Precise Drop II

The Precise Drop II is an advanced, automation-friendly dispenser designed for low-volume, non-contact dispensing, enhancing efficiency and reproducibility in various laboratory applications such as NGS library preparation, PCR plate preparation, cell-based assays, and design of experiments (DOE).

Conserve Precious Reagents

The system's low dead volume feature minimizes waste, allowing more cost-effective data generation.

Embrace Miniaturization

By enabling scaled-down reaction volumes, labs can conduct more experiments without escalating costs.

Accelerate Scientific Discovery

Achieve rapid dispensing with high precision and accuracy, supporting verifiable scientific research.

Accessible Dispensing

Designed for user-friendly operation, the Precise Drop II facilitates sample processing in high-throughput environments like genetic analysis or drug discovery, easily dispensing aqueous samples, viscous reagents, and cells.

The software allows for the definition of complex plate maps with flexible volume and concentration gradients, supporting CSV imports for efficiency.

Application Focus

• Next Generation Sequencing: Dispense enzymes and buffers with precision for top-quality NGS libraries.
• qPCR Plate Preparation: Quickly and accurately prepare mastermix, primers, and probes for high-throughput PCR applications.
• Cell Based Assays: Precisely manage the dispensation of cells and reagents for reliable assay results.
• Assay Development & Optimization: Efficiently design experiments by dispensing gradients of assay components across large well plates.
• Compound Dose Response: Create accurate dose-response curves by dispensing compounds from 50 nL.
• High-throughput Screening: Enhance drug discovery processes through dependable hit identification, improving Z' scores.
• Integration with Automation: Integrates seamlessly with robotic workcells, enhancing automation capabilities through compatible hardware and APIs.

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Utilize leading orchestration software to run comprehensive scientific workflows while ensuring robust operational and experimental data capture.