Custom Online Laser Cutting Services
Customized laser cutting and machining services
Rapid prototyping to small or high volume production for all your on-demand manufacturing.
Parts
Our advanced laser cutting machines deliver precision in every project. Our rigorous quality control ensures that your custom metal parts match exact specifications, giving you flawless results for every order.
Lead Time
Support
Our engineering team transforms design challenges into achievable solutions. We provide hands-on support, ensuring your custom laser cutting projects benefit from the best technical advice and design optimization for superior results.
What is Laser Cutting?
Sheet metal laser cutting is an efficient thermal cutting process, combined with computer numerical control (CNC) technology, which uses a focused high-power density laser beam and auxiliary gases to rapidly melt, vaporize or vaporize metal materials, thereby achieving precise cutting of the desired shape or size. The technology is highly accurate and efficient, making it ideal for manufacturing parts of various complex shapes.
Futai manufacturers provide one-stop sheet metal laser cutting and machining services covering cutting, bending, forming and welding processes. From design to production, whether complex parts or small or high volume production, we can meet the individual customization and on-demand manufacturing needs of our customers around the world. We have advanced metal laser cutting machines that are good at handling complex designs and always ensure high quality, high efficiency and high precision cutting technology.
Futai Manufacturer laser cutting services for a wide range of industries including: automotive, energy, aerospace, electronics, construction and medical benefit from our sheet metal manufacturing.
If your project requires customized sheet metal laser cutting parts, or you want to discuss more sheet metal laser cutting processes together, please contact us today.
Types of Laser Cutters at Futai
Our laser cutting shop features advanced machinery capable of handling a variety of materials with high precision and efficiency.
Fiber Laser Cutting
Fiber laser cutters at Futai provide exceptional precision with minimal setup time, making them suitable for cutting reflective metals. They offer high energy efficiency and fast cutting speeds, essential for both high-volume and custom metal laser cutting projects.
CO2 Laser Cutting
Our CO2 laser cutters are highly effective in processing a wide range of materials including metals, plastics, and woods. With a fine laser beam, CO2 technology ensures clean cuts and intricate detailing, enhancing the quality of your laser cut parts.
Nd:Yag Laser Cutting
Nd:Yag laser cutters are renowned for their high power and capability to cut through thick and hard materials. At Futai, we deploy Nd:Yag lasers for tasks that demand extreme precision and deep cutting, well-suited for complex industrial and design challenges.
Laser Cutting Materials
Metals
Metals such as aluminum, stainless steel, andbrass are known for their durability, highstrength, and excellent corrosion resistance.These properties make them ideal for bothstructural applications and detailed aestheticpieces.
Plastics
Plastics like acrylic and polycarbonate arecelebrated for their lightweight, impactresistance, and clarity.These materials offergreat versatility, allowing for a wide range ofapplications from industrial components tovisually appealing decorative items.
Woods
Wood varieties such as pine, oak, and mapleare chosen for their natural grain patterns.workability, and strength. Each type provides aunique aesthetic and can be used for bothstructural purposes and intricate decorativeworks.
Futai Laser Cutting Capabilities
Description
Metal Bending Forces
Up to 1000 tons
Metal Bending Forces
Up to 1000 tons
Futai Laser Cutting Shop
Futai Laser Cutting Workshop: A combination of modern technology and skilled craftsmanship. With seven high-precision laser cutting machines, cutting capacity of 3000*1500, thickness of up to 30 mm, accuracy of up to ±0.01 mm. Can handle metal, plastic, wood and other materials, to ensure the project fine quality products. See our laser workshop operation video to learn more about the precision and efficiency of our laser cutting services. We demonstrate professionalism and strength with our heart.
Advantages of Laser Cutting Technology
The advantages of using laser cutting technology are significant and benefit a variety of manufacturing environments.
1. Good cutting quality: fine, smooth cutting surface, suitable for high-precision industry.
2. High processing efficiency: quickly complete multi-part cutting, improve production efficiency.
3. Adjustable incision: flexible control width and depth to meet diverse needs.
4. Wide applicability: suitable for a variety of metal materials and non-metal materials.
5. Precision manufacturing: high precision, high repeatability, to achieve micron level accuracy.
6. Flexible cutting: adapt to different shapes and sizes to achieve complex pattern cutting.
7. Shaped processing: no need for complex molds, reduce production costs.
8. Once forming: reduce subsequent processing and improve processing efficiency, thereby reducing cost and increasing efficiency.
Laser Cutting Technology Application
Laser cutting technology is widely used to manufacture a wide variety of parts, each of which benefits from the accuracy and versatility offered by the method.
Structural components: Used in the mechanical and construction industries to manufacture structural components such as beams, frames and supports, providing high precision cutting.
Decorative elements: The production of fine, precise ornaments, such as metal panels and artwork, is widely used in the field of interior design and architecture.
Functional components: The automotive and mechanical industries produce functional components such as gears, brackets and housings to ensure the smooth operation of mechanical systems.
Prototyping: Used by designers and engineers to quickly prototype, iterate and improve, and accelerate product development.
Electronic components: In the electronics industry, complex components such as circuit boards and insulators are produced for precise cutting and protection of sensitive materials.
FAQs
Our laser cutting service is designed for precision, capable of achieving a cutting accuracy of +/- 0.002 inches and a positional accuracy of +/- 0.004 inches. This level of precision ensures that every part we produce matches your exact specifications, contributing to the high quality of the final product. Whether you are working on intricate designs or require exact replication of parts, our laser cutting technology provides the accuracy needed for complex and detailed projects, making it ideal for industries requiring meticulous attention to detail.
Our laser cutting capabilities vary depending on the material, allowing us to manage a range of thicknesses for different project needs. For stainless steel and aluminum, we can handle materials up to 15 mm thick, providing robustness and precision with each cut. When it comes to carbon steel, our equipment can efficiently process sheets as thick as 25 mm, suitable for heavier-duty applications. For copper, our precise laser cutting service effectively handles thicknesses up to 12.7 mm, perfect for detailed and intricate designs. This versatility ensures we can meet diverse cutting requirements with accuracy and high quality.
Yes, we offer both laser engraving and etching services. Our team is equipped with extensive experience and expertise in these techniques, enabling us to deliver superior quality results that meet your specific requirements. Whether you need detailed graphics, precise text, or intricate patterns, our laser engraving and etching services are designed to provide high-resolution finishes on a variety of materials. We handle each project with great precision, ensuring exceptional and lasting impressions on your products, perfectly suited for both aesthetic enhancements and functional markings.
Yes, in addition to laser cutting, we offer a variety of material bending techniques at our facility. You can bend the material using methods such as V-bending, roll bending, rotary bending, and wipe bending. These techniques are available to shape your flat pattern profiles into the desired forms. The choice of bending method will depend on the specific requirements of your project. This flexibility allows us to cater to a wide range of applications, ensuring that the final product meets your design and functionality needs precisely.