Fiber Laser Upgrade Case: IPG 750W ➝ CINA 1500W
One Upgrade, Two Applications | The cutting machine was upgraded to 1500W, while the removed 750W laser was repurposed into an iWELDer handheld laser welding system.
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As laser processing requirements continue to increase, higher cutting efficiency and better overall performance are becoming more important.Upgrading the laser source is often the most effective and economical way to improve the performance ofan existing machine under limited conditions. Compared with purchasing and transporting a new machine, upgrading the existing system cansignificantly reduce cost while maximizing machine value.
After long-term operation at full capacity, the original laser source may suffer from significant powerdegradation, resulting in reduced cutting efficiency and lower cutting thickness capability.
2. Growing production needsAs business expands and cutting requirements increase, especially for thicker metal materials, the originalcutting machine may no longer meet current production demands.
3. CO2 laser users seeking lower operating costsCO2 laser cutting machines often involve higher energy consumption and maintenance costs, which canreduce overall profitability. Upgrading to a fiber laser solution can significantly improve efficiency andlower operating expenses.
We provide:
Fiber laser upgrade
Laser retrofit solutions
Laser source replacement
CO2 to fiber laser upgrade
Our engineers will evaluate your existing machine parameters and recommend the most suitable upgrade solution for your system.Click the Get Upgrade Solution button below to submit your machine information and receive acustomized and cost-effective upgrade plan. The following upgrade cases are provided for your reference.
Upgrade your laser machine without buying a new one.We provide fiber laser upgrade and retrofit solutions for industrial cutting systems, including powerupgrades, laser source replacement, and system conversion.
Explore our upgrade cases below to see real project results.