Cooling

Thermal management for high-performance electronics

Efficient cooling ensures the performance and longevity of modern electronic systems.

MB Electronic develops bespoke cooling solutions for industry and engineering. The focus is on thermal stability, performance and seamless system integration.

From concept to series production: a comprehensive assessment of your requirements leads to the optimal cooling technology for systems that deliver lasting efficiency.

Your personal contact

I look forward to hearing from you.

Ralph Schmidt

Ralph Schmidt

Sales manager cooling

info@mb-electronic.de
+49 (0) 6023/5074497

Technologies

Innovative cooling technologies and system solutions

NEOcore

NEOcore is a two-phase cooling technology that improves the thermal conductivity of aluminium by up to 1,000 times. Thermosiphon channels integrated into the aluminium structure enable extremely rapid heat transfer and significantly reduce temperature differences between the heat source and the surrounding environment. This allows high heat dissipation to be managed effectively, even in compact designs.

Aurora

Aurora

Aurora is an aluminium heat sink platform that combines NEOcore phase-change technology with the advantages of traditional extruded profiles. It has been developed for mass-production applications and offers significantly improved thermal performance compared to conventional aluminium heat sinks, whilst remaining highly cost-effective.

Ultima

Ultima

Ultima is designed for applications with extremely high thermal demands. Its design, featuring a large evaporator area and a specially engineered fin structure, enables the dissipation of several kilowatts of heat per module and supports controlled, stable temperature regulation in performance-critical systems.

Water cooling plates

Water cooling plates

Water-cooled plates are among the most efficient cooling solutions. A liquid coolant is directed straight to the heat source, enabling large amounts of heat to be reliably dissipated and minimising temperature gradients. They are primarily used in applications involving very high power densities and limited installation space.

Heat sinks

Heat sinks

Our portfolio includes stamped heat sinks for printed circuit boards, extruded profiles and high-performance heat sinks with pressed-in or milled fins. These solutions cater for both natural and forced convection and can be adapted to different performance requirements and designs.

Vapor Chamber

Vapor Chamber

Vapor chambers absorb heat from localised hotspots, distribute it evenly over a larger area and dissipate it in a controlled manner. They are particularly suitable for compact systems with high power density and uneven heat distribution.

Heat exchanger

Heat exchanger

Heat exchangers enable the transfer of heat between liquids and air and are used to remove large amounts of heat from the overall system. They form part of overarching cooling systems in which defined operating temperatures must be maintained at all times.

Heat pipes and systems

Heat pipes and systems

Whether for microprocessors, IGBTs or RF semiconductors, heat pipes dissipate heat efficiently. As a design element, heat pipes offer simple yet effective solutions for heat transfer. They are used to transport heat from hotspots to remote cooling surfaces and can be implemented as individual components or as an integrated system solution.

Your experts

Talk to the experts who understand your challenges.

Julia Wanior

Julia Wanior

Managing director
(Chief operating officer)

info@mb-electronic.de
+49 (0) 8027/90898-55

Jan Wanior

Jan Wanior

Chairman of the board
(Head of sales and marketing)

info@mb-electronic.de
+49 (0) 8027/90898-56

Helko Meuche

Dr. Helko Meuche

Sales manager magnetics

info@mb-electronic.de
+49 (0) 8027/90898-57

Ralph Schmidt

Ralph Schmidt

Sales manager cooling

info@mb-electronic.de
+49 (0) 6023/5074497

Tobias Margreiter

Tobias Margreiter

Head of internal sales
(Resistor sales)

info@mb-electronic.de
+49 (0) 8027/90898-59

Katharina Pallauf

Katharina Pallauf

Inside Sales

info@mb-electronic.de
+49 (0) 8027/90898-54

Applications and areas of use

From components to systems: efficient cooling ensures the performance of modern electronics. The focus is on reliable heat dissipation to guarantee the thermal resilience and service life of components. Our expertise comes into its own wherever thermal loads determine performance:

Power supplies and adapters

Power supplies and adapters

Thermally robust design to ensure stable voltages during continuous operation.

Power electronics

Power electronics

Converters, inverters, frequency converters, UPS systems, battery storage: Precise control of temperature peaks and even heat distribution under dynamic load profiles.

EMC filters

EMC filters

Efficient heat dissipation to maintain stable electrical parameters.

IPC and industrial control systems

IPC and industrial control systems

PLCs, drives, high-performance servers: protecting mission-critical components and ensuring stable system temperatures.

Class D amplifiers and studio equipment

Class D amplifiers and studio equipment

Thermal stability for lossless signal quality and high operational reliability.

Professional lighting technology

Professional lighting technology

Stadium, stage and street lighting: consistent light output and a significant extension of the system’s service life.

Electronic modules

Electronic modules

Targeted dissipation of waste heat in switching regulators, DC/DC converters and complex power modules.

Industry

Thermal management and cooling solutions for industrial applications

We do not offer off-the-shelf cooling solutions. At MB Electronic, we translate market requirements into cost-effective cooling technologies. Whether it’s extreme environmental conditions or specific safety standards, our solutions are already setting the standard in the following industries:

Automotive & Electric Mobility

Automotive & Electric Mobility

High power densities, limited installation space and demanding environmental conditions place particular demands on thermal management solutions for vehicle electronics, charging infrastructure and energy storage systems.

Photo by Priscilla Du Preez 🇨🇦 on Unsplash

Power electronics

Power electronics

Effortless control of temperature spikes in frequency converters, inverters and UPS systems, even under highly dynamic load profiles.

Photo by Abolfazl Pahlavan on Unsplash

Renewable energy

Renewable energy

In solar, wind and energy storage applications, long-term thermal stability, high availability and reliable operation over extended periods are crucial.

Photo by Anders J on Unsplash

Medical technology

Medical technology

Medical devices require precise temperature control, EMC safety and high reliability in sensitive operating environments.

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Automation & Control Technology

Automation & Control Technology

Industrial plants, robotics and drive systems require robust thermal management solutions to ensure reliable operation under varying loads.

Photo by Simon Kadula on Unsplash

Telecommunications & Network Technology

Telecommunications & Network Technology

High power density, continuous operation and EMC requirements are key factors in the thermal design of networks, data centres and communications infrastructure.

Photo by Kirill Sh on Unsplash

Aviation

Aviation

Cooling systems in aviation must operate reliably under extreme conditions. Avionics, power electronics and communication systems must function consistently and stably even across wide temperature ranges and in conditions of limited convection.

Photo by Leonel Fernandez on Unsplash

Contact

Get in touch with us.