LABORATORY AUTOMATION

The long experience of EYOWN, more than 20 years, in the area of process automation in laboratories, together with the innovation capacity of our team, has led us to elaborate a protocol of automation which summarizes the different stages necessary to automate or modernize any process, test, technique carried out in a research laboratory or industrial development.

This protocol consists of six sequential stages, starting with the study in the client of the processes that can be automated, up to the maintenance and updating of previously developed systems. Depending on the degree of initial automation of our clients, this protocol can be implemented from an initial stage or from a more advanced stage.

We are experts in analysis, development and implementation of automation projects as well as in Bioinformatics support and maintenance of biotechnological assays. Do not hesitate to ask us any question you have about it.

In summary, the portfolio of services we offer in this area are:
  • Technical and scientific advice on new automation processes.
  • Integration of different laboratory instruments within robotic systems (hardware and software).
  • Development of global applications for automatic connection of pipetting stations with databases or LIMS.
  • Installation, Programming and Maintenance of Laboratory Instrumentation: DNA and RNA Extraction Systems, Liquid handling stations, HTS robotic systems (Maintenance of cell lines, Compound Screening, Colony Picking, Enzymatic assays, etc.), Fluorimeters and Spectrophotometers , etc.
  • Analysis, Development and Implementation of applications for the treatment, analysis and storage of data generated in all kinds of biological or chemical assays.
  • Activity calculations, statistical studies, creation of graphic environments, image processing.
  • Comparison of HPLC chromatograms, UPLC, GC, etc. for optimization of selection processes.
  • Custom quality control of different laboratory instruments.  
  • On-line support with the ability to analyze and solve problems in laboratory instrumentation.
  • Modification and correction of errors in applications associated with equipment.
  • Urgent resolution of operating errors in different instruments.  

PRACTICAL CASES

Custom processes

Adaptation of the equipment’s chopping movement so that the tips fall on the Petri dish and perform the following movement.

Video Chopped Colonies