NEWS - Liaocheng Xianming Laser Co., Ltd.

1610 CO₂ Laser Engraving Machine | High-Speed & High-Precision Non-Metal Processing Solution
2026/06/20
Xianming Laser’s 1610 CO₂ Laser Engraving Machine delivers high-precision, wide-format, and intelligent engraving and cutting for a wide range of non-metal materials, enabling efficient, flexible, and high-quality production across advertising, woodworking, leather, and craft industries.
Fiber Laser Cutting Machine with Safety Light Curtain & Gantry Protective Cover | High-Precision Industrial Cutting Solution
2026/06/18
Xianming Laser’s Fiber Laser Cutting Machine with Safety Light Curtain & Gantry Protective Cover combines high-precision gantry transmission, intelligent laser cutting, and comprehensive safety protection to deliver safe, efficient, stable, and high-accuracy metal processing solutions for modern intelligent manufacturing.
Why Fiber Laser Marking Machine is Dominating Modern Sheet Metal Fabrication
2026/06/12
Superior to traditional marking methods, fiber laser marking machines deliver precise, permanent and cost-effective marking solutions for sheet metal fabrication across multiple industries, and Xianming Laser offers high-quality laser marking equipment to upgrade manufacturers' production processes.
Indian Customers Visit Xianming Laser to Explore Advanced Laser Equipment and Intelligent Manufacturing Solutions
2026/05/28
Recently, Xianming Laser welcomed a customer delegation from India for an in-depth factory visit and business inspection. During the visit, the customers focused on exploring the company’s core laser equipment and manufacturing capabilities. They toured the production workshops, equipment display areas, and live processing demonstration zones, gaining a comprehensive understanding of Xianming Laser’s product performance, R&D strength, production management system, and intelligent manufacturing capabilities.
Three-Chuck vs. Two-Chuck Laser Tube Cutting Machines: Why Heavy-Duty Tube Processing Requires a Three-Chuck Solution
2026/05/29
With the rapid growth of industries such as steel structure fabrication, construction machinery, bridge engineering, and heavy laser equipment manufacturing, higher standards are being placed on tube processing accuracy, productivity, and finished product quality. As one of the most critical components of a laser tube cutting machine, the chuck system directly affects clamping stability, cutting precision, and material utilization. Today, laser tube cutting machines are primarily available in two configurations: two-chuck and three-chuck designs. What are the key differences between them? And why are more manufacturers choosing three-chuck laser tube cutting machines for processing long, large-diameter, and heavy-duty tubes? Structural Design Determines Processing Capability A two-chuck laser tube cutting machine uses front and rear chucks to clamp, rotate, and feed the tube during processing. Its relatively simple structure and lower investment cost make it suitable for short tubes, small-diameter tubes, and lightweight profiles. In contrast, a three-chuck laser tube cutting machine incorporates an additional center chuck, creating a synchronized three-point clamping system. Through coordinated control of the front, middle, and rear chucks, the tube is continuously supported throughout the entire cutting process. This effectively prevents tube sagging, vibration, and deviation, especially when processing long or heavy materials. For manufacturers working with large-scale structural components, the three-chuck design provides significantly greater stability and operational accuracy.
What Types of Tubes Can Be Processed with Laser Bevel Cutting? Applications and Key Advantages Explained
2026/05/29
As industries such as steel structure fabrication, construction machinery, automotive manufacturing, and metal processing continue to demand higher welding quality and production efficiency, laser bevel cutting has become an increasingly important solution in modern tube fabrication. Compared with traditional flame beveling and mechanical machining methods, laser bevel cutting offers superior precision, higher efficiency, and greater automation. It significantly improves weld quality while reducing production time and labor costs. What Is Laser Bevel Cutting? Laser bevel cutting is a process that uses a laser cutting head to create angled edges on a workpiece, forming weld-ready bevels according to specific welding requirements. Common bevel types include: • V-Bevel • Y-Bevel • X-Bevel • K-Bevel By combining metal laser cutting and beveling into a single operation, laser bevel cutting eliminates the need for secondary grinding and edge preparation, resulting in improved productivity and lower manufacturing costs.
Three-Chuck Bevel Fiber Laser Pipe Cutting Machine: A High-Precision, High-Efficiency, Zero-Tail Material Processing Solution
2026/05/29
Empowering Intelligent Tube Processing with Advanced Three-Chuck Technology As industries such as steel structures, automotive manufacturing, construction machinery, and metal fabrication continue to demand higher precision and productivity, traditional pipe cutting equipment is increasingly unable to meet modern manufacturing requirements. To address these challenges, Xianming Laser has developed the Three-Chuck Bevel Fiber Laser Pipe Cutting Machine, integrating advanced three-chuck synchronous clamping technology, high-power fiber laser systems, and intelligent CNC control to deliver superior cutting accuracy, zero-tail material processing, and multi-angle bevel cutting capabilities. This innovative solution provides manufacturers with a highly efficient, intelligent, and cost-effective approach to tube and profile processing.
Core Differences Between High-End Three-Chuck Tube Laser Cutting Machines and Standard Tube Cutting Machines: Xianming Laser Empowering Advanced Tube Processing Upgrades
2026/05/28
As the metal fabrication industry continues evolving toward higher precision, greater efficiency, and intelligent automation, laser tube cutting equipment is also undergoing rapid technological advancement. In today’s market, tube processing solutions are generally divided into two categories: standard tube cutting machines and high-end three-chuck laser tube cutting machines. These two solutions differ significantly in machine structure, cutting stability, processing accuracy, automation capability, and application range. For modern manufacturing enterprises, selecting the right tube cutting equipment not only impacts production efficiency and product quality, but also directly affects long-term operating costs and market competitiveness. As a professional manufacturer of intelligent laser equipment, Xianming Laser provides the following professional comparison between high-end three-chuck tube laser cutting machines and conventional tube cutting systems.
What Is “Zero Tail Material Cutting”? Xianming Laser Explains the High-Efficiency Material-Saving Technology in Laser Tube Cutting
2026/05/28
As the metal processing industry continues to move toward higher efficiency, intelligent manufacturing, and precision production, manufacturers are placing increasing emphasis on material utilization and production cost control. In the field of metal laser tube cutting, “Zero Tail Material Cutting” has gradually become one of the key indicators for evaluating the performance of high-end tube laser cutting equipment. So, what exactly is “Zero Tail Material Cutting”? Does it truly mean achieving completely “zero waste”? Xianming Laser provides a professional overview of the core principles and industrial value behind this advanced material-saving technology. What Is “Zero Tail Material Cutting”? “Zero Tail Material Cutting” refers to an advanced tube processing technology that minimizes the remaining tail material after cutting by optimizing machine structure, intelligent feeding systems, and chuck coordination control technology during laser tube processing.
Xianming Laser Tube Bevel Cutting Technology: A Precision Machining Solution for High-End Welding Manufacturing
2026/05/28
In modern high-end equipment manufacturing and metal structural processing, welding quality has become a critical factor in determining product reliability and structural safety. With increasing demands for welding precision and assembly efficiency in industries such as steel structures, construction machinery, shipbuilding, and heavy-duty equipment, tube “bevel cutting” technology has gradually become an essential capability of high-end laser tube cutting systems. Based on years of expertise in laser tube processing, Xianming Laser integrates high-precision laser control systems with advanced 3D machining capabilities to deliver a stable, efficient, and mass-producible bevel cutting solution for complex welded structural components.