The CEM MultiPep 2™ is a state-of-the-art automated peptide synthesizer designed for high-throughput parallel peptide synthesis. Offering unmatched flexibility, it supports multiple formats including plates, columns, and cellulose membranes, enabling the screening of hundreds to thousands of peptides simultaneously with high precision and efficiency.
Product Features
- Supports multiple synthesis formats: plates, columns, SPOT synthesis, and CelluSpots™
- Plate format: up to 384 peptides (4 x 96) at 1-10 μmol scale
- Column format: 48 mini-columns (0.25, 0.50 mL) for 1-15 μmol; 48 columns (2, 5, 10, 20 mL) for 10-500 μmol; 72 columns (2, 5, 10 mL) for 10-300 μmol
- SPOT synthesis format: up to 2400 peptides on four cellulose membranes
- CelluSpots™ format: up to 768 peptides on dissolvable cellulose supports for spotting on multiple identical slides
- Heating option for elevated temperature synthesis in plates and columns
- Fast synthesis enabled by an 8-position parallel washing arm
- Vortex mixing for efficient reagent interaction
- Pre-activation or in-situ activation for peptide bond formation
What's Included
- MultiPep 2 automated peptide synthesizer unit
- Control software and interface for synthesis programming
- Heating module for temperature-controlled synthesis
- Parallel washing arm for rapid washing cycles
- Standard reagents and accessories for initial setup
- Operation manual and technical support documentation
Benefits
- Enables high-throughput parallel peptide synthesis with flexible format options
- Accelerates research by synthesizing hundreds to thousands of peptides simultaneously
- Improved synthesis quality with heating and vortex mixing options
- User-friendly automation reduces hands-on time and human error
- Adaptable to a wide range of peptide quantities and applications
Why Choose the CEM MultiPep 2?
The CEM MultiPep 2 is the ideal automated peptide synthesizer for labs requiring flexible, high-throughput peptide synthesis solutions. Its versatility across multiple formats combined with advanced features like heating and fast washing cycles ensures efficient, reliable, and scalable peptide production for drug discovery, proteomics, and biochemical research.
