Peptide Synthesizers
ANTICO PepSyn™ is an automated system designed for peptide synthesis using solid-phase techniques. The working principle involves sequential addition of amino acids under controlled reaction cycles. The system includes reaction vessels, reagent delivery modules, control systems, and waste handling units. It is used for producing peptides with high precision and reproducibility. Automation ensures accurate dosing and timing of reagents. The system minimizes human error and improves efficiency.
It supports a wide range of peptide chemistries. The synthesizer is essential for drug discovery and biotechnology research. It is widely used in pharmaceutical and research institutions. ANTICO PepSyn™ enables reliable and scalable peptide production.
- Scale / Capacity 0.1 mmol – 50 mmol (lab) / up to 500 mmol (pi…
- Synthesis Type Solid Phase Peptide Synthesis (SPPS)
- Chemistry Support Fmoc / Boc
- Reactor Type Glass / SS Reactor with Resin Handling
- MOC (Wetted Parts) Borosilicate Glass 3.3 / PTFE / SS316L
- Number of Amino Ports 6 – 24 (expandable)
Key Features
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Automated reagent dosing
Automated reagent dosing
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Precise reaction timing
Precise reaction timing
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Inert atmosphere compatibility
Inert atmosphere compatibility
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High purity synthesis
High purity synthesis
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Software controlled sequences
Software controlled sequences
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Engineered for Reliable Operation
Built for demanding chemical and pharmaceutical process environments.
System Components
Modular assemblies engineered for reliable integration, service access, and scale-up from laboratory to pilot plant operation.
Applications
- Pharmaceutical research
- Biotechnology
- Drug discovery
- Academic laboratories
- Food & beverage processing
- Academic & government research
- Oil & gas processing
- Water treatment
Technical Specifications
| Parameter | Specification |
|---|---|
| Scale / Capacity | 0.1 mmol – 50 mmol (lab) / up to 500 mmol (pilot) |
| Synthesis Type | Solid Phase Peptide Synthesis (SPPS) |
| Chemistry Support | Fmoc / Boc |
| Reactor Type | Glass / SS Reactor with Resin Handling |
| MOC (Wetted Parts) | Borosilicate Glass 3.3 / PTFE / SS316L |
| Number of Amino Ports | 6 – 24 (expandable) |
| Reagent Delivery | Automated Pumping / Valve Manifold |
| Mixing System | Nitrogen Bubbling / Mechanical Agitation |
| Temperature Range | Ambient to 80°C |
| Filtration System | Built-in Resin Filtration (Sintered Disc) |
| Solvent Compatibility | DMF, DCM, NMP, MeOH, etc. |
| Control System | PLC / PC-based Software with Recipe Control |
| Automation Level | Fully Automated / Semi-automated |
| Monitoring | Flow, Pressure, Temperature |
| Safety Features | Solvent Venting, Leak Detection, Inert Gas Provision |
| Compliance | GMP-ready (optional), 21 CFR Part 11 (optional) |
| Applications | Peptide APIs, Research, Custom Synthesis |
Related Products
FAQ
What capacity range is available for Peptide Synthesizer?
We offer project-specific sizing from laboratory benchtop scale through pilot and production volumes. Contact our engineers with your batch size and process requirements for a tailored recommendation.
Can this unit be integrated with existing plant automation?
Yes. All systems support standard instrumentation signals and can interface with DCS, PLC, or standalone controllers. Custom I/O and recipe control packages are available.
What material options are available?
Borosilicate glass, glass-lined steel, stainless steel, and specialty alloys including Hastelloy can be specified based on your process chemistry, temperature, and pressure requirements.
Do you provide installation and commissioning?
Global Lindus provides on-site installation supervision, commissioning, operator training, and optional IQ/OQ documentation for regulated industries.
What is the typical delivery lead time?
Standard configurations ship in 4–8 weeks. Custom skid assemblies and large production units may require 12–16 weeks depending on scope and material availability.