Bio-Architect SR

Open architecture, more freedom of modification and expansion

• Open and modularized system architecture, hardware and software support users to modify and expand according to research needs.

A wide range of printheads and algorithms to facilitate diverse exploratory research

• Equipped with Z-Plus™ printhead technology, it supports modular printheads such as temperature-controlled extrusion, micro-droplet jetting, and light curing, which enables multi-channel synergistic/synchronized printing of cells, hydrogels, polymers, and inorganic materials.
• A hardware and software system designed specifically for bio-3D printing, providing a rich set of print path design algorithms, model libraries and manipulation methods.

 Compact and functional

• A variety of printing modules are integrated into a small volume, making it easy to transport and flexible enough to fit into an environment such as an ultra-clean bench.
• Clean design, in line with the requirements of laminar flow ultra-clean environment, to ensure that the printing process is clean and sterile.

Intelligent interactive system, easy to learn and use

• The human-computer interaction system for research-level users intelligently completes tedious operations such as calibration, cleaning, and light curing, making it simple and easy to learn to use.

开放化架构，改装与扩展更自由  

• 开放化、模块化系统架构，软硬件支持用户根据研究需求进行改装与扩展。

丰富的喷头与算法，助力多样化的探索研究  

• 搭载Z-Plus™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。
• 专为生物3D打印设计的软硬件系统，提供丰富的打印路径设计算法、模型库与操控方法。

小巧结构，功能俱全 

• 小体积内集成多种打印模块，便于搬运，可灵活放入超净台等实验环境。
• 洁净化设计，符合层流超净环境要求，保障打印过程洁净无菌。

智能交互系统，易学易用  

• 面向研究级用户的人机交互系统，智能完成校准、清洁、光固化等繁复操作，学习使用简单方便。