CO2 lasers do not use pure CO2 gas. Instead, they rely on a carefully formulated gas mixture. This blend primarily consists of helium (He), nitrogen (N2), and carbon dioxide (CO2). Sometimes, a small amount of xenon (Xe) is also included. This unique recipe is the result of years of research...
CO2 Lasers and the Intersection with New Eco-friendly Materials
Global concerns about climate change and resource depletion are growing. Manufacturing faces immense pressure. It must shift from "high energy consumption, high pollution" to "green, sustainable" practices. Amidst this transformation, CO2 laser technology emerges. Its unique wavelength and processing characteristics make it crucial. It drives green manufacturing. It also enables...
Extending Lifespan by 30%: Daily Maintenance and Troubleshooting Guide for CO2 Laser Tubes
Your CO2 laser tube is a critical and expensive core component of your laser equipment. Just like a car engine, it requires diligent care. Through standardized daily maintenance of laser tubes, we can effectively prevent early failures, maintain stable performance, and significantly extend its operational lifespan. To achieve this, we...