了解傲睿生物技术如何拓展新的可能
Learn about more innovation possibilities of Aurefluidics biotechnology
单细胞打印系统
Single Cell Dispensing and Printing System
- 单细胞 Single cell
- 高通量 High throughput
- 皮升级Pico-Liter Volume
傲睿科技自主研发的单细胞分选打印系统，采用CMOS-MEMS标准工艺制造的喷射打印头，具备高通量、高精度、多材料、高可靠性等优势，可实现精准单细胞打印、皮升微液滴操作等应用，具有良好的生物兼容性，打印细胞存活率超过90%。 模块化的控制系统和软件接口，具备可编程的流程化、自动化作业能力，灵活高效；具备完整的二次开发接口，可方便进行系统优化和平台对接。
The high-throughput single cell dispensing and printing system independently developed by Aurefluidics Technology adopts the jet print head manufactured by CMOS-MEMS standard process. It has the advantages of high throughput, high precision, multi materials and high reliability. It can realize applications such as accurate single-cell printing and pico-liter droplet operation. It has good biological compatibility and the survival rate of printing cells exceeds 90%. Modular control system and software interface, with programmable process and automatic operation ability, flexibility and efficiency; It has a complete secondary development interface, which can facilitate system optimization and platform docking.
器官芯片平台
MIMICUP
MIMICUP微流控细胞培养板的特殊插拔式细胞培养小杯设计利于使用者操作与高通量设计，
左侧为其侧视结构图。培养小室底部带有高分子多孔膜(0.45um孔径)与特殊密封层设计，
前者提供多细胞三维立体共培养支架，后者在细胞培养版安装完成后可形成用于动态灌流培养的密封流道，
本产品带有4个独立通道,每个独立通道上有6个培养小室，
可做为复孔或是多器官连通模型使用。
The special plug-in cell culture cup design of the MIMICUP microfluidic cell culture plate is convenient for user operation and high-throughput design.
The left side shows its side view structure diagram. The bottom of the cultivation chamber is equipped with a polymer porous membrane (0.45um pore size) and a special sealing layer design,
The former provides a multi cell three-dimensional co culture scaffold, while the latter can form a sealed channel for dynamic perfusion culture after the installation of the cell culture plate,
This product comes with 4 independent channels, each with 6 cultivation chambers,
It can be used as a multi pore or multi organ connectivity model.
3D仿生模型（类器官）构建系统
ACMS 1000
ACMS 1000 3D仿生模型（类器官）构建系统是一种高精度生物打印机，
利用先进的液滴控制技术进行精细的细胞打印，可实现液滴里的单细胞打印控制。
藉由在合适的ECM表面(如基质Matrigel)接种定量的细胞群落阵列，
经过一定周期细胞三维培养后这些细胞群落能在ECM表面生长成粒径均一的标准化细胞阵列。
根据用户的构建需求ACMS 1000能够通过程序自动调整细胞群落的大小、个数及种类分布，
进而实现模型构建的高精度控制。
The ACMS 1000 3D biomimetic model (organoid) construction system is a high-precision biological printer.
By utilizing advanced droplet control technology for precise cell printing, single cell printing control in droplets can be achieved.
By inoculating a quantitative cell community array on a suitable ECM surface (such as matrix), after a certain period of three-dimensional cell culture, these cell communities can grow into standardized cell arrays with uniform particle sizes on the surface of ECM.
ACMS 1000 can automatically adjust the size, number, and species distribution of cell communities through programs based on user construction requirements,
Thus achieving high-precision control of model construction.
器官芯片活细胞工作站
Mimicup Imager
本工作站配合活细胞培养系统使用，可对芯片中的细胞进行长时间的明场观测，形成一个一体化的活细胞工作站。
Mimicup Imager can be used in conjunction with a live cell culture system to perform long-term open field observation of cells in the chip, forming an integrated live cell workstation.
手持生物打印机
Handheld bio printer
- 高通量 High throughput
- 单细胞 Single cell
- 皮升级Pico-Liter Volume
傲睿自主研发的手持式高通量生物打印机，采用CMOS-MEMS标准工艺制造的喷射打印头，具备高通量、高精度、高可靠性等优势，可实现精准单细胞打印、皮升 微液滴操作等应用，具有良好的生物兼容性，打印细胞存活率超过95%, 操作简便。
The handheld high-throughput bio printer independently developed by Aurefluidics adopts the jet print head manufactured by CMOS-MEMS standard process. It has the advantages of high throughput, high precision and high reliability. It can realize applications such as accurate single-cell printing and pico-liter droplet operation. It has good biological compatibility and is easy to operate with the survival rate of printing cells exceeds 95%.
专用生物打印头
Bio printing cartridge
高通量 High throughput
高分辨率 High resolution
皮升级液滴控制 Pico-liter volume control
高可靠性 High reliability
采用CMOS-MEMS工业制造，内部集成温度传感器，能显著提高打印质量和稳定性。
打印头和墨仓专为一次性使用设计，减少生物交叉污染风险。
CMOS-MEMS industrial manufacturing and internal integrated temperature sensor can significantly improve the printing quality and stability.
Print-head and cartridge integrated design and one time usage can eliminate the risk of cross contamination.
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