Meet us at Analytica 2026 in Munich

  • 📍 Booth 103 – Hall A1 – Munich, Germany

  • 📅 March 24–27, 2026

Visit Meerstetter Engineering at Analytica 2026 and discover how precision temperature control, laser control and heat flux sensing increase system stability and accelerate your development cycles.





Swiss-engineered technology at Analytica 2026

  • ✅ High-end TEC controllers for demanding applications
  • ✅ Laser diode drivers for CW, QCW and pulsed applications
  • ✅ Next generation heat flux sensors with live demonstration
  • ✅ Custom electronic and control solutions tailored to your system

Proven worldwide with over 78’000 devices delivered, an average MTBF of 32 years and customers in 85+ countries across medical, photonics and industrial applications. Engineered, assembled and tested in Switzerland.




Why should you visit us?

  • ✅ Explore our latest hardware and software innovations
  • ✅ Improve temperature stability in sensitive systems
  • ✅ Reduce thermal drift and recalibration effort
  • ✅ Optimize system performance with application-specific control
  • ✅ Achieve higher laser performance and reliability
  • ✅ Discover how heat flux sensing can improve temperature-critical systems
  • ✅ Talk directly to our engineers and CEO

Live at our booth: Experience heat flux sensing in action with our demonstrator. Understand heat flow in real time and see insights that temperature control alone cannot show.




New developments we are presenting at Analytica 2026

New devices, software capabilities and system building blocks – presented live at our booth.


Next-generation Heat Flux Sensor

Meerstetter Heat Flux Sensors are next-generation thermoelectric probes for fast, precise surface heat-flux measurement. Built on a fundamentally different sensing architecture than conventional thermopile plates, they deliver very short settling times, stability, and flexible geometries with low thermal disturbance. The sensor detects conductive, convective, and radiative heat flux. Each unit is calibrated and outputs a voltage signal. Meerstetter provides support to enable fast deployment.

Designed for: biomedical applications, scientific research and fundamental studies, industrial process monitoring, energy harvesting, aerospace and space systems, battery and electronics cooling, condensation and phase change studies, automative and electric vehicles (EVs), laser processing and welding



Low-Noise Modulated Laser Diode Driver LDD-1330

A new low-noise modulated laser diode driver designed for demanding applications below 500 mA. The compact analog power stage delivers ultra-low noise performance with modulation bandwidths up to 1 MHz, supporting low-noise CW operation as well as microsecond pulse control.

Designed for: low-noise CW laser operation, fast modulation of small laser diodes, spectroscopy and custom OEM developments.



Remote Measurement Module RMM-1182

The new RMM-1182 remote measurement module enables precise temperature acquisition close to the sensor, even over longer distances. With galvanic isolation, low-noise signal acquisition and full compatibility with Meerstetter temperature input configurations, it integrates seamlessly into TEC Controller systems or operates stand-alone.

Designed for: noise-sensitive setups, distributed systems and thermoelectric sensor applications.



TEC Configuration Software v6.30

The new version 6.30 of our TEC Configuration Software introduces major functional extensions for Meerstetter TEC Controllers, including Peltier Aging Diagnosis for continuous health monitoring of thermoelectric elements during operation. By tracking changes in internal resistance, aging effects can be detected early, enabling predictive maintenance without interrupting system operation.

Additional enhancements include:

  • More intelligent fan control via PWM or output stage
  • Improved nominal temperature ramp handling
  • Extended GPIO and CANopen functionality

Benefits: Increased system reliability, reduced downtime, long-term performance stability.




Our experts at Analytica 2026

At Analytica, you can speak directly with our development engineers and CEO. Bring your challenge and receive technical feedback at system level, focused on clear solution approaches.


Martin Ritterath | Chief Executive Officer
PhD (ETH Zurich), M.Sc. EE

Core expertise: TEC controllers, Control Theory, Heat flux sensors

Martin Ritterath, CEO of Meerstetter Engineering, is driven by a passion for precise temperature control and advanced thermal management solutions. With a Ph.D. from ETH Zurich, Martin has a strong background in instrumentation, control and process automation. His proven expertise, demonstrated in the development of robust thermal flow sensors and high-speed data acquisition systems, is just one part of his broader technical proficiency. Martin's work is recognized through several patents and publications, showing his commitment to innovation in the field.


Photo of Martin Ritterath


Filip Janasz | Scientific Advisor
PhD (ETH Zurich), M.Sc. ME

Core expertise: Heat flux sensors

Filip Janasz is a Scientific Advisor at Meerstetter Engineering, specializing in thermoelectric sensing technologies and advanced thermal management systems. With a background in applied physics and energy systems, he focuses on developing cutting-edge heat flux sensors and supporting the seamless integration of Meerstetter’s electronics into diverse industrial and scientific applications.


Photo of Filip Janasz


Hannes Stauffer | Electrical Engineer
Electrical Engineer BSc

Core expertise: TEC controllers, Laser diode drivers

Hannes Stauffer is a hardware and software engineer and has designed some of Meerstetter Engineering's best-selling products. He is currently working on diversifying our TEC-Controller ecosystem by helping to implement new software and hardware features and by designing new devices. He is also involved in providing customized versions of our devices to our customers.


Photo of Hannes Stauffer


Nikolai Zoller | Electrical Engineer
Electrical Engineer BSc

Core expertise: TEC Controller, Starter Kit & Thermoelectric Assembly, LTR 19″ Rack Enclosure

Nikolai Zoller is a hardware and software developer who has worked on Meerstetter's entire product range, including heat flow sensors. He is currently developing hardware prototypes for the further development of new device topologies in the Meerstetter product portfolio. He is also involved in the development of integrated systems with Meerstetter devices.


Photo of Nikolai Zoller



Who should visit us?

  • ✅ Anyone working with temperature control, lasers or thermal management
  • ✅ R&D engineers and developers
  • ✅ System integrators & equipment manufacturers
  • ✅ Technical decision-makers
  • ✅ Purchasing managers for precision components



Where can I find Meerstetter at the Analytica 2026?

Spontaneous visits are welcome. We’ll make time for a personal technical discussion.





Book your personal appointment at the fair

Reserve your personal technical meeting and secure direct access to our engineers and CEO during the show. Availability is limited due to a finite number of onsite meeting slots.