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Product Introduction
Repetitive washing steps in ELISA protocols often create bottlenecks, as these labor-intensive tasks constrain overall workflow throughput despite being relatively straightforward. While a single-plate automated washer can accelerate this process and enhance result reliability, a more robust solution is needed for large-scale operations. The High-throughput ELISA System addresses this by employing a four-axis robotic arm for rapid sample transfer to a high-speed washer, enabling seamless, automated processing. Furthermore, the system's integration of a multifunctional microplate reader allows for fully automated, continuous sample detection, delivering a complete and efficient hands-free solution.
Flow cytometry (FCM) is a powerful laser-fluorescence technique that enables high-speed, high-resolution analysis of individual cells in a fluid stream. This capability is critical for quantifying and characterizing cellular properties, uncovering population heterogeneity, and is indispensable in immunology, cell biology, and clinical diagnostics. The Automated FCM Analysis System is engineered to address the need for efficiency, featuring continuous sample loading that supports high-throughput testing requirements without interruption.
Quantitative real-time PCR (qPCR) is a foundational technique in areas ranging from clinical diagnostics and food safety to fundamental molecular biology studies. However, conventional qPCR workflows often face limitations, with typical run times of 1-2 hours and constrained sample throughput. The need for manual plate handling and data acquisition in large-scale experiments further creates analytical bottlenecks. Our Automated QPCR Analysis System overcomes these challenges by integrating a versatile four-axis collaborative robot. It enables fully automated data consolidation and supports continuous, walk-away operation, significantly enhancing workflow efficiency while minimizing the risk of cross-contamination.
Immediate Drop-on-demand (I.D.O.T.) utilizes a proprietary, non-contact dispensing technology to advance a wide range of scientific applications. It is particularly critical in areas like genomics, microfluidics, high-throughput screening, magnetic bead handling, and DNA library construction.
Automated Nanoliter Pipetting System automates the transfer of nanoliter-scale volumes, facilitating uninterrupted processing across multiple sample batches. This capability minimizes manual steps, thereby accelerating experimental workflows while maintaining exceptional accuracy. Ultimately, it delivers the speed, precision, and automation required for modern, high-output laboratory environments.
Automated High-Content Imaging System provides real-time analysis of organelles, cells, and organoids, delivering quantitative data on fluorescence intensity, morphological structure, and spatiotemporal dynamics within cell populations. It is widely applied in various fields, including drug discovery, cell biology research, antibody drug development, and biomedical studies.
The Automated High-Content Imaging System, featuring a four-axis collaborative robotic arm and a built-in incubator, enables long-term live-cell imaging by precisely controlling humidity, temperature, and CO² concentration. Designed with a compact footprint, the system fits on a standard laboratory benchtop and offers flexible throughput with easy upgrade options.
Solution Feature
Product Parameter
Product Model | High-throughput ELISA System | |||
| Dimensions | 1450mm*700mm*1350mm | |||
| Number of plate positions | Random-access stack:8 shallow-well plates | Transfer station:2 shallow-well plates | ||
| Quantity of devices | 1-2 | |||
| Compatible plate types | ANSI/SLAS standard 96-well and 384-well plates | |||
| Barcode scanning module | Optional barcode module,Compatible with common 1D and 2D codes | |||
Application Scenarios
Solution Feature
Product Parameter
Application Scenarios
Solution Feature
Product Parameter
Application Scenarios
Solution Feature
Product Parameter
| Automated Nanoliter Pipetting System | |
| Stack Types | 3 fixed stacks with narrow-side gripping or 2 fixed stacks with wide-side gripping (optional sequential-access or random-access stacks) |
| Expanded Options | Expanded Option 1: Additional fixed stacks (optional sequential-access or random-access stacks) Expanded Option 2: Additional carousels (optional sequential-access or random-access stacks) |
| Equipped Devices | Nanoliter liquid dispenser |
| Compatible Plate Types | SBS standard sample plates |
| Labware Transfer Station | 4-plate position, used for switching the orientation of sample plates |
| Standard Barcode Scanning | Compatible with common ID or 2D codes |
Application Scenarios
Solution Feature
Product Parameter
| Automated High-Content Imaging System | |
| Number of Plate Positions in the Incubator | ≥42 cell culture plates (96-well as an example) |
| Equipped Devices | High content imaging system + Incubator |
| Compatible Plate Types | SBS standard sample plates |
| Labware Transfer Station | 4-plate position, used for switching the orientation of SBS sample plates |
| Standard Barcode Scanning | Compatible with common ID or 2D codes |
Application Scenarios
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