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PepAxis™-Nova5 Microwave Peptide Synthesizer
R&D Microwave Peptide Synthesizer
Number of Channels: 1 / 12
Reactor Volume: 30 / 120 mL
Amino Acid Positions: 28
Synthesis Scale: 0.1–1.5 mmol
Dimensions (W × D × H): 82 cm × 82 cm × 90 cm
PepAxis-Nova 5 (formerly 386 MW) is a fully automated microwave peptide synthesizer based on microwave-assisted solid-phase peptide synthesis (MW-SPPS) technology.
By precisely directing microwave energy into the reaction system, it achieves highly efficient acceleration and optimization of peptide synthesis.
Compared with conventional water bath or hot air heating methods, this system provides:
Rapid temperature ramping
Uniform thermal field distribution
Precise temperature control
Significantly reduced energy consumption
The overall synthesis cycle can be shortened by more than 50%.
For critical steps such as amino acid coupling and deprotection, reaction times can be reduced to 1/30–1/10 of conventional methods, greatly improving synthesis efficiency.
The system is equipped with a fully automated control module, supporting precise parameter settings and comprehensive data recording, ensuring stable operation and good reproducibility.
PepAxis-Nova 5 is suitable for peptide drug R&D, biochemical research, and related material preparation fields, providing a reliable tool for efficient, energy-saving, and green synthesis of difficult sequences.
Basic Parameters
|
Type |
Channels |
Reactor (mL) |
Amino Acid Sites |
Activator Sites |
Solvent Sites |
Sizes (cm) |
|
386 MW |
1 or 12 |
30/120 |
28 |
4 |
4~7 |
77.5×55×84 |
Technical Specifications
Temperature Control Microwave heating, probe-based temperature control
Synthesis Mode Sequential synthesis
Amino Acid Positions 28
Amino Acid Bottle Volume 125 mL
Activation Reagent Positions 4 positions, 125 / 250 mL bottles
Other Solvent Positions 4–6 positions, 0.5 L, 1 L, 2 L, 5 L, 10 L reservoirs
Precision Liquid Delivery Quantitative aspiration, accuracy 0.1 mL
Mixing Mode Nitrogen bubbling
Weight 75 kg
Power Supply 110/220 V, 50/60 Hz



Microwave-assisted solid-phase peptide synthesis
Coupling and deprotection time reduced to 1/30–1/10 of conventional methods
Improved synthesis speed and efficiency