La gestione termica gioca un ruolo fondamentale nelle applicazioni mediche
Il laser medico o, a seconda della destinazione d’uso, il laser chirurgico, è un dispositivo che, grazie all’eccitazione di un mezzo amplificatore, genera un fascio di fotoni coerenti e monocromatici, identici in termini di fase e lunghezza d’onda. “Laser”, infatti, è l’acronimo del termine inglese “Light Amplification by Stimulated Emission of Radiation”. Il fascio generato è un’onda elettromagnetica che si distingue per la lunghezza d’onda, l’ampiezza e la durata dell’emissione (impulsi). Queste caratteristiche determinano la potenza del laser e, a seconda delle caratteristiche del tessuto su cui viene applicato, la profondità di assorbimento del laser stesso e le sue applicazioni.
Brazed Liquid Cold Plate (LCP) for Broadcasting
High power electronics require a customer-dedicated thermal management solution consisting of very efficient air-cooled heatsinks or actively cooled cold plates.
Custom extruded heatsink in natural convection for washing machines
Introduction Application field The challenge Solution Top Challenges Introduction Our daily life gets more and more simplified by smart systems in our houses and advanced technology domestic appliances. Issues such as energy-saving, low polluting impact,...
Liquid cooling via stainless steel pipes for Laser industry
Introduction The Customer The challenge Solution Top Challenges Introduction For this particular success story, we would like to talk about a challenge we faced with a company leader in the design and production of laser machines, located in Sweden. A couple of...
Traction – Huge heatsink for forced convection cooling
Introduction Application field The challenge Solution Top Challenges Introduction Railways mobility is a strategic area for business development and growth: all Countries look to infrastructures for moving people and goods in a rapid, safe, and economic way as a...
Liquid cold plate for Automotive Battery cooling
Introduction Customer and customer’s product descriptions The challenge Priatherm’s Solution Top Challenges Introduction With this case study, we would like to describe a particular project we carried out at the beginning of 2020, related to an Electric...
TRAFO LCP – Specific liquid coolers designed for Power Transformers
To dispose of the heat produced by the dissipative phenomena (losses in the core + losses in the windings), it is necessary to use cooling systems that become more complex as the rated power of the transformer increases. DRY TRANSFORMERS: Powers up to a few tens of...
Let’s celebrate 10 years of Priatherm!
Let’s celebrate 10 years of Priatherm! 10 years ago Priatherm was founded. Since then, our start-up spirit has always been the foundation of our daily work. Today more than ever, we gaze into the future as if we were still back in 2010.The challenges...
COVID-19 Coronavirus Update
Ferrara, March 24, 2020 As concern grows about the spread of COVID-19, we would like to reassure our customers that Priatherm is monitoring the situation closely. At this moment, no Priatherm employees are known to have contracted the COVID-19 disease, and none of...
Save the Planet by Reducing CO2 Emissions: Dissipation also Plays a Strategic Role
Scientists, the young people of Friday for the future, and now a large part of public opinion, are wondering how to make our planet a place where we can live well for a long time. The negative impact of global warming, the greenhouse effect, and pollution...
