The Making of Open-Loop Cooling Components: A Comprehensive Factory Tour

🔧Open-loop cooling components, such as water blocks and fittings, require more steps in the manufacturing process compared to closed-loop parts.

🔩Bitspower, a leading manufacturer, utilizes CNC machines for the production of water blocks, fittings, acrylic housings, and thermoplastic parts.

🛠️The factory implements highly efficient manufacturing techniques, with automated machines significantly reducing the need for manual labor.

♻️Bitspower emphasizes material recycling and has a synergistic relationship with its suppliers for the recycling and rebating of excess materials.

💡The cost of manufacturing includes not only raw materials but also the time-intensive processes and factory floor space required for each component.

What is the main difference between open-loop and closed-loop cooling systems?

—Open-loop cooling systems involve custom liquid cooling setups, while closed-loop systems come pre-assembled and sealed.

How long does it take to manufacture a single open-loop component?

—The manufacturing time varies depending on the complexity of the component, ranging from several minutes to a few hours.

Do other brands follow similar manufacturing processes for open-loop components?

—While specific processes may differ, most manufacturers adhere to similar steps for the production of open-loop cooling components.

What percentage of open-loop components have defects during manufacturing?

—The defect rate is incredibly low, averaging around 0.3 percent, thanks to diligent quality control and inspection procedures.

Is bitspower environmentally conscious in its manufacturing practices?

—Yes, bitspower prioritizes material recycling and collaborates with suppliers to ensure responsible waste management practices.

00:00Introduction to the first factory tour of open-loop cooling components.

08:41The process of manufacturing copper fittings using CNC machines.

09:58The complexity and time required to manufacture acrylic and thermoplastic parts.

14:38Detailed insights into the manufacturing processes of water blocks and cold plates.

25:16The significance of copper waste recycling and its impact on manufacturing costs.