Industrial Parts Washers for Data Center Components
Clean Components Keep Data Center Infrastructure Running
The rapid growth of AI computing and high-density data centers is placing new demands on the cooling, power generation, and electrical infrastructure that supports these facilities. From liquid-cooling components and heat exchangers to turbine components and transformer hardware, critical parts must be manufactured and maintained to meet demanding cleanliness standards.
Machining oils, metal chips, weld residue, scale, carbon, and other contaminants can remain on components after manufacturing, fabrication, assembly, or service. Better Engineering builds automated parts washers to consistently and efficiently remove these contaminants.
Our systems clean a wide range of components supporting data center infrastructure, including cold plates, tubing and piping, heat exchanger components, turbine blades, transformer components and tanks, valves, pumps, and other critical hardware. With repeatable automated cleaning processes, manufacturers and service teams can reduce manual labor and prepare components for assembly, inspection, finishing, installation, maintenance, or return to service.
Automated Cleaning for Data Center Components
Data centers depend on a complex network of cooling, power generation, and electrical equipment. Better Engineering automated parts washers provide repeatable cleaning of components with complex geometries, internal passages, sensitive surfaces, and demanding cleanliness requirements.
Cooling System Components
Cold plates, tubing, piping, and other liquid cooling components can retain machining oils, metal particles, flux, scale, and fabrication residue. Automated aqueous and immersion cleaning systems remove contaminants from complex surfaces and internal passages before assembly, installation, or service.
Turbine Blades & Power Generation Components
Newly remanufactured turbine blades and power generation components require controlled, repeatable cleaning before inspection, assembly, testing, or return to service. Better Engineering automated parts washers remove oils, carbon, scale, polishing compounds, and process residues from complex geometries and precision surfaces, helping reduce manual labor while supporting component reliability for data centers and critical power applications.
Transformers & Electrical Components
Transformer components and electrical infrastructure hardware require controlled surface preparation before painting. Better Engineering's washing systems are custom-engineered to remove oils, particulates, and manufacturing soils, and to dry components thoroughly to prepare the surface for coating. By delivering a consistent wash, rinse, phosphate, and dry process, our systems help improve paint adhesion, reduce coating defects, and support repeatable results during transformer manufacturing, refurbishment, and maintenance.
Heat Exchangers, Pumps, & Valves
Heat exchangers, pumps, valves, strainers, and related mechanical components can carry machining debris, oils, scale, and service residue. Automated cleaning reaches complex surfaces and geometries to prepare components for assembly, installation, maintenance, or return to service.
Applications Across the Data Center Lifecycle
Applications range from removing machining oils and fabrication residue from newly manufactured cold plates and cooling components to cleaning turbine blades, transformer components, heat exchangers, pumps, valves, and other infrastructure hardware.
Automated washing can be incorporated into manufacturing, assembly, inspection, maintenance, repair, and refurbishment processes. Whether cleaning precision components with internal passages or large, heavy infrastructure parts, Better Engineering can engineer a repeatable cleaning process tailored to the component and its contaminants.
Cleaning applications: Featured Products
WATCH OUR PARTS WASHERS IN ACTION
See how Better Engineering automated parts washers remove oils, particles, scale, and manufacturing residue from complex industrial components using repeatable wash, rinse, and drying processes.
Why Data Centers Choose Better Engineering
Data center components can vary dramatically in size, geometry, material, contamination, and cleanliness requirements. Better Engineering designs automated washing systems around those variables, giving manufacturers and service teams a controlled, repeatable alternative to manual cleaning.
- Custom Capacity: We build custom industrial washing systems around the size and geometry of your data center components, not the other way around. With up to 150 inches of working height and immersion washers up to 30 feet long, our equipment can thoroughly clean long sanitary CDU tubing and oversized distribution transformers, helping manufacturers achieve cleaner welds, better paint adhesion, and more consistent production quality.
- Repeatability: Programmable wash, rinse, and drying cycles help ensure components are processed consistently across batches, reducing variability and improving process control.
- Surface Protection: Controlled pressure, temperature, filtration, and chemistry can be configured around component materials and surface requirements, including sensitive and finished surfaces.
- ESD-Conscious Processing: Wash, rinse, and drying parameters can be controlled to support components bound for ESD-sensitive environments, helping protect sensitive electronics from residue, particulate, or static-related damage.
- Improved Component Cleanliness: Automated cleaning removes oils, particles, scale, fabrication residue, and other contaminants from complex components and difficult-to-reach surfaces.
- Reduced Manual Labor: Automated cleaning reduces repetitive manual washing and handling while allowing operators to process components using controlled, programmable cycles.
- Sustainability: Recirculating wash solutions, filtration, and oil separation technologies can extend bath life and reduce water, chemical, and waste consumption compared with less controlled cleaning methods.
frequently asked questions
What data center components can be cleaned with an automated parts washer?
Automated parts washers can clean cold plates, heat exchanger components, tubing and piping, strainers, filters, valve and pump parts, fittings, housings, and many other components used in data center cooling and supporting infrastructure.
Why is component cleanliness important for data center cooling equipment?
Oils, particles, scale, fabrication residue, and other contaminants can interfere with downstream manufacturing processes or remain inside cooling components and internal passages. Controlled cleaning helps prepare components for assembly, installation, finishing, or return to service.
Can automated parts washers clean cold plates and components with internal passages?
Yes. Depending on component geometry and cleanliness requirements, spray, immersion, ultrasonic, flushing, and multi-stage cleaning processes can be configured to clean complex components and difficult-to-reach internal surfaces.
Can Better Engineering build a washer for unusually large data center components?
Yes. Better Engineering designs custom-engineered parts washing systems for components that may be too large, long, heavy, or geometrically complex for standard equipment.
What's the difference between ultrasonic and multi-stage aqueous cleaning?
Ultrasonic cleaning uses cavitation within a cleaning solution to reach complex surfaces and small features. Multi-stage aqueous systems can combine processes such as spray washing, rinsing, and drying for applications requiring multiple controlled cleaning stages.
Why choose an automated parts washer over manual cleaning for data center components?
Automated parts washers provide repeatable cleaning cycles while reducing manual labor and process variability. Wash parameters such as time, temperature, pressure, and chemistry can be controlled to create a more consistent cleaning process.
Backed by Testing. Proven in the Field.
Better Engineering designs and manufactures automated parts washing systems for components used throughout modern data center cooling, power generation, and electrical infrastructure. Our team works with manufacturers, fabricators, and service organizations to understand their parts, contaminants, cleanliness requirements, production volumes, and downstream processes before recommending a cleaning solution.
From precision cooling components to turbine blades and oversized transformer components, Better Engineering can design a cleaning process tailored to your application.