Cell biology is an important basic discipline in life sciences. With the rapid development of biological sciences, the demand for cell biology research is increasing, especially in the fields of drug development, gene editing, and disease model establishment. Traditional manual cell culture, analysis, and screening methods are inefficient and easily affected by human factors, resulting in unstable and inaccurate experimental results. When processing a large number of samples, traditional methods are difficult to meet the high-throughput requirements of experiments, limiting the progress of research. With the continuous development of automation technology, the application of technologies such as robots, sensors, and computer vision is becoming more and more extensive, providing a technical foundation for cell biology automation. The automation platform developed and produced by Naiyou Bio provides a full range of automation solutions for cell biology research, realizing precise control and automated operation of cell culture, analysis, screening and other processes, and improving the efficiency and accuracy of experiments.
Organoids are three-dimensional multicellular in vitro cultures formed by self-organization of stem cells. They are usually regarded as simplified models of tiny organs. They show great potential in research fields such as growth and development, disease modeling and drug development, and have become an important development direction for tissue engineering and regenerative medicine. The traditional organoid culture system is based on manual operations to build an organoid growth environment and conduct organoid drug screening. However, errors are introduced due to poor stability and uniformity levels of repeated manual operations, which affects the stability of organoid culture and screening results. In order to meet the needs of organoid automation, NAYO has launched the A8 series of liquid handling workstations to assist in the transformation and application of organoids.
Cell plating, drug gradient dilution and other processes
Organoid drug sensitivity testing process
As an important tool for cell analysis, flow cytometry is widely used in many fields such as immunology, hematology, oncology, cell biology, etc. With the increase in scientific research and clinical needs, the market demand for flow cytometry is also growing. In the sample pre-processing process of flow cytometry, problems such as human operation errors and antibody loss are common, which may lead to inaccurate and wasteful data. The introduction of an automated sample pre-processing system can reduce human errors, improve sample processing efficiency, and ensure the accuracy and reliability of experimental data. To this end, NAYO has launched a series of products to assist in flow cytometry.
Senario A: Blood cell
Senario B: 3D organoid construction
Senario C: Subculture
Senario D: Drug Screening
Fast pipetting of 96 or 384-well plates
Cell gradient dilution can be achieved
Optional 8-channel or flexible 1/2-channel pipetting
Flexible and fast
Automated plate transfer, free transfer between 96 and 384-well plates
Highly automated: Full process automation, no manual intervention required
Precise and efficient: Precise and batch pipetting to improve accuracy and repeatability
Open and compatible: Compatible with different types of standard SBS well plates and other consumables
Safe and efficient: Built-in high-efficiency UV disinfection system and HEPA air filtration system
Function expansion: Optional temperature control, oscillation and other functional modules
Simple operation: Simple interface, flexible editing, one-click start
Fast pipetting of 96 or 384-well plates
Cell gradient dilution can be achieved
Optional 8-channel,96-channel or flexible 1/2-channel pipetting
Flexible, fast and high-throughput
Automated plate transfer, free transfer between 96 and 384-well plates
Highly automated: Full process automation, no manual intervention required
Precise and efficient: Precise and batch pipetting to improve accuracy and repeatability
Open and compatible: Compatible with different types of standard SBS well plates and other consumables
Safe and efficient: Built-in high-efficiency UV disinfection system and HEPA air filtration system
Function expansion: Optional temperature control, oscillation and other functional modules
Simple operation: Simple interface, flexible editing, one-click start
Compatible with reaction system preparation in different consumables such as EP tubes, 96-well plates, 384-well plates, etc.
Precise, flexible and fast pipetting
Whole plate pipetting, plate duplication, 96-well and 384-well plate conversion
Optional 8-channel, 96-channel or 1/2 flexible channel pipetting
Function expansion, optional temperature control, oscillation and other functional modules
Compatible with reaction system preparation in different consumables such as EP tubes, 96-well plates, 384-well plates, etc.
Precise, flexible and fast pipetting
Whole plate pipetting, plate duplication, 96-well and 384-well plate conversion
Optional 8-channel, 96-channel or 1/2 flexible channel pipetting
Function expansion, optional temperature control, oscillation and other functional modules
Highly automated: Full process automation, no manual intervention required
Precise and efficient: Precise and batch pipetting to improve accuracy and repeatability
Open and compatible: Compatible with different types of standard SBS well plates and other consumables
Safe and efficient: Built-in high-efficiency UV disinfection system and HEPA air filtration system
Function expansion: Optional temperature control, oscillation and other functional modules
Simple operation: Simple interface, flexible editing, one-click start
Highly automated: Full process automation, no manual intervention required
Precise and efficient: Precise and batch pipetting to improve accuracy and repeatability
Open and compatible: Compatible with different types of standard SBS well plates and other consumables
Safe and efficient: Built-in high-efficiency UV disinfection system and HEPA air filtration system
Function expansion: Optional temperature control, oscillation and other functional modules
Simple operation: Simple interface, flexible editing, one-click start
