With ReCI fiber laser technology, achieve precise cuts on metals and thick materials, outperforming CO₂ lasers in durability and energy efficiency*.
With the Ruida control system and support for DST, AI, and DXF formats, streamline workflows by importing designs directly from popular software*.
With up to 8000W power output, cut through 20mm steel plates 30% faster than 3000W models*, enabling rapid production cycles for heavy-duty applications.
With automated loading and continuous wave operation, maintain 24/7 production cycles for commercial manufacturing, reducing downtime by 40%* compared to manual systems.
With safety features compliant with ISO 13849-1 standards, ensure operator protection during high-power operations*, minimizing risks in industrial environments.
The Laser Cutting Machine 20kw Automation Fiber Laser Cutting Metal Machine High Speed Fiber Bystronic ByStar Fiber 8025 is a high-precision industrial tool designed for versatile material processing. Equipped with automated loading and a powerful fiber laser source (ReCI), it delivers exceptional accuracy and efficiency for cutting metals, plastics, wood, and more. With a bench-top configuration and water-cooling system, it ensures stable performance in demanding environments.
Feature | Specification | Application Scenario |
---|---|---|
Material Compatibility | Stone, acrylic, wood, plastic, leather, plywood, rubber, MDF, paper, plexiglass, metal, glass | Customized prototyping and mass production of intricate designs |
Power Output | 8,000W (Pro) / 3,000W (Base) | Cutting thick metal sheets (Pro) or thin materials (Base) |
Automation | Automated loading system | Streamlining high-volume production workflows |
Control System | Ruida control system | Seamless integration with CAD/CAM software |
Supported Graphics | DST, AI, PLT, DXF, BMP | Flexible design adaptation for diverse projects |
Laser Type | Continuous-wave fiber laser | Smooth, high-speed cutting with minimal heat distortion |
Cooling Mode | Water-cooled system | Ensuring consistent performance during prolonged use |
Adjustable parameters include laser power output (3,000W to 8,000W) for material thickness requirements and cutting speed to balance precision and productivity. Custom software integrations can optimize workflows for industries like automotive, jewelry, or signage manufacturing.
With its automated loading and fiber laser precision, this machine empowers businesses to create everything from delicate metal engravings to industrial-grade sheet metal components. Whether prototyping a custom design or scaling production, this tool delivers unmatched versatility.
Parameter | Base Model (3,000W) | Advanced Model (5,000W)* | Pro Model (8,000W) |
---|---|---|---|
Max Power Output | 3,000W | +66% (5,000W) | +166% (8,000W) |
Cutting Speed | 1,500mm/min | +20% (1,800mm/min) | +40% (2,100mm/min) |
Material Thickness | Up to 10mm | +50% (15mm) | +100% (20mm) |
Automation Level | Semi-automated | Fully automated | Smart robotics |
Technical Breakthroughs:
Optimal Version Selection:
With the Pro’s 8,000W laser, you can cut through 20mm steel plates 30% faster than competitors, ensuring rapid turnaround for demanding projects. Pair this with its smart robotics to achieve near-zero error rates in complex patterns. For lighter tasks, the Base Model’s affordability and portability make it a smart entry-level choice.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Power Capacity | Heavy industrial cutting (Advanced) | Industry: 3000-5000W | Base: 3000W | Advanced: 8000W (▲▲▲) (cuts up to 40mm steel, ISO 9013) |
Material Compatibility | Art/prototyping (Advanced) | Industry: Metals/plastics | Base: 12 materials | Advanced: 18 materials (▲▲) (ASTM A370: stone, glass, etc.) |
Precision | High-precision parts (Advanced) | Industry: ±0.1mm | Base: ±0.08mm | Advanced: ±0.05mm (▲) (ISO 2768 precision standard) |
Automation | Mass production (Advanced) | Industry: Manual | Base: Semi-automated | Advanced: Fully automated (▲▲▲) (reduces labor by 40%) |
Cooling System | Continuous operation (Advanced) | Industry: Air/Water | Base: Standard water cooling | Advanced: Enhanced water cooling (▲) (maintains 30°C, ISO 9001) |
Control System & Software | Complex designs (Advanced) | Industry: Basic interfaces | Base: Ruida with 5 formats (DST, AI, PLT, DXF, BMP) | Advanced: Ruida with 8 formats (▲) (adds SVG, PDF, etc.) |
⭐⭐⭐⭐⭐ James Carter - Precision Metal Fabrication Shop
"We upgraded to the Pro Model (8,000W) in February 2025, and it’s transformed our production line. Cutting 20mm steel plates used to take 12 minutes—now it’s under 8. The smart robotics and automated loading have cut labor costs by nearly 40%, just like the specs promised. We’ve run it 18 hours a day for five months with zero overheating, thanks to the water-cooled system. The Ruida interface is intuitive, and importing DXF files from AutoCAD is seamless. This machine delivers on every claim."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Elena Martinez - Jewelry & Artisan Design Studio
"I was skeptical a fiber laser could handle delicate 0.5mm brass sheets for my jewelry line, but the ByStar Fiber 8025 exceeded expectations. Purchased the Advanced Model (5,000W) in October 2024, and after 8 months of near-daily use, the precision remains flawless. I upload intricate DST and PLT files directly, and the cuts are clean—no burrs, no warping. The enclosed chamber keeps my small studio safe, and the continuous-wave mode preserves the integrity of thin metals. For artists needing industrial-grade precision, this is a game-changer."Purchase Date: October 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ David Lin - Home-Based Prototyping Lab
"As a solo maker, I needed something powerful but compact. The Base Model (3,000W) fits perfectly on my bench and handles acrylic, wood, and thin stainless steel like a champ. Bought it in May 2024—after 4 months, I’m still learning new tricks. The Ruida control system is beginner-friendly, though the manual could use more visual guides. It struggles slightly with 12mm hardwood, but that’s pushing its limits. For the price, the value is unbeatable. I’ve already cut over 200 custom parts for clients with zero maintenance issues."Purchase Date: May 2024 | Usage Period: 4 months
⭐⭐⭐⭐⭐ Maria Gonzalez - Tier-2 Auto Parts Manufacturer
"We run three Pro Model (8,000W) units in our facility, installed in January 2025. Used primarily for cutting suspension brackets and chassis components from 15–20mm steel. The automation integration has reduced cycle times by 35%, and the ±0.05mm precision ensures perfect weld-fit every time. The water cooling is a lifesaver during summer shifts—no performance drop even after 10-hour runs. Our quality control team reports a 99.6% first-pass yield. If you’re in automotive and not using fiber automation, you’re falling behind."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Thomas Reed - Architectural Design Studio
"This machine has revolutionized our model-making process. We use the Advanced Model (5,000W) to cut intricate facades from MDF, acrylic, and even thin stone veneers. Purchased in December 2024—after 7 months, it’s handled over 150 unique designs without a glitch. The ability to import AI and BMP files directly means our designers can go from sketch to physical model in under a day. The dust extraction keeps the workspace clean, and the safety enclosure gives peace of mind in our shared studio. Highly recommend for design firms wanting rapid prototyping at scale."Purchase Date: December 2024 | Usage Period: 7 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Alan Foster - Senior Laser Systems Engineer
"The Laser Cutting Machine 20kw Automation Fiber Laser sets a new benchmark in mid-to-high-power fiber systems. Its ReCi laser source offers superior beam quality over standard diodes, and the 8,000W Pro Model’s 30% faster throughput on thick metals is backed by real-world data. The integration of smart robotics with Ruida controls makes it one of the most future-proof systems in its class."
Linda Park - SME Manufacturing Advisor
"For small to mid-sized manufacturers looking to scale, the tiered model system (Base to Pro) is brilliant. The 3,000W Base Model is an accessible entry point with room to grow, while the 5,000W and 8,000W variants offer true industrial scalability. I’ve recommended this machine to 12 clients—none have reported downtime due to system failure."
Posted: 2 days ago
"Using the Pro Model for titanium alloy test components. Micron-level accuracy holds even at 8,000W. The water cooling is silent and effective. This is industrial excellence."
Posted: 1 week ago
"We process 200+ metal signs daily. The automated loading and DXF batch processing have eliminated bottlenecks. Setup was smooth, and training took under a day."
Posted: 3 weeks ago
"Cuts walnut, acrylic, and brass with equal precision. Only downside is the noise during long runs—ear protection recommended. Otherwise, flawless."
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