Dry Ice Cleaning of Electronics and Electrical Equipment

Control cabinets, circuit boards, controllers and generators can be cleaned thoroughly and without residue using dry ice – even when sensitive electronics are involved. Because dry ice is electrically non-conductive and works without water, no drying time is required after cleaning: the equipment can go straight back into operation.

Why Dry Ice Is Ideal for Electronics

Control cabinets, circuit boards, controllers and generators can be cleaned thoroughly and without residue using dry ice – even when sensitive electronics are involved. Because dry ice is electrically non-conductive and works without water, no drying time is required after cleaning: the equipment can go straight back into operation.

Why Dry Ice Is Ideal for Electronics

• Electrically non-conductive – the blasting media itself does not conduct electricity
• No water in the process – no drying time, no water in housings, terminals or connectors
• Residue-free – no chemical or detergent residues on sensitive contacts
• Gentle on fine structures – circuit boards, solder joints and plug contacts are not damaged
• Reliably removes grease, oil, soot and dust without attacking the components

Cleaning Safely: What You Should Know

Three basic rules ensure that dry ice cleaning of electronics is safe and successful:

• Clean de-energised – systems and control cabinets are isolated from the power supply and secured against being switched back on before cleaning.
• Avoid condensation – strongly cooled surfaces can cause moisture from the ambient air to condense. Do not blast one spot for too long, and only put the equipment back into operation once it has returned to ambient temperature.
• Dose finely – with a fine nozzle, low pressure and, on our Vario models, a fine ice particle size, even sensitive assemblies can be cleaned gently.

Cleaning Control Cabinets with Dry Ice

Dust and grease deposits in control cabinets impair heat dissipation and increase the risk of overheating and malfunctions. Dry ice blasting reliably cleans terminal strips, contactors, fans and cable ducts without having to remove any components. This shortens maintenance windows and reduces failures.

Cleaning Circuit Boards and PCBs

Fine contamination on circuit boards and sensitive electronic assemblies – such as dust, flux residues or oil mist – can be removed gently without damaging solder joints or components. A fine ice particle size at low pressure is ideal for this precision work.

Cleaning Generators, Motors and Drive Technology

Oil, grease and dust deposits on generators, electric motors and windings impair cooling and insulation. Dry ice blasting removes them efficiently and usually without disassembly – an important factor for maintenance and service life in drive technology.

Which Industries Use Dry Ice Cleaning for Electronics?

• Automotive industry – control units, sensors and circuit boards in production and service
• Power generation – generators, transformers and switchgear
• Aerospace – sensitive instruments and sensors
• Medical technology – electronics in areas with high hygiene requirements
• Industrial plants – drives, motors and control cabinets in production

Which Dry Ice Blasting Machine Is Right for Electronics?

For control cabinets, circuit boards and controllers, we recommend our compact CUBE series table-top units – lightweight, mobile and with low air and ice consumption. The CUBE Vario also offers an adjustable ice particle size for particularly fine work. For generators, large motors and drives, the floor-standing units of the PowerJet series are the right choice. You will find all models in our overview of dry ice blasting machines.

Clean Your Electronics Safely with Südstrahl Dry Ice Blasting Machines

Whether control cabinet, circuit board or drive technology – we will advise you on which machine and nozzle are the gentlest for your application. For more than 15 years, companies in electrical and drive engineering have relied on our machines, including Bosch Service, ElringKlinger, AB Elektronik and Hoerbiger Antriebstechnik.

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