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The Role of Servo Motors in Fiber Laser Cutting Machines
Among these components, the servo motor plays a critical role in controlling the movement accuracy and overall performance of the machine.
Many customers focus mainly on laser power when purchasing a fiber laser cutting machine, but the motion system is equally important.
A powerful laser source cannot achieve excellent cutting results without a stable and precise servo system.
Jul 13,2026
NEW
How to Choose a Laser Source for Fiber Laser Cutting Machine: Raycus vs MAX vs IPG
Choosing the right laser source is critical for fiber laser cutting machines. Learn the differences between Raycus, MAX, and IPG laser sources based on performance, reliability, cost, and applications.
Jul 13,2026
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Top 10 Best Laser Cutting Machine Manufacturers Globally (2026 Comprehensive Rankings)
Looking for the best laser cutting machine for your metal fabrication business? Read our comprehensive 2026 ranking of the top 10 global manufacturers, including TRUMPF, Bystronic, and Knoppo Laser, to find the highest ROI for your factory.
Jun 10,2026
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Looking for the best fiber laser cutting machine for your shop? Read Knoppo's ultimate 1530/3015 buyer's guide answering power (3kW/6kW), components, and ROI questions before you invest.
Jun 03,2026
NEW
How Tube Laser Cutting Machines Are Transforming Modern Metal Fabrication in 2026
The fiber laser tube cutting machine is becoming one of the most important technologies in modern metal fabrication. With its combination of speed, precision, automation, and cost efficiency, it helps manufacturers improve productivity while maintaining high-quality standards.
As global demand for intelligent manufacturing continues to grow in 2026, laser tube cutting solutions will play an even bigger role in the future of industrial production.
May 20,2026
NEW
Top Industries Using Fiber Laser Cutting Machines in 2026 | KNOPPO CNC
Fiber laser cutting machines are rapidly transforming modern manufacturing in 2026. Industries such as automotive, steel structure, fitness equipment, shipbuilding, agricultural machinery, and renewable energy are increasingly adopting fiber laser technology to achieve higher precision, faster production, and lower operating costs. With the growth of smart factories and automation, high-power fiber laser systems are becoming essential equipment for efficient metal fabrication worldwide.
May 19,2026
NEW
Laser Rust Removal: Revolutionizing Industrial Surface Cleaning with Cutting-Edge Technology
This is an English news summary corresponding to the independent station news release, focusing on the revolutionary impact of laser rust removal technology on industrial surface cleaning, with the core information as follows:
I. Background & Pain Points
Industrial metal surface cleaning has long relied on traditional methods such as sandblasting and chemical cleaning. These methods are cumbersome, have significant safety hazards, low cleaning efficiency, and are prone to residues, which not only affect the quality of subsequent production but also fail to meet the requirements of environmental protection and safe production, making an optimized solution urgently needed.
II. Core Technology: Laser Rust Removal
Laser rust removal, also known as laser ablation, is an advanced surface treatment technology that uses concentrated light energy to remove rust, paint, and various contaminants from metal surfaces. Its core advantage is precision—it only acts on the rust layer without damaging the underlying metal, adapting to various metal materials and different degrees of rust. It is a one-step cleaning process that does not require complex pre-treatment or post-treatment.
III. Working Principle & Equipment Types
1. Working Process: First, calibrate the parameters of the laser cleaning machine (power, pulse width, etc.), then aim the laser beam at the rusted area, vaporize the rust particles by laser heating, and finally obtain a clean surface that can be directly used for subsequent processing.
2. Equipment Classification: According to the laser type, it is divided into pulsed laser cleaning (suitable for precision tasks, reducing thermal damage, ideal for aerospace components and classic car restoration) and continuous wave laser cleaning (suitable for large-scale industrial scenarios, pursuing cleaning speed); according to the application scenario, it is divided into handheld (small projects, spot cleaning) and large-scale automated systems (industrial high-volume tasks, often equipped with robotic arms).
Apr 23,2026
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