Ultrassay SC9200 Automated Liquid Handling Workstation is an automated pipetting system that adapts to a wide range of pipetting processes, improves pipetting throughput, synchronizes the processing of liquids throughout the plate and improves uniformity within a batch, reduces overall experimental time consumption, and facilitates the processing of large quantities of samples for researchers who work with large quantities of samples.
Feature
Free your hands
Pipetting is a simple operation. Just touch start and enjoy a fully automated pipetting experience that really “frees your hands”!
Accuracy, multi-purpose
Choose from 3-6 plates to easily accommodate PCR plates, enzyme plates, cell culture plates, etc. High-throughput pipetting ensures accuracy and stability.
Intelligent Operating System
The navigation process is aligned with life scientist pipetting habits. It makes more visible and intuitive to understand every step and program setup.
Compact design, space-saving
The compact design makes it easier to be put into the biological safety cabinet or on the ultra-clean bench, to support your experiments on molecular biology, protein, cell biology, pharmacology, etc.
Application
Technical Specification
| Model | SC9200 Automated liquid handling workstation | ||
| Position | 3~6 plates | ||
| Throught | 96/384 Channels | ||
| Pipetting Type | Air Cushion System | ||
| Compatible Plates | Most standard consumables (SBS standard plates) | ||
| Optional Pipette Tips | Range | Accuracy | CV |
| 0.5 ~ 10 μL | 1μL±8%; 10μL±2% | 1μL ≤ 6%; 10μL ≤ 1.5% | |
| 3 ~ 50 μL | 5μL±4%; 50μL±1.5% | 5μL ≤ 5%; 50μL ≤ 1% | |
| 3 ~ 300 μL | 10μL±4%; 200μL±0.8% | 10μL ≤ 6%; 200μL ≤ 0.5% | |
| 10 ~ 1000 μL | 10μL±6%; 500μL±0.5% | 10μL ≤ 5%; 500μL ≤ 0.4% | |
| Power Supply | Input voltage: 100-240vac ± 10%; frequency: 50/60hz± 5%; output: 24V | ||
| Power Consumption | 180W | ||
| Working Environment | 5~40° C, 10-90% relative humidity, non-condensing | ||
| Dimension | 750×250×460mm | ||
*Ultrassay BioTech Co., Ltd. reserves the right of final interpretation of different specifications.
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