Nova 5 R&D Microwave Peptide Synthesizer
Utilizing advanced microwave-assisted SPPS technology, the PepAxis-Nova 5 enables rapid peptide synthesis with significantly reduced reaction times, providing an efficient and reliable platform for peptide R&D and biochemical research.
PepAxis-Nova 5
The 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 delivering microwave energy directly into the reaction system, the instrument significantly accelerates peptide synthesis and improves overall process efficiency.
As a result, 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 those required by conventional methods, greatly enhancing synthesis efficiency.
The system is equipped with a fully automated control module that supports precise parameter configuration and comprehensive data recording, ensuring stable operation and excellent reproducibility.
With its advanced microwave-assisted technology, the PepAxis-Nova 5 is well suited for peptide drug research and development, biochemical research, and related material preparation applications, providing researchers with a reliable platform for efficient, energy-saving, and environmentally friendly synthesis of challenging peptide sequences.
Technical Parameters
Number of Channels
1 / 12
Reactor Volume
30 / 120 mL
Amino Acid Positions
28
Synthesis Scale
0.1–1.5 mmol
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
Dimensions
82 cm × 82 cm × 90 cm
Power Supply
110/220 V , 50/60 Hz