Miniaturised transport biosecurity system hardware that is 3D printed, next-generation, data-connected, machine learning with integrated biological configurability

生物科技公司(英国剑桥)正在开发下一代生命科学自动化，利用3D打印的数字优势进行制造和开发。生物的开创性和高度集成的数字硬件架构允许创建强大和负担得起的3D打印生物处理单元(“BPU”)。这些BPU可以快速开发和执行新的、高价值和大容量的生物工作流程。该项目已经吸引了主要利益相关者的强烈兴趣，正在向具有集成机器学习和生物可配置性的世界领先的3D打印下一代4G/5G数据连接的微型运输生物安全系统硬件发展。该平台使高度可配置、低维护的硬件能够连续检测病原体。最后的发展可能适用于用于预防大流行目的的民用或国防生物安全应用。

BiologIC Technologies (Cambridge UK) is developing the next-generation of life science automation fabricated from, and exploiting, the digital benefits of 3D-printing. BiologIC's pioneering and highly integrated digital hardware architectures allow the creation of powerful and affordable 3D-printed bio-processing units ("BPUs"). These BPUs allow rapid development and execution of novel, high-value and high-volume biological workflows.This project, which has already attracted strong interest from major stakeholders, develops towards world leading 3D-printed next-generation 4G/5G data-connected miniaturised transport biosecurity system hardware with integrated machine learning and biological configurability.The platform enables highly-configurable, low-maintenance hardware for the continuous detection of pathogens. The final development could be applicable for civil or defence biosecurity applications for pandemic prevention purposes.