Köttermann marks 80 years of innovation with connected laboratory platform solutions

In 2026, Köttermann celebrates its 80th anniversary by demonstrating at analytica 2026 in Munich, Germany, how traditional laboratory furniture is evolving into digitally connected platform solutions that link devices, data and safety systems to support laboratory digitalisation and sustainable planning.

From isolated laboratory furniture to connected platforms

In the past, a fume cupboard functioned primarily as an extraction workstation, while a refrigerator next to the workstation cooled samples. These units operated independently, without any communication between them or with other systems. This situation has fundamentally changed as laboratory infrastructure has become an active part of connected laboratory environments.

Modern laboratory infrastructure now goes beyond protective and storage functions. It integrates devices and monitoring technologies into connected processes, transforming previously isolated solutions into communicating systems. At analytica 2026, Köttermann demonstrates this shift through a connected sample workflow that links storage, preparation, analysis and documentation.

Connected sample workflows at analytica 2026

At analytica 2026, Köttermann presents a connected sample workflow that illustrates how laboratory infrastructure can support end-to-end digital processes. The workflow begins with cooled and continuously monitored sample storage, continues with sample preparation and analysis inside the fume cupboard, and concludes with digital documentation.

All components in this workflow interact seamlessly. Siemens technologies record energy consumption and quality data in real time, while laboratory processes are digitally documented. In laboratory environments, this level of transparency creates new opportunities to identify sources of error at an early stage and to optimise energy-intensive processes in a targeted manner.

Laboratory infrastructure as a driver of sustainability

Laboratory infrastructure is becoming an active component of sustainable laboratory planning. Fume cupboards are among the largest consumers of energy in laboratories, making efficient operation increasingly important for operators and planners.

Modern exhaust air control systems regulate air volumes according to demand and, in combination with intelligent control technology, enable significant energy savings. A closed sash reduces energy consumption considerably. In Köttermann fume cupboards, the electronic control unit Köttermann TouchTronic enables users to adjust the sash effortlessly and to control exhaust air individually according to specific requirements.

Connectivity enhances laboratory safety

Connectivity in laboratory infrastructure also improves safety in day-to-day operations. Systems that monitor devices and operating conditions detect irregularities and support rapid responses in exceptional situations.

At analytica 2026, Köttermann presents Siemens fire protection solutions that can be integrated directly into the fume cupboard. Special sensor technology automatically activates fire suppression when a critical temperature threshold is reached. Fires are therefore detected and extinguished quickly. This increases safety in everyday laboratory work and allows staff greater freedom to focus on other tasks away from the fume cupboards.

Early digitalization: Köttermann in the 1980s

Köttermann’s role in laboratory digitalisation dates back to the early 1980s, when the company integrated digital control technology into environmental simulators. To achieve this, an interface between analogue and digital technology first had to be created. Köttermann technician Walter Schacht, together with another expert, succeeded in developing this interface.

The result was the first computer-supported climate control programme. “Even a child could program sequences with it,” recalled Walter Schacht. In many laboratories, computers entered everyday operations through this route, as purchasing departments often rejected computers as standalone investments due to high costs. Combined with the simulator, however, the new technology became economically viable for laboratory use.

The computer-controlled environmental simulators enabled both graphical visualisations and automated workflows. As a result, a purely functional device evolved into a controllable technical platform that anticipated many aspects of later smart laboratory concepts.

Foundations for the smart laboratory

Köttermann’s long-standing work with digital control systems underpins current developments in connected laboratory platforms. “Digitalization in the laboratory did not begin at Köttermann today. Many of the requirements now discussed under the term ‘smart laboratory’ have accompanied us for decades,” explains Dr. Christof Behrens, Head of Product Management at Köttermann.

By combining robust physical infrastructure with digital monitoring, control and data capture, Köttermann aims to support laboratories in implementing smart laboratory strategies that enhance efficiency, safety and data quality.

Steel-based infrastructure as a stable platform

Köttermann laboratory infrastructure made of steel is designed to be durable and flexibly expandable, creating a stable framework into which modern technologies can be safely integrated. This approach supports laboratories that not only fulfil functional requirements but also actively support processes and minimise risks.

Such laboratories are the result of close cooperation between different technology partners. Strong networks are becoming increasingly important in the laboratory sector, enabling integrated solutions that combine furniture, devices, digital systems and safety technologies.

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