Home Products Optoelectronic Tweezer System OptoBot® 1000 Series High-Throughput Single-Cell Optofluidic Sorting System
OptoBot® 1000 Series High-Throughput Single-Cell Optofluidic Sorting System

OptoBot® 1000 Series High-Throughput Single-Cell Optofluidic Sorting System

Optoelectronic Tweezer System
This system utilizes optoelectronic tweezers and automated microfluidic chips to perform high-throughput cell screening, lowering labor and material costs and reducing experiment times from months to weeks. It features fully automated workflows, real-time cell monitoring, and high data reproducibility without compromising cell viability. With an intuitive interface, built-in imaging, and a GMP and FDA 21 CFR Part 11 -compliant design, its flexible configurations meet ISO Class 5 or BSC Class II standards for a range of lab environments.
Product Features
  • Full-process automation
  • Intuitive user interface
  • AI-powered analysis software
  • Smart system monitoring
  • Biosafety protection
  • On-chip cell culture
OptoBot® 1000 Series High-Throughput Single-Cell Optofluidic Sorting System


功能英文1 (1).png功能英文1 (2).png功能英文1 (3).png

Areas of Interest
Cell and Gene Therapy (CGT)
Cell Line Development
Antibody Discovery
Cell and Gene Therapy (CGT)
A high-throughput, automated workflow isolates target single cells from transient co-cultures for downstream analysis, enabling multidimensional characterization of T cell potency at single-cell resolution. Images captured during isolation allow for the tracking of specific cells or cell types.
Cell Line Development
By culturing and isolating monoclonal cells, we conduct functional validation and expression profiling to screen for cell lines with high expression and stability. Our integrated workflow enables high-yield cell line screening within five days using precision single-cell manipulation.
Antibody Discovery
The process isolates single B cells and validates the function of their secreted antibodies to screen for high-specificity candidates. Subsequent sequencing and bioinformatics analysis align sequencing data with functional data, enabling the identification of specific antibody sequences.
Product Comparison



OptoBot® 1000 Series Equipment Configurations Table


Appearance
Equipment Model
Configuration
Application
3.png OptoBot® 1000 Express Positive Pressure System Cell Line Development
2.png OptoBot® 1000 Negative Pressure System Antibody Discovery、T-cell Characterization
1.png OptoBot® 1000 Plus Negative Pressure System Cell Line Development、Antibody Discovery、T-cell Characterization



OptoTrap Chip®  Models and Applications Table



Appearance

 Nanowell number
 Application
1750.png 1750 Cell Line Development
3500.png 3500 Cell and Gene Therapy
14k.png 14K Antibody Discovery
24k.png 24K Antibody Discovery
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