TH-Q8500 Fiber Laser Cutting Machine
High-Power Fiber Laser Cutting System for Precision Metal Fabrication
The TH-Q8500 Fiber Laser Cutting Machine combines high-power fiber laser technology with outstanding precision and energy efficiency for industrial metal fabrication. Designed for cutting carbon steel, stainless steel, aluminum, copper, and other reflective metals, it delivers fast, stable, and highly accurate performance while reducing maintenance and operating costs.
Highlights of UV Fly Laser Printer
High-Reflective Material Processing
With a special wavelength of 1070nm, it has the unique ability to cut materials such as aluminum, copper, and brass
Extended Component Lifespan
The pump source is designed for high durability, with a service life exceeding 100,000 hours
Superior Electro-optical Conversion
The conversion rate is approximately 25%, which is significantly higher than traditional CO2 lasers (<10%), greatly reducing power loss
High-Precision Positioning
The machine achieves an axial and repeated positioning accuracy of ≤±0.02mm/m, ensuring high-quality cutting results
Lossless Fiber Transmission
The laser is transmitted through optical fiber, resulting in basically no transmission loss during the process
Industrial-Grade Protection
The equipment is rated at IP54 protection level, ensuring its reliability and safety in various working environments
Product Parameters
|
Model |
TH-Q8500 |
|
Laser Type |
Fiber Laser |
|
Laser working medium |
Fiber |
|
Laser wavelength |
1070 nm |
|
Rated output power |
3000w/5000W/10000W |
|
Beam quality |
＜0.373mrad |
|
Effective cutting range |
3000×1500 |
|
Axial positioning accuracy of worktable |
≤±0.02mm/m |
|
Repeated positioning accuracy of worktable |
≤±0.02mm/m |
|
Cutting speed |
≤30m/min |
|
Maximum load of worktable |
1600KG |
|
Power supply rated parameters |
380V 50Hz |
|
Equipment power |
9KW |
|
protection level |
IP54 |
Features
German Imported IPG Fiber Lasers
The machine utilizes high-quality IPG fiber lasers imported from Germany, ensuring high performance and stability
Advanced Gain Medium
It uses rare-earth-doped glass fiber as the gain medium, which easily forms high power density to achieve efficient laser oscillation
Excellent Beam Quality (BPP)
The system maintains a constant beam parameter (BP) across the full power range, allowing for a small laser spot even when using a long focal length
Modular "Plug and Play" Design
Featuring a compact size and easy installation, this design eliminates the need for complex maintenance of the laser and beam transmission system
Applications
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Support & Sales
Address
7/F No.6899, Liuxiang Highway, Shanghai(201811) P.R.C
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