Bio-Architect X

Integrated support for interdisciplinary research, clinical translation and technology services

• Platform-level design, integrated and integrated environmental control, printing, monitoring, cultivation and other modules, to support multi-disciplinary direction of research, production and technical services.

Feature-rich, full-structure 3D imaging and high-fidelity printing support

• Equipped with MCT ®️ technology, it supports real-time monitoring of the printing process and high-resolution imaging of the entire structure for high-fidelity printing.
• Equipped with MTS ®️ Multi-Jet Printhead technology, it supports temperature controlled extrusion, micro-droplet jetting, light curing and other modular printheads for multi-channel synergistic/synchronized printing of cells, hydrogels, polymers and inorganic materials.
• A hardware and software system developed based on the needs of bio-3D printing, providing rich print path design algorithms, model libraries and manipulation methods.

Outstanding performance and print quality

• Integrated intelligent ultra-clean control system, fully enclosed high-precision modules to meet the needs of high cleanliness and high-precision printing.
• Equipped with DISTRIBUTED TC ®️ distributed high-precision temperature control technology, the temperature control is fast, wide range and high precision.

Good compatibility and high degree of intelligence

• The human-computer interaction system for multi-disciplinary users is compatible with diverse disciplinary backgrounds and operating habits, and can automatically sense and collaborate with user operations, making it easy to learn and use.

一体化支持多学科交叉研究、临床转化与技术服务  

• 平台级设计，一体化集成环境控制、打印、监测、培养等模块，支持多学科方向的研究、生产与技术服务。

功能丰富，支持全结构3D成像与高保真打印  

• 搭载MCT®️技术，支持打印过程实时监控和全结构高分辨成像，实现高保真打印。
• 搭载MTS®️多喷头技术，支持温控挤出、微滴喷射，光固化等模块化喷头，可实现细胞、水凝胶、高分子和无机材料等的多通道协同/同步打印。
• 基于生物3D打印需求开发的软硬件系统，提供丰富的打印路径设计算法、模型库和操控方法。

性能突出，打印品质好  

• 集成智能化超净控制系统，全封闭高精度模组，满足高洁净度和高精度打印需求。
• 搭载DISTRIBUTED TC®️的分布式高精度温控技术，温度控制速度快、范围广、精度高。

兼容性好，智能化程度高  

• 面向多领域用户的人机交互系统，兼容多样化学科背景和操作习惯，可自动感应和协作用户操作，学习使用简单方便。