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未来实验室.pdf

上传人: 淡然 编号:732588 2025-07-19 15页 2.65MB

1、Unispace Life SciencesFuture LabsFuture LabsStrategies for designing and building laboratories that adapt,innovate,and thrive2Unispace Life SciencesFuture LabsDesign spaces that enableintegrated technologyUnispace Life SciencesFuture LabsThe Future Labs frameworkDesign spaces that enable integrated

2、technologyPrioritize the foundations of innovationAttract and retain talent through thoughtful designCraft sustainable environmentsPeopleScienceEnvironmentTechnologyScan QR to download our full whitepaperFuture Labs Accelerates R&D project cycle on drug discovery Creates a virtual collaborative plat

3、form space Achieves faster reliance&recognition for new Science and Technology developments Helps introduce new era of discoveries in science and technology Future LabsDigital Twin labtechnologyCyber and bio safety securityAI applied and VRtechnologyLIMS Lab Information Management SystemRegulatorsGo

4、 to marketProductionR&DQuantum computingFuture Labs Multiverse:The Ecosystem for advanced Integrated technologies Systems Future Labs Ecosystem1.AI Cloud labsoAI System EngineersoData Controller2.Scientist-robot interaction New Materials R&D3.Plug-in and lab spaces Cell-Gene-Molecule R&D4.Intelligen

5、t labsData Scientist and R&D Scientist5.AI Generative labsoData ConnectorsoData scientists 12345The future is nowRequirements for designing,engineering&building spaces for quantum computing:Stable lab temperatureHeat output of equipment/t must be calculated and verified for room cooling systemChille

6、d water distribution system to equipment with specific(constant)chilled water temperature and flow ratesCompressed air distributionLab gasesStatic dissipative flooringClean electrical earthClean room facility(ISO 7/ISO 6)Good floor to ceiling heights 7Unispace Life SciencesFuture LabsCraftSustainabl

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根据报告的内容,全文主要内容概括如下: - **未来实验室框架**:设计适应、创新和繁荣的实验室空间。 - **核心优势**: - 加速药物发现研发周期。 - 创建虚拟协作平台空间。 - 快速依赖和认可新技术发展。 - 引入科学和技术的全新发现时代。 - **关键技术**:数字孪生实验室技术、AI和VR技术、量子计算。 - **生态系统**:AI云实验室、科学家-机器人交互、新材料研发、智能实验室。 - **可持续性**:优化实验室流程、适应性和灵活性、精益方法、创新能源回收、可持续材料。 - **人员支持**:平衡功能与美学、开放协作空间、培训和教育区域、考虑人体工程学、绿色空间和自然光、神经多样性、共享核心设施、展示科学、综合便利设施和健康计划。 - **设计原则**:高效、安全、远程访问、集成自动化技术、可持续、降低资本和生命周期成本。
创新设计揭秘" 如何打造高效空间?" 绿色设计新趋势"
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