Overview

Twelve industries, one thermal principle - for each of them we have summarised our experience.

For every industry you will find the typical heat sinks, the matching designs, answers to the most common questions and a free guide with the design knowledge of our engineering team.

Cooling for EUV Lithography and Laser Technology
Semiconductor
Precision cooling that makes nanometres possible
Process gas, housings, precision components and stators in EUV and production equipment.
Semi Thermal Guide To the industry –>
Rechenzentrum: Serverreihen
Data Center
Direct-to-chip cooling for tomorrow's AI densities
Cold plates, manifolds and distributors for liquid cooling in the rack.
Datacenter Thermal Guide To the industry –>
Cooling for Air and Space Travel
Aerospace
Every gram counts - and so does every kelvin
Lightweight cold plates and structurally integrated cooling within a mass budget.
Aerospace Thermal Guide To the industry –>
Wehrtechnik: Flugzeugträger der Marine mit Bordflugzeugen an Deck
Defence
Rugged cooling for the best defence
Designed for shock, vibration and temperature extremes - with lifecycle supply.
Defence Thermal Guide To the industry –>
Cooling for High-Frequency Technology
RF & Microwave
RF and microwave at every conceivable frequency
Taking high heat flux densities right from under the transistor.
RF/HF Thermal Guide To the industry –>
Cooling for Medical Technology
Medtech
Reliable cooling where technology protects lives
Temperature stability for imaging, lasers and analytics - quiet and documented.
MedTech Thermal Guide To the industry –>
Cooling for Mechanical and Plant Engineering
Industrial Automation
Cycle-proof cooling for 24/7 continuous operation
Inverters, stators and spindles - designed for service life rather than peak values.
Automation Thermal Guide To the industry –>
Cooling for EUV Lithography and Laser Technology
Optics
Thermal stability for the highest resolutions
Minimal temperature gradient across mirrors, mounts and structures.
Optics Thermal Guide To the industry –>
Cooling for Drive and Control Technology
Energy
Stable grids need cool electronics
Power electronics up to the MW range, low maintenance across decades.
Energy Thermal Guide To the industry –>
Cooling for Renewable Energies
Renewables
Full output from wind and sun
Inverters, generators and storage at exposed sites.
Renewables Thermal Guide To the industry –>
Maschinen- und Anlagenbau: Fertigungsanlage in der Halle
Machinery & Plant Engineering
Cooling for machinery and plants
Controls, drives, spindles and process media - designed for continuous operation and low maintenance.
Machinery Thermal Guide To the industry –>
Cooling for Railway Technology
Mobility
Cooling for rail, road and charging infrastructure
Traction inverters, on-board power and charging technology - designed for vibration, temperature cycling and service life on the road.
Mobility Thermal Guide To the industry –>

Trusted by technology leaders:

  • ZEISS
  • ASML
  • TRUMPF
  • SIEMENS
  • AIRBUS
  • RHEINMETALL
  • ABB
  • GE
  • + many more
The common denominator

What stays the same in every industry

The applications differ widely - the questions at the start of a project hardly at all. We follow the same approach everywhere.

Load case first
Heat load, installation space, medium, environment. Without those four figures every design is guesswork.
Simulate, then build
We check variants virtually until temperature and pressure drop fit together. That usually saves one sample round.
Not just electronics
Housings, stators, structural parts and process media make up the larger share in many industries.
Everything from one source
Development, production, testing and supply - one contact from the load case to the last-time buy.

Everything from one source - from development to series production.

COOLTEC is your one-stop shop for thermal management: one contact, one process, from the first idea to series delivery. You join wherever you stand - development, simulation and design are optional.

  1. Optional

    Development & simulation

    We develop, simulate and design your cooling solution - it is tested virtually before we produce it physically.

  2. Manufacturability & cost

    You already know what you need? We assess manufacturability and optimise your design for series production.

  3. Samples & prototypes

    Samples in around 6-8 weeks as standard, 2-4 weeks by express - depending on product and complexity.

  4. Series production

    One-stop shop: highly automated high-tech manufacturing in Germany, low-cost series from Asia.

  5. Supply & lifecycle

    Framework contracts, stockholding, last-time buy: we secure your supply across the entire product lifecycle.

Your industry was not on the list?

We cool wherever power runs into thermal limits. Send us your load case - we will tell you whether and how we can solve it.

Send enquiryTalk to an expert+49 (0)36781 44 69-0