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Watercool – Fertigung

Development and CNC manufacturing of high-end water cooling components for PCs, industry and autonomous driving

Watercool Logo

Watercool GmbH

Waren (Müritz)New on Amplifa

1999Founded
Waren (Müritz)Site for development, manufacturing and sales
+100Test wins and awards
+80Test wins in the trade press
WorldwideSales via reseller network

About Watercool

Founded in 1999, Watercool GmbH is a manufacturer and developer of high-performance water cooling systems and their individual components, including CPU and graphics card coolers of the HEATKILLER series, radiators of the MO-RA and HEATKILLER RAD series, as well as reservoirs and pump tops. The entire value chain, from production-oriented design and flow simulation with SolidWorks to CNC manufacturing and final assembly, takes place largely at its own site in Waren (Müritz). Production is carried out on a state-of-the-art CNC machine park; many work steps are performed by hand and every product is finished under the four-eyes principle. The materials used include electrolytic copper from Thyssenkrupp, original acrylic (Plexiglas) from Evonik, and stainless steel for radiators. In addition to the end-consumer market, Watercool supplies industrial customers, including renowned automotive manufacturers, and develops custom cooling solutions, among other things for autonomous driving and server applications. Distribution is handled through a global reseller network in more than 30 countries.

Site
Waren (Müritz)
Processes
CNC machining (manufacturing of water cooling components), On-site product design and development (production-oriented design, flow simulation with, Production of water cooling systems (CPU/GPU coolers, radiators, reservoirs), Product development and engineering, In-house CNC manufacturing, Flow simulations (SolidWorks), Development of custom industrial solutions, Distribution via global reseller network
Materials
electrolytic copper, Acrylic (Plexiglas from Evonik), Electrolytic copper, Stainless steel
Founded
1999
Industries
PC enthusiasts / end consumers, Industry, Automotive industry (autonomous driving), Servers
  1. 01

    Product design and engineering on site

  2. 02

    Flow simulation (SolidWorks)

  3. 03

    In-house CNC manufacturing

  4. 04

    Quality inspection under the four-eyes principle

  5. 05

    Assembly and final production

  6. 06

    Distribution via global reseller network

Materials and Processes

Cu

Electrolytic copper

Material for cooler base plates and cooling structures, sourced from Thyssenkrupp.

PMMA

Acrylic (Plexiglas from Evonik)

Used since 2014 for cooler sight windows and reservoirs.

Edelstahl

Stainless steel

Used for radiators of the HEATKILLER RAD series.

Sites

Waren (Müritz)

DE

Headquarters, development, CNC manufacturing and sales

Materials
Electrolytic copper, acrylic (PMMA), stainless steel
  • CNC machining centers (modern CNC machine park)
  • Flow simulation with SolidWorks

Components

HEATKILLER CPU cooler for AMD Threadripper
HEATKILLER CPU cooler for AMD ThreadripperCNC machining · Server/Workstation
HEATKILLER V Ultra base plate (nickel-plated)
HEATKILLER V Ultra base plate (nickel-plated)CNC milling · PC enthusiasts
HEATKILLER V Ultra for Asus TUF
HEATKILLER V Ultra for Asus TUFCNC machining · PC enthusiasts
HEATKILLER for Radeon RX 5700 (Acrylic/NiBl/RGB)
HEATKILLER for Radeon RX 5700 (Acrylic/NiBl/RGB)CNC machining · PC enthusiasts
HEATKILLER RAD 280S Slim Radiator (stainless steel)
HEATKILLER RAD 280S Slim Radiator (stainless steel)Radiator manufacturing · PC and industry
MO-RA 4 Radiator
MO-RA 4 RadiatorModular radiator construction · PC and industry
HEATKILLER D5 PWM aRGB pump
HEATKILLER D5 PWM aRGB pumpAssembly · PC enthusiasts
HEATKILLER RAD S (brushed)
HEATKILLER RAD S (brushed)Radiator manufacturing · PC and industry

Inside the production

HEATKILLER V PRO/Ultra coolers
HEATKILLER V PRO/Ultra coolers
HEATKILLER V Ultra RTX 5090
HEATKILLER V Ultra RTX 5090
MO-RA IV series
MO-RA IV series
HEATKILLER RAD radiators
HEATKILLER RAD radiators
HEATKILLER for Palit/Gainward RTX 5090
HEATKILLER for Palit/Gainward RTX 5090
MO-RA IV radiator
MO-RA IV radiator

Industries

PC enthusiasts / end consumersIndustryAutomotive industry (autonomous driving)Servers

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
CNC machining (manufacturing of water cooling components)Machining––––electrolytic copper, acrylic/Plexiglas
On-site product design and development (production-oriented design, flow simulation withEngineering–––––
Production of water cooling systems (CPU/GPU coolers, radiators, reservoirs)Assembly––––electrolytic copper, acrylic/Plexiglas

1 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
CNC machining center (CNC machine park)––––Waren (Müritz)

Additional services

Product development and engineeringIn-house CNC manufacturingFlow simulations (SolidWorks)Development of custom industrial solutionsDistribution via global reseller networkSupport and consulting

Reference customers

Industrial customers, including renowned automotive manufacturers (not named)

History

  1. 1999

    Rico Weber, working as a design engineer, draws his first HEATKILLER CPU cooler.

  2. 2002

    Early 2002: founding of Watercool e.K.

  3. 2003

    State winner of the 2003 “StartUp” competition of the Sparkassen- und Giroverband.

  4. 2004

    Introduction of the cross-slotted nozzle plate (jet plate) with a fine micro-cooling structure; release of the first water cooler, HEATKILLER CPU Rev. 2.0.

  5. 2005

    Release of the world's first DDC top.

  6. 2006

    Granting of the patent applied for in 2004.

  7. 2007

    New generation of graphics card coolers; introduction of the modular design of the side-mounted connection terminal.

  8. 2008

    Presentation of the HEATKILLER 3.0 series.

  9. 2009

    HEATKILLER CPU Rev. 3.0 cooler in the spotlight.

  10. 2010

    Construction of a new production hall.

  11. 2011

    Receipt of the 2010 Business Award.

  12. 2012

    Presentation of the flexible HEATKILLER GPU-X³ Core series.

  13. 2013

    Facelift for the MO-RA3 series.

  14. 2014

    First acrylic coolers from Watercool.

  15. 2015

    Presentation of the HEATKILLER IV CPU series.

  16. 2016

    Introduction of the HEATKILLER Tube series of reservoirs.

  17. 2017

    Entry into applications for the automotive industry and autonomous driving.

  18. 2018

    New HEATKILLER VGA coolers for Nvidia's first RTX generation.

  19. 2019

    Growth: new machines for the new halls.

  20. 2020

    New web shop and presentation of the HEATKILLER V series.

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