Fiber Laser Cutting Machines
Fiber laser cutting machines for factories and metalworking businesses, supporting sheet metal cutting, tube cutting, combined sheet-and-tube cutting in a single machine, as well as structural steel applications such as H-Beam cutting.
- High Efficiency
- High-Precision Cutting
- High-Quality Results
- Reduced Operating Costs
Fiber Laser Cutting Machines for Sheet Metal, Tubes, and H-Beams
A high-performance fiber laser cutting machine capable of cutting a wide range of materials, including mild steel, aluminum, stainless steel, zinc, steel plates, and various metal applications. Built for strength and durability with a modern design, it features user-friendly software and is engineered to meet a wide range of production requirements efficiently. We offer a wide range of laser cutting machine models, supported by a professional service team that provides expert consultation before purchase and comprehensive training until your team can operate the machine confidently. Recommended! Popular F Series Models: 3000W and 6000W
Product List: Laser Cutting Machines
TH series
TG series
TP Series
Hymson HF · B Series
Choose the Right Laser Cutting Machine for Your Application
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Knowledge & Technical Articles
Knowledge & Technical Articles
1. High-Quality, Cutting-Edge Machinery
We offer a complete range of laser cutting machines, including Fiber Laser, CO₂, and CNC systems, with the latest updated specifications. Our machines support cutting applications for metal, acrylic, wood, and other materials, delivering clean, precise results while helping reduce material waste.
2. Comprehensive Service — From Consultation to After-Sales Support
Whether you operate a large industrial factory or an SME, our team of expert engineers is ready to provide professional consultation and recommend the most suitable machinery for your specific application. We also offer installation, maintenance, repair services, and genuine spare parts.
3. Solutions for Every Business Need
Whether you need to cut thick metal, acrylic for signage, engrave wood, or produce small DIY parts, we offer machinery and services to meet a wide range of applications and production needs.
4. Trusted by More Than 500 Factories
We are proud to be trusted by more than 500 factories and businesses for the quality of our machinery and services. This trust is a strong assurance that when you choose us, you receive both high-quality machinery and professional service.
How to Choose the Right Laser Cutting Machine for Your Needs
✔️ Determine the material to be cut — workpiece type and cutting area
✔️ Consider the laser power — based on thin or thick material applications
✔️ Budget — from compact laser cutting machines for SMEs to industrial-grade systems
✔️ After-sales service — inspection, maintenance, repairs, and spare parts
Q&A: Frequently Asked Questions
1. What is the difference between a sheet laser cutting machine and a sheet-and-tube laser cutting machine?
Answer: A sheet laser cutting machine is designed primarily for sheet metal applications, while a sheet-and-tube laser cutting machine can process both sheet metal and tubes in a single machine. It is ideal for factories that handle a variety of work and want to reduce the need to invest in multiple machines. However, the machine should be selected based on the factory’s main workload and application requirements to achieve the highest efficiency.
2. How much does a laser cutting machine cost?
Answer: The price of a fiber laser cutting machine varies depending on factors such as laser power, cutting area, machine configuration, control system, laser source, and optional accessories. To determine the most suitable price and machine specification for your application, we recommend providing details such as material type, material thickness, workpiece size, and production volume so our team can recommend the most appropriate model and specifications.
3. What is the difference between a 6000W and a 3000W laser cutting machine?
Answer: A 6000W laser cutting machine has higher laser power than a 3000W model, making it suitable for applications that require faster production speeds or the cutting of thicker materials, especially in factories with high daily production volumes. However, the appropriate laser power should be selected based on material type, thickness, production volume, and operating costs. Choosing the highest wattage is not always necessary.
4. What Laser Power Should a Factory Choose?
Answer: Choosing the right laser power should not be based on wattage alone. It is important to consider the material type, maximum cutting thickness, workpiece size, daily production volume, and required cutting speed. For example, 1500W, 3000W, 6000W, and higher-power machines are suitable for different applications. Having an engineering team evaluate your actual workpieces can help you select the most cost-effective machine for your production needs.
