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Laser Cutting Service

Laser Cutting Services

In metal manufacturing, laser cutting is the most fundamental and commonly utilized procedure. Because of its major benefits over other techniques, laser cutting is the industry's preferred way of performing such tasks.

One of All Win MFG's sheet cutting methods is laser cutting. It uses optics to steer a high-powered laser to cut objects for industrial uses. Laser cutting is much more precise and energy-efficient than plasma cutting, but there is a limit to the material thickness that you can cut.

Laser cutters are often used for high-quality welding and cutting commercial sheet metal, but you can also utilize them for composites, wood, rubber, aluminum, and glass. You can cut steel, engineered alloys, stainless steel, foam, plastics, wood, and elastomer using All Win MFG's manufacturing supplier network's fiber and CO2 lasers. The CO2 (carbon dioxide) laser is ideal for cutting, drilling, and engraving metals, while the fiber laser is ideal for thicker fabrics.

Laser cutting has various advantages over the traditional mechanical cutting or CNC machining methods, including faster output, decreased workpiece contamination, and a lower risk of warping. Laser cutting makes precise cuts with a low risk of operator error, making it ideal for rapid prototyping.

 

Why Choose All Win MFG for Laser Cutting?

Flexibility
For every cut, laser cutting doesn't necessitate the replacement of tools. In the same sheet thickness, you can use the same setup to cut a variety of forms. Intricate cuts, on the other hand, are not an issue.

Choosing Materials
Choose from a wide range of sheet metals with different strengths, conductivities, weights, and corrosion resistance.

Durability
Sheet metal methods, like CNC machining, generate substantial, robust parts suitable for both end-user and functional prototype production.

Automation
Because modern laser cutting equipment is highly automated, the job requires very little human.

Quality
Laser cutters leave only a little burr when used properly. It's not always necessary to eliminate it. Of course, the thickness, material, and other factors all play a role.

Applications of CNC Laser Cutting

Stainless Steel Laser Cutting Services

Laser-cut stainless steel is a prominent metal in a variety of industrial applications. It is simple to cut and doesn't work hard or deform during shaping or laser cutting due to the difficulty of die-cutting some stainless- steel alloys. We can cut stainless steel up to a thickness of 0.625" swiftly and precisely. For a clean finish, stainless steel laser-cut components are normally dross-free.

Aluminum Alloy Laser Cutting Services

Aluminum items are typically cut with solid-state lasers to decrease the laser beam's reflection off the metal due to its reflective nature. It reduces the laser beam's efficiency and lengthens the cutting period. To achieve great accuracy and a perfect edge on the piece, we cut thin sections with continuous or pulse laser beams. You could use sublimation to cut thicker objects utilizing fiber or short pulse lasers.

Steel Laser Cutting Services

Steel objects are very thick and need high power cutting techniques. All Win MFG cut them using CO2 lasers because they can pump out more power cuts than other lasers.
While cutting metal sheets, laser cutting for metals offers the benefits of being more accurate and consuming less energy; nevertheless, most commercial lasers cannot cut through the larger metal thickness than plasma can.

Copper Alloy Laser Cutting Services

Copper is a thermally and electrically conductive soft, ductile, and malleable metal. All Win MFG can slice copper alloy laser cut parts from 0.005" to.250" based on the metal. Also, fiber laser cutters are a good option for cutting copper since they can cut a wide range of material thicknesses, from thin to thick.

All Win MFG CNC Turning Materials

Sheet Cutting FAQs

  • Is there a minimum order quantity? How soon will I get the order?

    All Win MFG has not pegged the order quantity on any specific number. Clients have the freedom of ordering the least they need. Clients can scale their quantity demands with time as they experience the service. However, high quantities attract lower prices, unlike smaller quantities. 
     
    Once a client places their order, they are guaranteed to receive it in the shortest time possible. Typically, the production process begins when a client makes their order. Furthermore, the clients are assured of continued updates on the order status until they receive their order. All Win MFG ascertains quality assurance, reports, and order delivery tracking throughout the process. 
  • What are the maximum part and minimum part sizes All Win MFG can cut?

    The minimum or maximum size that All Win MFG can cut depends on the technique employed. Typically, when using the laser cut, it is possible to cut materials whose thickness is about 20mm, though this is machine-dependent. Most machines, however, cut materials in the range of 0.5-12mm thickness. 
     
    The waterjet technique can cut material with thicknesses up to 12 inches. When using abrasive waterjet cutting, precise material cutting occurs at a thickness of 3 inches and below. At the same time, the waterjet technique achieves cuts of sizes as thin as 0.1 inches, though thinner sizes may fail to meet perfect precision.
  • What files can All Win MFG use for waterjet cutting or laser cutting?

    Typically, waterjets perform excellently with 2D vector files, enabling one to see the outline of the scaled-up part that’s scaled 1:1. DXF is the type of tile most employed when working with cutting machines. Most CAD software is usually backed by exporting to DXF.
     
    The materials should be in vector format; AutoCAD DXF and Adobe Illustrator have been the best examples. The format is important since paths in the artwork utilize laser cutter software for defining the cut paths, which one can mark if they desire to do so.
     
    However, the two techniques differ slightly since laser cutting employs laser beams while waterjets are instrumental in cutting various materials.
  • What are the advantages of laser cutting?

    There are numerous advantages associated with laser cutting compared to traditional mechanical cutting or CNC machine processes. These merits include the following:
    • Faster production
    • The workpiece doesn’t get contaminated as does with the former techniques
    • There is a very slight likelihood of warping
    • The cuts produced by laser cutting are cleaner
    • There are limited chances for operators to make errors, making them excellent for quick prototyping.
    In addition to the advantages, clients of All Win MGF are sure to get services at reasonable prices immediately they demand the services. Clients can count the services to be high quality since the establishment relies on ideal machines to perform the tasks.

  • What’s sheet cutting services?

    Typical sheet cutting services achieve their purposes by the use of modern-day technologies. These are at the center of the production of components and products with unmatched quality. Some of the technologies involve advanced laser cutting and waterjets that can cut any material, including thick tool steel.<o:p>

    However, the success of the processes relies on the expansive knowledge and expertise of the staff. They can employ the techniques in cutting a vast scope of materials ranging from plastics to aluminum and steel, among several others. However, the process is one of the initial processes employed in other processes used in manufacturing, such as metal stamping and fabrication.<o:p>


With services including CNC machining, sheet cutting, sheet metal forming & injection molding, All Win MFG delivers 100% qualified products on time, efficiently and reliably. We are your ideal manufacturing partner for plastic parts, customized metal parts and customized sheet metal parts.

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Name : Shenzhen Quanying Precision Technology Co., Ltd.
Tel/WhatsApp : +8613049860333
Add : Room 101A, Building C, No. 3, Yanshan Avenue, Yanchuan Community, Yanluo Street, Baoan District, Shenzhen
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