Laser Machine Temperature Control Solutions

Lasers have fast evolved into playing a major role in every part of manufacturing processes and the everyday lives of people around the globe. The uses are diverse – from laser marking brand logos on promotional items to cutting metals such as steel, analysing laboratory samples and high strength aluminium in any type of manufacturing to date stamping and marking found on everyday items such as drinks bottles and dairy products and extensive use in the healthcare sector.

The process of laser use involves high heat and it’s essential to have effective systems in place to manage this. An increase in temperature results in an increase in wavelength which can compromise a laser system’s performance. Precise temperature control is essential in maintaining the integrity of the process. Also important is beam quality which is affected by heat while lower operating temperatures can help ensure a longer lifespan for the laser system’s components.

OUR PRECISION TECHNOLOGIES
ICS Cool Energy leads the way in high performance, high precision technologies for the precise temperature control in the cooling process for all types of lasers and other technologies such as MRI and CT scanners to chemical and pharmaceutical processing.

NON FERROUS CHILLERS
Many of these leading edge technologies use de-mineralised, de-ionised or softened water as a cooling medium to avoid impair the cooling efficiency over time. ICS Cool Energy has developed a range of chillers to work with de-ionised and de-mineralised water for effective cooling while also protecting the element or application being cooled. Most commonly they are used in medical scanners where the process involves magnetic technology that would draw minerals and particles from a standard water cooling circuit, causing them to cluster and clog the circuit so the outcome is ineffective cooling and process failures.

HOT GAS BYPASS
Few specialists are able to offer cooling systems with a hot gas bypass solution. Put simply, this intelligent process controls the compressor so it will keep running even when there is no load. It preserves an even, cool temperature, never allowing a temperature deviation in the chiller which is particularly important for sensitive laser cooling applications.

TYPICAL APPLICATIONS
? Laser
? MRI and CT scanners
? Food production where potable water is required
? Microscope cooling
? Wide scope of machinery using demineralised water

ICS Cool Energy’s fleet of non-ferrous rental chillers are available from stock and are individually fully tested to meet both planned and emergency requirements. Bespoke solutions ensure individual requirements are met and precise cooling is achieved at all times.

Be you an end user, OEM or chosen partner do get in touch to explore how we can support you

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