PepAxis™-Atlas 4 Pilot Peptide Synthesizer - Leading China Suppliers & Factory for Automated Peptide Synthesis
Discover our advanced dual-channel pilot-scale automated peptide synthesis equipment, designed for efficiency and precision. This state-of-the-art technology from leading China suppliers enables streamlined peptide production directly from the factory.
Ensure accurate quantitative amino acid weighing with our automated system, which guarantees complete dissolution and transfer, making it an ideal choice for pharmaceutical and biotech factories in China.
Dual-Channel Peptide Synthesizer
Atlas 4 (formerly 286 Max) is a dual-channel synthesis system specifically designed for pilot-scale applications. It is capable of simultaneously synthesizing two different peptide sequences, effectively improving R&D efficiency. The system supports both synchronous activation and preactivation modes, enabling flexible adaptation to various synthesis process requirements. It adopts quantitative weighing and full-transfer technology combined with a 1 mL precision liquid dosing system. While ensuring efficient reaction control, it significantly reduces reagent waste, making it a reliable choice for pilot process development and small-to-medium scale synthesis.
Basic Parameters
| Type | Channels | Reactor (L) | Amino Acid Sites | Solvent Sites | Sizes (cm) |
|---|---|---|---|---|---|
| Atlas 2 | 2 | 0.5 / 1 / 2 | 10 | 5 | 108 × 62 × 90.5 |
Technical Specifications
Frequently Asked Questions (FAQ)
What is the synthesis scale and reactor capacity of this dual-channel synthesizer?
The system supports a synthesis scale ranging from 2 to 25 mmol, with versatile reactor volumes available in 0.5 L, 1 L, and 2 L configurations to suit pilot-scale production needs.
Can the system synthesize two different peptide sequences simultaneously?
Yes. With its independent dual-channel architecture, the system allows the simultaneous synthesis of two different peptide sequences, substantially increasing laboratory and R&D throughput.
What activation modes are supported by the synthesizer?
The equipment supports both synchronous activation and preactivation modes, providing flexibility to accommodate diverse peptide chemical coupling protocols and process requirements.
How does the system ensure high precision and minimize reagent waste?
It integrates quantitative weighing and full-transfer technology alongside a 1 mL high-precision liquid dosing mechanism, ensuring accurate reagent delivery and minimal chemical waste.
What mixing and temperature control mechanisms are utilized?
The system employs a dual mixing mode combining 180° vertical inversion with nitrogen bubbling, coupled with precise temperature control via water bath or electromagnetic induction.