Team Request Info Contact Distributors Sitemap Search
 Home / Automated Peptide Synthesis / MultiPep RS
MultiPep RS
MultiPep RS


The MultiPep RS is an automated multiple synthesizer based on a pipetting robot operated by a dedicated PC-Software. Synthesis is performed in plates or in disposable columns containing derivatized resin. Alternatively, for large screening projects, hundreds of peptides can be synthesized on membranes (SPOT method) or on individual dissolvable discs for CelluSpots™ production (peptide arrays on coated microscope slides).

The MultiPep RS was designed specifically for small scale peptide synthesis, starting at 1 micro mole and with a routine 5 micro mole scale. The 72 column module performs the synthesis in individual columns at a scale of 25-100 micromoles. Reagent and solvent volumes have been well adapted to the different scales. A single probe picks up reagents and distributes them to the wells of the reaction module as defined by sequence and chemistry parameters. The synthesis is performed in disposable 96 well filter plates or individual columns for convenient cleaning and work-up. Amino acid solutions are activated by addition of activator and base in individual mixing vials before distribution. Reagents are held in the reaction wells or columns and are extracted by vacuum applied to the bottom of the reaction module. A manifold connected to a separate syringe drive is used to wash 8 wells or 6 columns at a time with solvent.

Standard configuration:

  • Plate Module: small scale; up to 384 (4x 96) peptides at 1-10 µmol (standard configuration)

Additional configurations (optional):







MultiPep RS
Standard Configuration


The MultiPep RS is an automated multiple peptide synthesizer based on a pipetting robot operated by a dedicated PC software. Synthesis is being performed in 96 well filter plates.


» more





MultiPep RS
Column Upgrade

The MultiPep RS performs fully automated solid phase peptide synthesis. It features a wide range of peptide numbers and synthesis scales operating fully optimized Fmoc protocols.

» more





MultiPep RS
SPOT Upgrade

A unique method to generate large numbers of different peptides is the SPOT method for synthesis of peptide arrays on cellulose membranes.

» more





MultiPep RS
CelluSpots™ Upgrade


A new way to generate many identical peptide arrays from only one synthesis is the CelluSpots™ method.

» more




print   top