Metal Sheet Laser Cutting Parts
| Product name: | Metal Sheet Laser Cutting Parts |
| Material: | Stainless Steel,Steel.Aluminium |
| Process: | Laser cutting |
| Surface treament: | None |
| MOQ: | 1PCS |
| Delivery time: | 7-30days |
| Packing: | 1.With plastic bag,with pearl-cotton package. 2.To be packed in cartons. 3.Use glues tape to seal cartons. |
Metal Sheet Laser Cutting Parts
Laser Cutting Parts
Stainless steel Laser Cutting Parts
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| CNC aluminum parts | CNC stainless steel parts | CNC brass & copper parts |
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CNC plastic parts | CNC steel parts | CNC titanium alloy parts |
Our processing range and tolerances
Processing | Machinable | Tolerance |
CNC turning/lathe | Diameter0.5-360mm X Length 750mm | +/-0.005mm |
CNC milling | 700(L)X500(W)X500(H)mm | +/-0.01mm |
CNC laser cutting | 0.3-20.0mm thickness | +/-0.1mm |
other machining | Drilling,Tapping,Grinding,Wire -EDM,etc | +/-0.005mm |
Our company
What we can do for you if cooperate with us?
1.We will offer you material certificate and quality certificate.
2.We will offer dimension report for every of your order.
3.We will send you product package photo before shipment.
4.We can ensure you the delivery time.
5.We can guarantee the accuracy of our products.
6.We can quote you fast.
Send us drawing for getting price if you have project need our help.
Laser cutting：
Use a high-power density laser beam to irradiate the material to be cut to quickly heat the material to vaporization temperature and evaporate to form holes. As the beam moves on the material, the holes continuously form slits with a very narrow width (such as about 0.1mm). Cutting of materials.
Laser cutting can be divided into four categories: laser vaporization cutting, laser melting cutting, laser oxygen cutting and laser scribing and controlled fracture.
1) Laser vaporization cutting
The high-energy density laser beam is used to heat the workpiece, so that the temperature rises rapidly, reaching the boiling point of the material in a very short time, and the material begins to vaporize and form vapor. The jetting speed of these vapors is very high, and at the same time as the vapor jets, cuts are formed in the material. The heat of vaporization of materials is generally very large, so a lot of power and power density are required for laser vaporization and cutting.
Laser vaporization cutting is mostly used for cutting extremely thin metal materials and non-metal materials (such as paper, cloth, wood, plastic, rubber, etc.).
2) Laser melting and cutting
In laser melting and cutting, the metal material is melted by laser heating, and then non-oxidizing gas (Ar, He, N, etc.) is sprayed through a nozzle coaxial with the beam, and the liquid metal is discharged by the strong pressure of the gas to form an incision. Laser melting and cutting do not need to vaporize the metal completely, and the energy required is only 1/10 of that of vaporized cutting.
Laser melting cutting is mainly used for cutting some materials that are not easy to oxidize or active metals, such as stainless steel, titanium, aluminum and their alloys.
3) Laser oxygen cutting
The principle of laser oxygen cutting is similar to oxyacetylene cutting. It uses a laser as a preheating heat source and an active gas such as oxygen as the cutting gas. On the one hand, the blown gas reacts with the cutting metal to generate an oxidation reaction and release a large amount of oxidation heat; on the other hand, the molten oxide and melt are blown out of the reaction zone to form an incision in the metal. Since the oxidation reaction in the cutting process generates a lot of heat, the energy required for laser oxygen cutting is only 1/2 of the melting cutting, and the cutting speed is much faster than laser vaporization cutting and melting cutting. Laser oxygen cutting is mainly used for easily oxidized metal materials such as carbon steel, titanium steel and heat-treated steel.
4) Laser scribing and controlled fracture
Laser scribing uses a high-energy density laser to scan the surface of the brittle material, so that the material is heated to evaporate a small groove, and then a certain pressure is applied, and the brittle material will crack along the small groove. The lasers used for laser scribing are generally Q-switched lasers and CO2 lasers.
Controlled fracture is the use of the steep temperature distribution generated when the laser groove is carved, which generates local thermal stress in the brittle material, causing the material to break along the small groove.
Q．Do you accept OEM/ODM?
A．We are OEM/ODM production factory.
Q．How many years of production experience does your company have?
A．We have a manufacturer with 16 years of CNC production and processing experience.
Q．Do you provide samples for free?
A．We can provide samples, but samples are not free.
Q．Are there 24-hour customers online to answer questions at any time?
A．We will answer questions within 24 hours.
Q．Can it be delivered quickly (or how many days are guaranteed for delivery, and the delivery period)?
A．The sample lead time is 7-15 days, and the mass production lead time is 25-30 days.
Contact : Penny Peng
Email: sales2@ruixing-mfg.com Mobile.: +86 13530245060
Add.:2nd Floor Building 8 Dadu Industrial Park BaiShiXia Fu Yong BaoAn ShenZhen China