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High-Throughput Asynchronous Peptide Synthesizer PepAxis-Nova 7 from China Suppliers and Factory
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Our Micro-scale Asynchronous 12/24-channel peptide synthesis system is designed for precision and efficiency, making it an ideal choice for laboratories and researchers looking for reliable peptide production.
With quantitative dispensing for amino acids and activation reagents, this system offers exceptional accuracy (±0.1 mL), ensuring that every peptide synthesis run meets the highest quality standards.
Our innovative approach allows for independent configuration of activation and deprotection methods for each amino acid, catering to your specific research needs.
As a leading factory in China dedicated to peptide synthesis technology, we are proud to serve as trusted suppliers for academic and industrial users alike. Experience the difference with our advanced peptide synthesis solutions today!
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🔬 Product Profile
The Nova 7 High-Throughput Asynchronous Peptide Synthesizer is a new-generation, fully automated intelligent platform designed specifically for high-throughput, multi-task parallel synthesis applications. The system employs an asynchronous synthesis mode and offers flexible 12- or 24-channel configurations. Each channel supports the simultaneous execution of different sequences, scales, and synthesis methods, achieving true "multi-purpose" functionality. The device is equipped with a high-precision quantitative dispensing system with a sampling accuracy of 0.1 mL, ensuring the accuracy of reagent ratios during micro-scale synthesis; it supports independent channel settings for activation methods, reaction times, and deprotection processes, and allows for real-time start/stop or adjustment, greatly enhancing synthesis flexibility; combined with a customizable pre-activation module and channel-independent timing management functions, it effectively improves the success rate of synthesizing difficult sequences. It effectively meets the high-standard requirements of application scenarios such as peptide drug screening, structure-activity relationship studies, and peptide library construction.
📋 Basic Parameters
| Type | Channels | Reactor (mL) | Amino Acid Sites | Activator Sites | Solvent Sites | Sizes (cm) |
|---|---|---|---|---|---|---|
| Nova 7 | 12 / 24 | 10 / 30 | 28 | 4 | 4 ~ 6 | 82 × 62 × 92 |
⚙️ Technical Parameters
Reactor Volume
10 / 30 mL
Synthesis Scale
0.1 – 0.6 mmol (upgradeable)
Synthesis Mode
Asynchronous synthesis
Temperature Control
Hot air (whole unit)
Mixing Mode
Vortex agitation + Nitrogen bubbling
Amino Acid Positions
28, 125 / 250 mL
Special Reagent Positions
8, single aspiration
Activation Reagent Positions
4, 125 / 250 mL
Solvent Positions
4 – 6, 0.5 – 10 L reservoirs
Solvent Transfer
Quantitative liquid delivery, accuracy 0.1 mL
Dimensions (W × D × H)
100 cm × 65 cm × 1780 cm
💬 Frequently Asked Questions
Q
What does asynchronous synthesis mode mean in the Nova 7 system?
Asynchronous synthesis mode means each of the 12 or 24 channels can independently run different peptide sequences, scales, and synthesis protocols at the same time — without waiting for other channels to complete. This maximizes throughput and allows researchers to handle multiple projects simultaneously on a single instrument.
Q
What synthesis scales does the Nova 7 support?
The Nova 7 supports synthesis scales from 0.1 to 0.6 mmol per channel, with upgrade options available for larger scale requirements. The reactor volume options of 10 mL or 30 mL provide flexibility depending on the synthesis scale and application.
Q
How does the Nova 7 ensure reagent dispensing accuracy during micro-scale synthesis?
The Nova 7 is equipped with a high-precision quantitative dispensing system that achieves a sampling accuracy of 0.1 mL. This ensures precise reagent ratios are maintained even at micro-scale synthesis levels, which is critical for reproducibility and yield in peptide drug screening and library construction workflows.
Q
Can the Nova 7 handle difficult peptide sequences?
Yes. The Nova 7 features a customizable pre-activation module and channel-independent timing management functions specifically designed to improve the success rate when synthesizing difficult or complex sequences. Independent control of activation methods, reaction times, and deprotection processes per channel further supports challenging synthesis tasks.
Q
What are the primary application scenarios for the Nova 7?
The Nova 7 is designed for demanding research and industrial applications including peptide drug screening, structure-activity relationship (SAR) studies, and large-scale peptide library construction. Its high-throughput, multi-channel asynchronous architecture makes it ideal for any workflow requiring parallel synthesis of diverse peptide sequences.
Q
What mixing and temperature control methods does the Nova 7 use?
The Nova 7 uses a dual mixing approach combining vortex agitation and nitrogen bubbling to ensure thorough and uniform reagent mixing in each reactor. Temperature control is achieved through a whole-unit hot air system, providing consistent thermal conditions across all channels during synthesis.