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21 Media Circle #06-04, Singapore 138562
Solutions
The High-Throughput Clone Selection Platform automates monoclonal colony selection through an integrated combination of robotic handling, automated picking, and modular storage. It delivers consistent clone isolation while reducing manual effort and variability.
Key capabilities:
• Integrated robotic arm and automated colony picking system
• Flexible rack and stacker configuration for adaptable workflows
• Supports walk-away automation for monoclonal clone selection
The High-Throughput Clone Selection Platform (Enhanced) delivers end-to-end automation for molecular cloning workflows, from DNA assembly through clone selection and culture. By integrating multiple process steps into a single platform, it enables high-fidelity, reproducible DNA assembly at scale.
Key capabilities:
• Automates PCR, ligation, transformation, and clone picking
• Establishes a fully integrated DNA assembly workflow
• Improves consistency and throughput across cloning pipelines
The High-Throughput Plasmid Construction Platform provides a fully automated, modular solution for large-scale plasmid assembly and strain generation spanning PCR amplification, ligation, transformation, colony selection, and strain cultivation. Integration between the system's intelligent software and hardware modules - a four-axis collaborative robot, liquid handling workstation, PCR purification unit, reagent dispenser, automatic sealer, colony picker, and consumable storage modules - ensure consistent timing and controlled conditions, delivering high-yield, high-fidelity plasmid production.
Key capabilities:
• Automates PCR amplification, ligation, transformation, and colony selection
• Modular architecture integrates liquid handling, purification, and sealing
• Intelligent scheduling maintains consistent experimental conditions across all sample batches
The Integrated Molecular Cloning Platform streamlines bacterial cloning and screening by integrating selection, expression, and analysis into a single automated workflow. It supports multiple screening strategies while enabling parallel operations to maximize throughput and data consistency.
Key capabilities:
• End-to-end automation from colony selection to final analysis
• Supports online vector construction and strain cultivation
• Enables parallel processing for scalable cloning workflows
Features
Product Parameter
| Product Name | Hgh-Throughput Clone Picking Platform (Basic Version) |
| Size | 2500*1900*2400mm |
| Throughput | 600-3000 clones/h |
| Environmental Control | Dust cover, FFU, positive pressure laminar flow hood, etc. |
| Application Requirement | Integrate the equipment, robotic arms, and consumable stacks within a sterile environment to enable high-throughput automated clone picking that is compatible with a variety of consumables. |
Application Scenarios
Features
Product Parameter
| Product Name | Hgh-Throughput Clone Picking Platform (Enhanced Version) |
| Size | 2350*1000*2400mm |
| Throughput | 600-3000 clones/h; Plate spreading: ~3 minutes per plate |
| Environmental Control | Dust cover, FFU, positive pressure laminar flow hood, etc. |
| Application Requirement | Centered around the automated coating and clone picking equipments, applying bacterial suspension onto; culture plates and selecting individual colonies automatically. |
Application Scenarios
Features
Product Parameter
| Product Name | High-Throughput Plasmid Construction Platform |
| Size | 4800 *2500 *2400 mm |
| Throughput | 576 plasmid samples construction/day |
| Environmental Control | Positive pressure laminar flow, UV |
| Application Requirement | Conduct automatic progresses of gene assembly and plasmid extraction etc, to achieve target gene;amplification, ligation, transformation, plate coating, monoclonal selection, and plasmid extraction.Meanwhile, operations including static plate culture, overnight bacterial culture, and gel electrophoresis are performed offline separately. |
Application Scenarios
Features
Product Parameter
| Product Name | Fully Automatic Molecular Cloning Platform |
| Size | 5600*2500*2400 mm |
| Throughput | Plasmid construction process: 384-576 constructs per batch; Strain screeningprocess: 480-960 strains per batch |
| Sample Type | Escherichia coli, yeast, etc. |
| Environmental Control | Dust cover, FFU, positive pressure laminar flow hood, HEPA fltration, etc. |
| Application | Construction of engineering bacteria, Virus packaging, Directed evolution of strains, Raw material production, Drug intermediate development, Development of new biological energy, Enzyme engineering, Study on environmental germplasm resources, Study on directed evolution of microorganisms |
Application Scenarios
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