Choosing V&T Machining for your Metglas laser cutting needs is opting for a partner committed to precision, quality, and cutting-edge solutions. Our unwavering dedication to excellence, combined with advanced techniques, positions us as industry leaders in providing tailored Metglas laser cutting solutions. At V&T Machining, we understand the unique properties of Metglas and have honed our expertise in laser cutting to deliver results that exceed expectations.
Laser cutting has transformed material processing, and when it comes to Metglas, a specialized approach is essential. V&T Machining takes pride in employing state-of-the-art tools and techniques to deliver precise Metglas laser cutting solutions, customized for diverse industries, including power distribution, transformers, and magnetic components.
V&T Machining Presents a Comprehensive Guide to Laser Cutting Metglas:
Metglas Alloy Composition | Cutting Tool | Cutting Speed (mm/min) | Laser Power (kW) (Thickness-Dependent) | Focus Lens Material | Focus Lens Life (hours) |
---|---|---|---|---|---|
Metglas (Amorphous Metal) | CO2 or Fiber Laser | 50-100 | 2-4 (thickness-dependent) | ZnSe or Si | 300-500 |
Challenges in Metglas Laser Cutting:
Metglas, being an amorphous metal, poses challenges due to its unique non-crystalline structure. At V&T Machining, we leverage advanced laser technologies and expertise to overcome these challenges, ensuring precise cuts and superior results. Our approach involves optimizing parameters such as laser power, cutting speed, and assist gases for Metglas laser cutting.
Technical Approach:
V&T Machining approaches intricate Metglas laser cutting projects with precision and meticulous care. Our experienced team ensures that temperature control, beam alignment, and gas utilization are finely tuned to meet the specific demands of Metglas laser cutting. This expertise allows us to achieve superior edge quality, minimal thermal distortion, and reduced material waste.
Optimizing Metglas Cutting Speeds and Laser Positioning:
Our focus on cut speed and laser positioning is crucial for achieving optimal results with Metglas. Identifying the correct initial piercing point on the sheet maximizes beam efficiency, while adjusting power settings and aligning the sheet grain minimize distortion. The use of high-pressure nitrogen or argon during Metglas laser cutting enhances the cutting process and achieves a clean, burr-free edge.
Benefits of Metglas Laser Cutting:
- Power Distribution Efficiency: Metglas laser cutting at V&T Machining provides components with high magnetic permeability, making it ideal for applications in power distribution and transformers.
- Precision in Magnetic Components: Our advanced laser cutting techniques cater to the unique properties of Metglas, providing precision for manufacturing magnetic components used in various industries.
- Reduced Material Waste: V&T Machining’s optimized processes result in efficient Metglas laser cutting, minimizing material waste and reducing overall production costs.
In choosing V&T Machining for your Metglas laser cutting needs, you’re partnering with experts dedicated to overcoming challenges, delivering exceptional precision, and providing tailored solutions for your specific industry requirements. Trust us to elevate your projects and exceed your expectations in the dynamic fields of power distribution, transformers, and magnetic components.
Our Laser cutting Metglas equipment
Working Area | 1510×3050mm |
Max Linkage Speed | 140m/min |
Max Acceleration | 1.5G |
Positional Accuracy | ±0.03mm |
Re-positional Accuracy | ±0.02mm |
Pipe Section Shape | Round/Square Tube/Rectangular |
Tube Size Range (Dual Pneumatic) | T160:Round:Φ16-Φ155mm Square:□16-□155mm Rectangular:Long Side≤155mm T220: Round:Φ20-Φ220mm Square:□20-□220m Rectangular:Long Side≤220mm |
Laser Cutting Samples
FAQ
Do you have your own factory?
Yes, our factory is located in Shenzhen, China. We own a very professional team.
How quickly can I get your response?
Within 24 hours.
Will you do 100% inspection before shipping out the orders?
Yes we do.
Can I have prototypes or samples before placing the order?
Samples are always available.
Are you experienced in different surface treatment?
Yes. We make surface treatment like: anodizing, nickel plating, electrolytic polishing, zinc plating, black oxide,TIN coating...
Are you experienced in different heat treatment?
Yes. We make heat treatment like: Nitriding, Quenching and tempering, Case Hardening, Carburize Hardening, Vacuum heat treatment
Do you make stock for your customers?
Yes in some cases we would make some stock for our customers.
Contact Us
If you need custom metal fabrication, please don’t hesitate to contact us immediately. We will provide you with the appropriate processing price within 2 days of receiving your material.
View V&T service reviews
United Statesthis company is my go to! have used them multiple times great prices V&T is the best to work with!
Robert James
United Statesthis company is my go to! have used them multiple times great prices V&T is the best to work with!
Robert James
Quality yet cheap. Service Staff was very friendly and helpful. Measurements of parts was very accurate for the anodized aluminium, and prices were very competitive
Jerimiah D.
Quality yet cheap. Service Staff was very friendly and helpful. Measurements of parts was very accurate for the anodized aluminium, and prices were very competitive
Jerimiah D.
Good quality of the product, the color matches the photos. The milling machine operator is good. Thanks.
Francy J.
Good quality of the product, the color matches the photos. The milling machine operator is good. Thanks.
Francy J.
If you can deal with V&T you will have a very good experience. Sometimes they can be quite late though, and communication was bad for a while. I have dealt with this company for 3 years now. Mostly satisfied
Marianna B.
If you can deal with V&T you will have a very good experience. Sometimes they can be quite late though, and communication was bad for a while. I have dealt with this company for 3 years now. Mostly satisfied
Marianna B.