WALDNER｜下一代实验室，从这里展开

引言

从AI连接真实数据，到空间随科研而变——四场演讲，带你看实验室建设新趋势。

WALDNER专题演讲议程 

WALDNER Workshop Agenda

数字化基础架构 Digital Infrastructure

AI与真实数据 AI & Real Lab Data

未来实验室设计 Future Lab Design

模块化空间 Modular Spaces

1

演讲1 / Talk1

  Bungers

时间 / Time

• 第1天（16日），09:30- 10:30
• Day1（16th),09:30- 10:30

主题 / Topic

从实验室基础设施到自主实验室：为何数字化基础架构必须先行

From Lab Infrastructure to Self- Driving Labs: Why the Digital Backbone Comes First

摘要 / Abstract

自主实验室有望实现自主实验、AI辅助决策和全天候运行。然而，大多数实验室尚无法可靠地掌握哪些设备正在运行、哪台冰箱在夜间出现温度偏移，或通风柜消耗了多少能源。自主运行并非始于机器人，而是始于一个能够了解自身状态的实验室。

Self- driving labs promise autonomous experimentation, AI- guided decisions and round- the- clock operation. Most labs, however, can't yet say reliably which device is running, which fridge drifted overnight or how much energy their fume hoods use. Autonomy doesn't start with robots. It starts with a lab that knows itself.

Waldner 实验室控制中心 (LCC) 正是为此而打造。它连接不同制造商的设备、传感器、通风柜及楼宇系统，将分散的信号整合为具有完整背景信息的统一可信数据源，让安全状况一目了然，实现实际节能，并提供可供人员与机器采取行动的数据。

Waldner's Lab Control Center (LCC) is built for exactly that. It connects devices, sensors, fume hoods and building systems from any manufacturer and turns scattered signals into a single source of truth with full context. That brings safety at a glance, real energy savings and data that people and machines can act on.

每一个希望实现自主运行的实验室，都需要这样的数字化基础架构。问题在于，是从设计之初就将其纳入，还是日后付出高昂成本进行改造。

Every lab that wants to become autonomous will need this backbone. The question is whether it's designed in from day one or retrofitted later at great cost.

讲者 / Speaker

Simon Bungers

Waldner数字业务总监，德国旺根

Director Digital Business, Waldner, Wangen (Germany)

简介 / Short bio

拥有神经科学与分子生物学专业背景的连续创业者，在实验室数字化及自动化领域拥有超过 15 年的经验。

Trained neuroscientist and molecular biologist, serial entrepreneur, with more than 15 years in lab digitisation and automation.

2

演讲2 / Talk 2 

 Matthias Schuh

时间 / Time

• 第 1 天 (16 日), 14:30- 15:10 
• Day 1 (16th), 14:30- 15:10

主题 / Topic

不止于聊天机器人：让 AI 连接真实实验室数据

Beyond Chatbots: Connecting AI to Real Lab Data

摘要 / Abstract

“上周哪些培养箱出现过温度偏差？”向聊天机器人提问，你可能可以获得一个听起来令人信服、却完全错误的答案。向连接了实验室的 AI 提问，你得到的则是有数据支撑的事实。

“Which incubators had temperature deviations last week” Ask a chatbot and you get an answer that sounds convincing and may be completely wrong. Ask an AI connected to your lab and you get the facts, with the data to back them up.

区别不在于模型是否更聪明，而在于能否获取正确的数据。MCP 和 OPC UA LADS 等开放标准，使 AI 能够直接与实验室控制中心交互，查询设备状态和测量数据，并基于其真正理解含义的数据进行推理。

The difference isn't a smarter model. It's access to the right data. Open standards such as MCP and OPC UA LADS let an AI talk directly to the Lab Control Center, query device states and measurements, and reason over data whose meaning it actually understands.

现场演示将展示 AI 实验室助手如何用自然语言回答真实实验室中的实际问题。这是迈向自主实验室切实可行的第一步：实验室不仅能报告其中发生的情况，还能帮助决定下一步行动。

Watch it happen live: an AI lab assistant answering real questions about a real lab in plain language. It's a practical first step towards labs that don't just report what happens in them but help decide what happens next.

讲者 / Speaker 

Matthias Schuh

essentim GmbH创始人兼总经理

慕尼黑（Waldner旗下公司）

Founder & Managing Director, essentim GmbH, 

Munich (a Waldner company)

简介 / Short bio

机械工程师，最初参与大学研究项目，开发 CO2CO2 培养箱，随后创立essentim，专注于数字化实验室的物联网及传感器系统。essentim自2025年起成为Waldner集团的一员。

Mechanical engineer. Started out in a university research project developing CO2CO2 incubators, then founded essentim, which specialises in IoT and sensor systems for the digital lab. essentim has been part of the Waldner Group since 2025.

3

演讲3 / Talk3

林轶凡/LinYifan

时间 / Time

• 第二天（17日），09:30- 10:30
• Day2（17th），09:30- 10:30

主题 / Topic

未来实验室建设发展趋势与设计趋势

Future Laboratory Development: Development and Design Trends

摘要 / Abstract

一个为今天设计的实验室，能否适应明天的科研？研究方向、团队规模和设备需求都可能改变。如果空间布局、基础设施和工作流程在交付时就被固定下来，每一次变化都可能变成一次改造。面向未来的实验室，不只是容纳更多技术，而是为变化留出空间。

Can a lab designed for today support tomorrow's research Research priorities, team sizes and equipment needs can all change. When layouts, infrastructure and workflows are fixed at handover, each change can become a building project. A future- ready lab isn't simply one with more technology. It's one designed to accommodate change.

从国际实验室趋势与项目案例出发，本次演讲将探讨协作、数字化、可持续发展和使用者体验如何影响实验室设计，并将这些方向落实到模块化空间、灵活基础设施及清晰的实验流程中。设计的重点不再只是设备摆在哪里，而是人员、实验与空间如何更好地协同。

Drawing on international lab trends and project examples, this talk explores how collaboration, digitalisation, sustainability and user experience shape laboratory design—and how these priorities translate into modular spaces, flexible infrastructure and clear experimental workflows. The focus shifts from where equipment fits to how people, experiments and spaces work together.

真正的考验不只在交付当天，更在下一次科研需求改变时。本次演讲将讨论如何在规划阶段兼顾当前运行与长期适应性，从建设投入转向全生命周期价值，让实验室能够随科研持续发展。

The real test comes not just on opening day, but when research needs change. This talk considers how early planning can balance day- to- day operation with long- term adaptability, shifting the discussion from construction cost to whole- life value so the laboratory can evolve with the science.

讲者 / Speaker

林轶凡 Yifan Lin

Waldner亚太区副总裁

Vice President Asia Pacific, Waldner

简介 / Short bio

参与全球多个科研建筑从概念规划到落地的项目，拥有超过 10 万平方米的科研设施规划与建设管理经验。以用户需求为核心，融合国际经验与创新设计，兼顾空间效率、人体工学及文化特色，打造高品质科研工作环境。参与项目包括罗氏上海创新中心、绿谷制药全球研发中心及苏州市疾病预防控制中心新建项目等。

Experienced in research building projects worldwide, from concept planning through project delivery, with a track record spanning more than 100,000 square metres of research facility planning and construction management. Combines international experience and innovative design with a user- centred approach, balancing spatial efficiency, ergonomics and cultural context to create high- quality research environments.

Projects include Roche Innovation Center Shanghai, Green Valley Pharmaceutical's global R&D centre and the new facilities for the Suzhou Center for Disease Control and Prevention.

4

演讲4 / Talk4

Sarah

时间 / Time

• 第2天（17日），14:30- 15:10

• Day2(17th),14:30- 15:10

主题 / Topic

灵活天花：重新定义实验室空间DIMENSION: Rethinking the Laboratory Space

摘要 / Abstract

实验台可以移动，实验室就足够灵活了吗？如果电源、数据、水气接口仍停留在原来的位置，新的布局往往只能停留在图纸上。真正的灵活性，不只是家具能移动，而是基础设施能够跟着实验需求一起调整。

If the benches can move, is the lab really flexible When power, data, water and gas connections stay in their original positions, a new layout can remain little more than a drawing. Real flexibility isn't just about moving furniture. It's about infrastructure that can adapt with the experiment.Waldner Dimensions 

将灵活性带到吊顶与基础设施层面。以模块化吊顶网格为基础，整合照明、通风与空调、电气、介质供应及隔墙，让不同系统在统一框架下协调设计。可调整的介质模块将所需接口带到使用位置，支持实验台与设备布局的变化，而不只是围绕固定接口安排工作。

Waldner Dimensions brings flexibility into the ceiling and infrastructure. A modular ceiling grid provides the basis for coordinated lighting, ventilation and air conditioning, electrical installations, media supplies and partition walls. Adaptable service modules bring connections to the point of use, supporting changes to bench and equipment layouts rather than making the work fit around fixed outlets.

本次演讲将从灵活吊顶与介质供应出发，说明模块化基础设施如何支持空间重组、介质扩展和后续维护，并减少改造对实验室工作的干扰。关键不只是建成一个适合当前需求的实验室，而是让下一次调整不必从头开始。

Starting with flexible ceiling systems and media supply, this talk explains how modular infrastructure supports space reconfiguration, service expansion and maintenance while reducing disruption to laboratory work. The aim isn't just to build a lab that fits today's needs. It's to make sure the next change doesn't mean starting again.

讲者 / Speaker

张维燕 Sarah Zhang

同济大学工程管理专业，理学学士

持有PMP项目管理专业人士认证

BSc in Engineering Management, Tongji University; 

Project Management Professional (PMP) certified.

简介 / Short bio

拥有超过12年的行业经验，参与过多个国内大型研发中心项目。深入理解客户需求，擅长项目过程中的客户沟通。

More than 12 years of industry experience, with involvement in numerous major R&D centre projects in China. Brings a strong understanding of client needs and expertise in in-depth client communication throughout project delivery.

*以上文字和图片来自仕华那（上海）科技有限公司