Features

• Multi-functional integration of droplet preparation, sorting, injection & fusion, and printing into wells
• Benchtop design to save valuable laboratory space resources
• Features high-throughput, high-precision, and high-sensitivity droplet screening
• Digital signal processing on multiple platforms such as MCU, ARM, FPGA, DSP, and GPU
• Customized development of upper computer software, enabling richer data display, more elegant interface, and more convenient interaction
• Micron-level single droplet recognition
• Control over the number of droplets injected into wells
• Precise control of printing into specified well positions

Main Topology Relationship

FPGA Control Board

• Adopts industrial standard design: compliant with IEC standards
• 256Mb QSPI Flash, 4GB DDR4
• Supports abundant interface resources, including M.2 SSD interface, JTAG interface, Gigabit Ethernet uplink port, etc.
• Standardized FMC (FPGA Mezzanine Card) high-speed interface design
• Supports customization of hardware interfaces, number of channels, dimensions, etc.

Upper Computer Software

• Development of multi-level management permissions
• Data collection range settings
• Data collection threshold settings and alarms
• Data collection waveform curve settings
• Data collection and storage
• Display of waveform charts, histograms, scatter plots, and heatmaps
• Configuration of overall experiment name, laser wavelength, laser power, sorting parameters, and fluid parameters
• Setting of sorting duration, sorting throughput, positive rate, droplet generation duration, droplet generation throughput, and droplet generation fluid parameters
• Automated operation of process recipes
• Saving of test logs and equipment operation logs

Micro-Droplet Recognition Module

• Capability of detecting and recognizing micron-level droplets, with an identification accuracy of over 98%
• Independent algorithm research and development, supporting sample data iteration
• Miniaturized design to save internal equipment space
• Automatic focusing design to save debugging time
• Excellent detection capability for complex, blurred, and defective images
• Simplified disassembly and assembly design for easy replacement of printing tube consumables

Well Plate Printing System

• Adopts dielectric field technology to realize micro-droplet dragging, ensuring efficient and accurate well injection
• High-precision displacement control to meet the printing requirements of 384/96 well plates
• Miniaturized design to save internal equipment space
• Supports continuous and custom well selection designs
• Simplified well plate picking and placing design to avoid displacement deviation during mobile printing
• Streamlined printing calibration mode for more user-friendly operation
• Waste liquid tank recovery design for effective waste liquid recycling and convenient secondary utilization