Tetras Multiple Peptide Synthesizer: Automated Solutions from Leading China Suppliers & Factory
Product Profile
The Tetras 106-channel fully automated peptide synthesizer uses rotary technology and asynchronous multi-channel synthesis for flexibility, ease of use, stability, and ease of maintenance.
Peptide Extract eliminates cross-contamination with fast and precise injection of reaction reagents into individual reactors.
The Tetras 106-channel fully automated peptide synthesizer is an essential tool for laboratories involved in large-scale peptide synthesis. It combines efficiency, flexibility, and scalability to support the rapid production of multiple peptides, making it invaluable in research and industrial settings where high volumes of peptides are required.
Basic Parameters
| Model | Channels | Reagent | Purge Stations | Purge Station Function | Dimension (cm) |
|---|---|---|---|---|---|
| Tetras | ≦106 | ≦32 | 4 | Drain | 86×86×95 |
| Tetras Volo | ≦106 | ≦32 | 4 | Drain and Wash | 86×86×95 |
| Tetras Volo Plus | ≦106 | ≦28 | 8 | Drain and Wash | 86×86×95 |
Specifications
Component Characteristics
(i) Modular Design of Injection Station and Evacuation Station
- The injection station injects amino acids, reagents, and solvents into the reactor via digitally controlled metering pumps.
- The digitally controlled metering pump provides high transfer accuracy and fast transfer speed, saving time and reagents. The instrument can be equipped with 24 to 32 injection stations as required. The injection station can be built-in 125ml, 230ml, 500ml reagent bottles, and can be externally connected to any volume of large capacity containers.
- The modular design of the injection station is easy to replace and maintain, resulting in almost zero downtime. Below the injection station is the reactor. The liquid flow paths are non-crossing and short, thus saving a lot of solvents and reagents used for cleaning the pipelines.
(ii) Separate Reactors
- The reactors are available in 7ml, 40ml and 60ml sizes, and up to 106 7ml reactors can be used at one time.
- The reactors are independent of each other, with no cross contamination. The curved bottom design makes the reaction full and the synthesis purity high.
- According to the needs of the reaction, the three sizes of reactors can be arranged and combined at will.
Performance & Benefits
(i) Remote Control
(ii) Asynchronous Multi-Channel Synthesis of Peptide
- Traditional multi-channel peptide synthesizers must synthesize each peptide at the same time with the same method. Tetras breaks through this bottleneck with asynchronous multi-channel synthesis — synthesizing multiple peptides simultaneously.
- Meets the needs of peptide synthesis labs or service companies: 30 peptides today, 50 peptides tomorrow — synthesized on the machine at any time.
- Meets teaching needs: the same instrument can be used by different students in different ways to synthesize different peptides.
- Meets research needs: different sequences can be synthesized using custom methods, or different methods can be tested on the same sequence to find the optimal approach.
- Supports peptide library synthesis with up to 106 reactors used simultaneously.
(iii) Supporting Software — Flexible, Easy to Use and Intuitive
Instructions For Use
Maintenance Services
Service Objective: Service quality to win customer satisfaction.
Service Efficiency: If the equipment malfunctions during or outside the warranty period, the supplier can reach the site and begin repair within 48 hours after receiving the notification, if on-site inspection and repair is required.



















Discover our fully automated asynchronous peptide synthesizer, featuring up to 106 reactors, designed for efficiency and precision in peptide synthesis.
Our independent reactors are engineered to prevent cross-contamination, ensuring the highest quality results for your research and production needs.
Experience high-purity peptide synthesis with our flexible sequence-specific methods, a reliable choice for suppliers and factories in China looking for advanced peptide synthesis solutions.