protocols


Cleaner peptides ready for analysis

Dual clean up step removes hydrophilic and hydrophobic contaminants
Achieve ready-to-measure peptides
Reduce mass spectrometry downtime


Applying the science
Find out more about the wide range of applications and sample
types to which PreOmics technology has been successfully applied