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Scientist peers into microscope, with icons showing temperature control and real-time data collection
实际应用

借助 Smart Lab Ecosystem 实现灵活性

采用模块化基础设施,创建安全、灵活、节能且适应性强的研究与实验室空间。Smart Lab Ecosystem 的方法支持可扩展性和可持续性,同时可最大限度地减少停机时间。

The Smart Lab Ecosystem enables faster planning and realization by moving from serial workflows to parallel processes and by seamlessly linking the real and digital worlds. Standardized, plug‑and‑play infrastructure combined with industrial prefabrication ensures high installation quality while enabling flexible room layouts and efficient on‑site assembly.

Integrated connectivity and immersive 3D visualization support collaboration across in‑person, remote and hybrid scenarios, helping to reduce complexity throughout planning and operation. This approach supports efficient operations, high levels of user comfort and safety, and sustainable resource use through optimized space utilization, minimized energy consumption, and the consistent reuse of modular elements.

Smart lab ecosystem visual.

A fundamentally new approach

Changing workflows and higher demands for flexibility, safety and sustainability exceed the limits of conventional lab concepts. The Smart Lab Ecosystem addresses these challenges with a modular, standardized and digitally enabled infrastructure framework designed for adaptable research spaces.

Modular, plug‑and‑play infrastructure framework

The Smart Lab Ecosystem is a modular infrastructure kit that enables the flexible composition of room segments, devices and sensors. Standardized, plug‑and‑play components allow laboratory spaces to be configured, adapted and expanded as requirements change, supporting a wide range of workflows and functions throughout the lifecycle of the lab.

Designed as an open and vendor‑agnostic hub, the Smart Lab Ecosystem enables the integration of add‑on technologies from different providers. This modular approach ensures interoperability while allowing laboratories to combine specialized solutions within a consistent, scalable system architecture.

Digitalization through digital twin, CDE and BIM

Digitalization is a core element of the Smart Lab Ecosystem. Digital twin technology, a common data environment (CDE) and building information modeling (BIM) create a shared digital representation of the laboratory, connecting planning data directly with physical infrastructure.

This creates a consistent connection across planning, execution and operation, making it easier to coordinate disciplines and manage changes. As a result, laboratory environments can be developed, adapted and scaled more flexibly over time while maintaining a coherent and reliable overall system.

Designed for connectivity, collaboration and sustainability

The Smart Lab Ecosystem is designed to maximize connectivity and collaboration across people, spaces and systems. Integrated digital and physical components support collaboration in complex research environments. At the same time, the system is designed with energy efficiency, sustainability and circularity in mind, supporting the optimized use of space and equipment and the reuse of modular elements over time.

面向生命科学初创企业的下一代智慧实验室

Siemens 的 Smart Lab Ecosystem 为这家德国生命科学初创企业打造了节能、安全且适应性强的空间。这有助于众多企业加速研究进程、扩大运营规模并展示创新成果。

Current Partners in the Smart Lab Ecosystem

Designed as an open, ecosystem-based approach, the Smart Lab Ecosystem goes beyond a closed product portfolio. In collaboration with selected partners, it enables flexible integration of complementary technologies within a standardized system.