Component engineering
Thermal sizing and design of single heat exchangers for any application. Water, oil, and special media.
Engineering and sizing
A cooling solution built for your application. One off or in series.
Single heat exchangers or complete cooling modules, sized for peak performance at the operating point.
Scope of services
Sized for your operating point, not for a catalogue.
We size individual components and develop complete cooling modules. Core, fan, vibration damper, and everything in between. Our simulation software finds the best configuration.
Cooling systems & modules
Several cooling circuits, fans and interfaces in one module, sized with our software for the way you use it.
Simulation & optimisation
CFD and thermal assessment, so you can tell before the prototype whether the approach is right. Available on its own, with no order for a part.
Bespoke engineering
Tight spaces, systems that grew over time, unusual media. Cases with no standard answer.
Individual components
We have deliberately optimised how heat exchangers are sized and designed.
Performance data, media, temperatures, pressure levels, available space. From those we develop the component that fits best, technically and commercially.
Typical services: thermal calculation, core selection, pressure drop assessment, CAD design.
Complete systems
A cooling module whose parts fit each other exactly.
Our software optimises how the individual coolers in a cooling module work together. Fans, air ducting and the vehicle side interfaces come with it. The result is a system that suits the job.
Typical services: system sizing, component matching, fan selection, mechanical integration.
Simulation
Making flow and heat visible, and open to improvement.
We use the right calculation and simulation methods to examine critical operating points, air distribution, and what interacts with what inside the installation space.
Possible services: CFD flow simulation, air ducting optimisation, pressure drop analysis, comparison of variants.
Special cases
Your job is the starting point, not a catalogue.
Not every job fits a fixed product category. We work out what is needed and agree a sensible technical route with you.
For example: improving an existing system, prototypes, unusual interfaces, installation space studies, new cooling concepts.
Applications
What we develop coolers for.
The thermal job is always the same: get rid of heat. How a cooler manages it depends on the load profile, fouling, vibration, and the space available.
Construction machinery
Dust, vibration, and loads that change by the minute. An excavator swings between full load and idle all day. The cooler has to hold up every time.
Agriculture & forestry
Agricultural machinery works in thin mountain air, in summer heat above 40 degrees, and in winter frost. When something fails at harvest, the spare part has to be there fast.
Commercial vehicles
A truck or bus only earns money while it moves. High mileage, short maintenance windows, and cooling loads that keep climbing with exhaust gas recirculation and electrified drivetrains.
Material handling
Forklifts, cranes and handlers run short cycles, often around the clock. In logistics, ports and airports, what counts is that the machine stays available.
Mining
High thermal load, abrasive dust, continuous operation. There is hardly a harder place for people, machines or coolers. And hardly one where downtime costs more.
Renewable energy
Not just wind power. Battery storage, power electronics and standby generators all have waste heat to shed, continuously and mostly unattended.
Defence
Reliability comes before everything else. Full performance in extreme conditions, and equipment that can be fixed in the field.
Rail
Rail vehicles stay in service for decades. Safety, traceability and reliability count for more here than the last percent of efficiency.
Marine applications
Salt air attacks anything not built for it. Add cramped installation, continuous operation, and the question of whether the part can be serviced on board at all.
Data centres
High power density in a small footprint, around the clock, with no pause between peaks. Downtime is the most expensive number in the building.
How it works
Four steps to the finished part.
We work closely with you and show how we reach each decision. At every stage you know what comes next.
Establish the requirements
Together we record the application, operating data, installation space, interfaces and project goal. What comes out is a specification you can build on.
Size & design
Our optimisation software runs the sizing and you pick the variant with us. We then match the components and design the final part.
Prototype & production
We coordinate production with the partners who suit your application, your quantity and your target cost.
Deliver & support
We stay your point of contact throughout. For the prototype, in series, and for supply after that.
Contact
What thermal problem can we solve for you?
Send us your operating data, the installation space and the project goal. We will find a solution.