Industry Solutions

Liquid Cooling for Computing and Industrial Equipment

ThermalBro designs and manufactures cold plates and liquid cooling modules for servers, workstations and industrial equipment. We adapt the cooling hardware to your heat sources, installation space and operating conditions, with prototype and production support.

Find the Right Solution

ThermalBro liquid cooling modules for computing and equipment programs

Choose Your Application

Find the application closest to your equipment to see relevant cooling options, design considerations and product families.

High-Density Compute

Illustration of server cabinets in a bright equipment room for AI and GPU computing

AI Servers & GPU Computing

Cooling for sustained accelerator loads, with cold-plate contact, coolant routing and mounting matched to the specific board.

Explore AI & GPU cooling

Illustration of a data-center aisle with server cabinets and overhead cable trays

Data Center & HPC

Server cooling modules designed around node layout, rack connections, maintenance access and repeat deployment.

Explore HPC deployment cooling

Desktop Platforms

Illustration of an engineering workstation with a tower PC and CAD monitors

Professional Workstations

Cooling modules and integrated systems for sustained professional workloads, with chassis fit, noise and service access considered together.

Explore workstation cooling

Illustration of a white gaming PC with CPU liquid cooling in a daylight workspace

Gaming & DIY PCs

Custom cooling for gaming PC brands, combining CPU/GPU fit, tube routing, appearance and acoustic requirements.

Explore gaming PC cooling

Precision & Mechatronic Equipment

Illustration of an enclosed laser processing workstation with a cooling unit

Laser & Optical Modules

For projects that must separate simple heat removal from temperature stability, cleanliness, vibration and condensation control.

Explore precision cooling

Illustration of a CT scanner and patient table in a bright imaging room

Medical Devices

Custom cooling components for medical equipment OEMs, with agreed inspection records and component testing.

Explore medical device cooling

Illustration of collaborative robot arms at electronics assembly workstations

Robots

For moving platforms where heat, weight, hose routing, fault signals and real motion must be reviewed together.

Explore robot cooling

Compare Application Requirements

Similar heat loads can need different cooling designs. Use the equipment requirements below to find the most relevant application.

Primary constraint	Recommended route	Key design considerations
Sustained multi-chip load	AI Servers & GPU Computing	Heat-source coverage, board revision, flow distribution and node validation.
Server-to-rack connections	Data Center & HPC	Connections, maintenance access, production configurations and system testing.
Noise, transport and service	Professional Workstations	Workload, chassis, acoustic method and module-versus-system choice.
Compatibility, appearance and rapid revisions	Gaming & DIY PCs	CPU/GPU architecture, PCB control, chassis fit, acoustics and CMF.
Temperature stability or low vibration	Laser & Optical Modules	Temperature target, cooling arrangement, fluid connections and test conditions.
Component quality and equipment validation	Medical Devices	Component specifications, inspection records and finished-equipment testing.
Motion, weight and hose routing	Robots	Heat sources, movement range, hose routing and fault-response requirements.

Engineering, Assembly and Testing Support

We support cooling hardware development from component design and machining to module assembly and testing. Drawings, samples and test records are agreed for each project.

Close-up of a CNC cutting tool machining a clamped metal workpiece. — Engineering & MachiningDesign and machine cold plates, mounting features and other drawing-defined parts.

Operator assembling hose connections on a server liquid cooling module. — Module AssemblyAssemble tubing, connections and cooling components to the agreed specification.

ThermalBro coolant filling workstation — Filling & Assembly ChecksMatch the fill, coolant and assembly checks to the specified module configuration.

Liquid cooling module air leak test workstation with tester and fixture. — Testing & RecordsCheck dimensions and agree leak, pressure, flow and thermal tests for the application.

Liquid Cooling Solution FAQ

Answers about our supply scope, customization and the testing needed for the finished equipment.

Does ThermalBro provide complete data-center or facility cooling infrastructure?

Our main products are cold plates, liquid cooling modules and integrated workstation cooling systems. Rack distribution, CDUs, facility piping and site commissioning are not included unless expressly agreed in the project scope.

How do we choose between a cooling module and an integrated system?

Choose a module when your team is integrating the cooling hardware into its own equipment. An integrated workstation system is suitable when you need a broader cooling assembly supplied around an agreed workstation configuration.

Can a project start before all CAD files are ready?

Yes. Start with the equipment type, heat sources, workload, available envelope, current cooling architecture and project stage. We will identify the drawings and operating conditions still required before design release.

Does ThermalBro support OEM and ODM liquid cooling projects?

Yes. We support OEM and ODM design, prototypes and production. Customization, order quantity, timing and test records depend on the product and project requirements.

What validation evidence can be discussed during a solution review?

We can discuss dimensional inspection, leak and pressure checks, and flow or thermal testing. The test setup, conditions and pass criteria are agreed for the specific component or module.

Does a component test report certify a medical device, robot or laser system?

No. A component or module report answers the agreed component-level questions. The finished-equipment manufacturer remains responsible for applicable standards, risk management, safety functions and complete-system validation.

Discuss Your Cooling Project

Tell us about your equipment and the cooling problem you need to solve. We can help identify a suitable module or custom development approach.

Equipment and heat sources
Workload and operating conditions
Space or available drawings
Current cooling architecture
Components or assemblies you need supplied
Prototype, production and validation stage

Discuss Your Application