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Master 3D Printing Efficiency: Choose the Perfect Cooling System for Your Printer

Additive manufacturing, commonly known as 3D printing, is rapidly expanding across various industries. From creating prototypes to manufacturing durable and reliable products, 3D printing is becoming indispensable. However, the heat generated during the printing process—especially when producing intricate designs—can harm the printer and affect the quality of the prints. Without an efficient cooling system, you

Master 3D Printing Efficiency: Choose the Perfect Cooling System for Your Printer Read More »

CPU Liquid Cooling: A Must-Have for High-Performance Computers

If you’ve heard of CPU water cooling but never delved into its details, this guide will provide all the insights you need. As CPUs and GPUs become faster and more compact, the heat they generate increases, often surpassing the cooling capacity of traditional air cooling systems. This is especially true for overclocked systems or high-density

CPU Liquid Cooling: A Must-Have for High-Performance Computers Read More »

How Does The Chiller Temperature Accuracy Affect The Laser’s Performance?

Lasers produce a copious amount of heat during their operation. And to get the best performance, high precision temperature control is a vital characteristic to maintain. External cooling in lasers is frequently used in industrial production. They help maintain or even improve laser performance. Fan-cooled lasers exist. However, they are usually replaced with cool chillers

How Does The Chiller Temperature Accuracy Affect The Laser’s Performance? Read More »

Precise Temperature Control for All-Solid-State UV Lasers Using Miniature DC Compressor Systems: A Novel Approach

Abstract Temperature stability is crucial for the performance of all-solid-state ultraviolet (UV) lasers, influencing their output characteristics and efficiency. This paper presents an innovative temperature control system employing a vapor compression type DC inverter refrigeration system coupled with electrothermal compensation. The system leverages Proportional-Integral-Derivative (PID) control to adjust the speed and electric power of a

Precise Temperature Control for All-Solid-State UV Lasers Using Miniature DC Compressor Systems: A Novel Approach Read More »

Coolingstyle Secures Two New Utility Model Patents in 2022

Coolingstyle is proud to announce the successful application and issuance of two new utility model patents, marking another significant milestone in our innovation journey. Below, we provide a brief overview of these patents and their impact. Patent One: Double Refrigeration System Chiller Abstract:This utility model introduces a double refrigeration system chiller designed to overcome challenges

Coolingstyle Secures Two New Utility Model Patents in 2022 Read More »

How to Protect Your Chiller from Freezing This Winter

As temperatures plummet and snow blankets many regions, chillers face the challenge of operating effectively in freezing conditions. For areas experiencing below-zero temperatures, especially in the north, the question arises: How can you protect your chiller from freezing? Here, we explore why antifreeze is essential for laser chillers, the types of antifreeze available, and how

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Hello! 2022

Here we quote a classic poem from Ella Wheeler Wilcox to celebrate the 2022 new year. MORTAL:“The night is cold, the hour is late, the world is bleak and drear;Who is it knocking at my door?” THE NEW YEAR:“I am Good Cheer.MORTAL:“Your voice is strange; I know you not; in shadows dark I grope.What

Hello! 2022 Read More »

Semiconductor vs. Compressor Refrigeration: What’s Best for Your Application?

When it comes to refrigeration technologies, semiconductor (thermoelectric) and compressor-based systems are two popular options. Both have distinct cooling mechanisms and advantages, making them suitable for various applications. This article explores the key differences, how each technology works, and which option might be best for your needs. The Fundamental Difference Compressor-Based Technology: How It Works

Semiconductor vs. Compressor Refrigeration: What’s Best for Your Application? Read More »

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Why R290 Is the Future: Top Alternatives to R134a Refrigerant in 2025
As environmental concerns continue to grow, R134a refrigerant is being phased out in 2025, with R290 (propane)...

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Celebrating National Day: Innovation and Progress with Coolingstyle
National Day is not only a significant holiday in China, but it’s also a time for us to reflect on the...

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