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产品特点

Build the whole industry chain ecosystem of organ chip technology, insight into the mystery of life science, help medical science and technology reform, and meet the individual needs of patients.

Free to specify a swing angle and speed

Support operation in incubators

Plate load: 16 plates

支持细胞芯片的发展与更新

It incorporates a high-content imager, forming a complete “culture-observation” system

It supports operation in CO₂ incubators

It simulates the fluid environment and gas-liquid interface environment for cell growth to enable automated culture

It consists of a flow controller and a culture flow system for chips

Automated sample loading

Customized experiments

No special liquid path system required

Use with high-content systems

Reduce errors and human errors

Automated culture to save labor

High throughput and good repeatability

Effectively simplify experiments

High throughput to improve experiment efficiency

Three-channel connection and fluid movement driven by gravity

Membrane-free hierarchical structure and unobstructed intercellular interaction

Unique liquid manipulation technology based on the solid edge effect

No special fluid system required

Use with high-content systems

Reduce errors and human errors

Save labor and simplify experiments

Upper and lower independent flow channels for simultaneous dynamic culture

High-throughput in vitro modeling of organ barrier

Accessory miniature culture kit

Accessory full-process traceability software system

Fast, automatic operation

Integrated AI learning library

Precise speed control <br>Fluid control system for precise flow rate control

Reassuring culture <br>A bubble removal unit is set to eliminate damage and other effects on cell growth during the culture

Simple and convenient <br>PnP-type VGA interface with independent intellectual property rights

A large number of cell spheres of uniform size can be obtained at once

Convenient and controllable

High-throughput

Anti-adhesion

支持细胞二氧化碳培养箱内运行

包含：芯片流路驱动控制器、芯片培养流路系统

可模拟细胞生长的流体环境和气-液界面环境，实现自动化培养

用于组织器官的自动化培养和构建

支持培养箱内运行

板装载量16板

角度控制精度达到±0.5°，控制范围0.5°-25°

提供连续摇摆功能和间隔摇摆

自由指定摇摆角度和摇摆速度

强大的抗外界温度干扰的能力

支持细胞芯片的发展与更新

小巧的培养箱结构，融合高内涵成像仪，形成一套完整的“培养-观测”系统

可以为细胞的持续观察，提供一个稳定的环境系统

可选配环控配件

快速、自动的操作方式

高精密的对焦分辨率

具备与全流程追溯软件系统的通讯接口

集成AI学习库

Z-STACK和3D分析

明场、相差、荧光成像

多层扫描智能算法

具有全自动洁净生产车间，产品批次间差异小

细胞可回收培养，高透光性、高通透性，方便实时跟踪观察

具有优良的生物相容性并具有权威机构检测认证报告

不含抗原物质和动物源性成分，无免疫源性，产品稳定成分明确

抗粘附

高通量

便捷可控

可一次性获得大量且大小均一的细胞球

自动化培养，节省人力

减少误差和人为操作失误

可匹配高内涵使用

不需要特殊液路系统

高通量，重复性好

自动化培养，节省人力

减少误差和人为操作失误

大大降低实验的复杂性

可匹配高内涵使用

不需要特殊液路系统

简单方便：自主知识产权VGA接口，即插即用

培养安心：加入气泡去除单元，消除培养过程中对细胞生长的损伤和其他影响

精准控速：流体控制系统，精准控制流速

High throughput

重力驱动

Automated training saves manpower

Full line of products

Picture Name

Free to specify a swing angle and speed

Picture Name

Support operation in incubators

Picture Name

Plate load: 16 plates

Picture Name

支持细胞芯片的发展与更新

Picture Name

It incorporates a high-content imager, forming a complete “culture-observation” system

Picture Name

It supports operation in CO₂ incubators

Picture Name

It simulates the fluid environment and gas-liquid interface environment for cell growth to enable automated culture

Picture Name

It consists of a flow controller and a culture flow system for chips

Picture Name

Automated sample loading

Picture Name

Customized experiments

Picture Name

No special liquid path system required

Picture Name

Use with high-content systems

Picture Name

Reduce errors and human errors

Picture Name

Automated culture to save labor

Picture Name

High throughput and good repeatability

Picture Name

Effectively simplify experiments

Picture Name

High throughput to improve experiment efficiency

Picture Name

Three-channel connection and fluid movement driven by gravity

Picture Name

Membrane-free hierarchical structure and unobstructed intercellular interaction

Picture Name

Unique liquid manipulation technology based on the solid edge effect

Picture Name

No special fluid system required

Picture Name

Use with high-content systems

Picture Name

Reduce errors and human errors

Picture Name

Save labor and simplify experiments

Picture Name

Upper and lower independent flow channels for simultaneous dynamic culture

Picture Name

High-throughput in vitro modeling of organ barrier

Picture Name

Accessory miniature culture kit

Picture Name

Accessory full-process traceability software system

Picture Name

Fast, automatic operation

Picture Name

Integrated AI learning library

Picture Name

Precise speed control
Fluid control system for precise flow rate control

Picture Name

Reassuring culture
A bubble removal unit is set to eliminate damage and other effects on cell growth during the culture

Picture Name

Simple and convenient
PnP-type VGA interface with independent intellectual property rights

Picture Name

A large number of cell spheres of uniform size can be obtained at once

Picture Name

Convenient and controllable

Picture Name

High-throughput

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