Laser-cutting machines are usually equipped with multiple CNC workstations. During operation, workers only need to modify the CNC program to cut metal sheets of various shapes and tolerances as required. As a result, laser cutting manufacturing is characterized by high precision, high efficiency, and flexibility. This technology enables customers to shorten the product manufacturing cycle and complete projects more efficiently.
RFS Laser Cutting Manufacturing Factory
Laser cutting is the process of precisely cutting sheet metal using a laser with high-power density energy. This process is also one of the processes commonly used by RFS in sheet metal fabrication. Laser cutting provides smooth edges, high machining accuracy, and precise shapes with less material waste. Moreover, laser cutting has a faster and more efficient turnaround than punching, making it ideal for rapid prototyping. Whether it’s a simple shape or a complex design, laser cutting cuts consistent, clean edges to tolerances and produces parts with precision.
RFS offers custom laser cutting services for a variety of sheet metal parts. Our team of experienced engineers can utilize computer software to accurately cut the desired shape in sheet metal. Professional optimization suggestions can also be made for your design plans. Our laser-cutting machines are also suitable for different thicknesses and types of metals. In addition to professional laser cutting solutions, RFS can also handle subsequent processes, such as bending, welding, and surface treatment, allowing us to provide a one-stop service for sheet metal part production. Whether it’s a simple laser cutting project or a comprehensive sheet metal processing project with multiple processes, we can handle it all for you.
Laser Cutting Technical Specifications
To ensure your project meets the highest industry standards, RFS provides the following technical parameters for our custom laser cutting services.
| Feature | Technical Specification | Client Benefit |
|---|---|---|
| Laser Source | High-Power Fiber Laser (3kW – 12kW) | Faster cutting & cleaner edges |
| Max Sheet Size | 3000mm x 1500mm (120″ x 60″) | Supports large-scale industrial parts |
| Positioning Accuracy | ±0.03 mm (0.0012″) | High-precision assembly fit |
| Repeatability | ±0.02 mm (0.0008″) | Consistency for high-volume orders |
| Min. Kerf Width | 0.1 mm – 0.2 mm | Capable of intricate, fine-detail cuts |
| File Formats | .DXF, .DWG, .STEP, .IGS, .PDF | Fast quoting & seamless CAD integration |
Types of Laser Cutting Services Provided by RFS
Laser cutting comes in different forms. We mainly choose based on how it works, what materials are used, and the processing method. The three common types are shown below.
CO₂ laser cutting has been used in the processing industry for a long time. It is used for many non-metallic materials, such as acrylic sheets, wood panels, and plastic sheets. This processing method is frequently seen in the production of display boards and decorative parts.
Fiber laser cutting is frequently used for materials like carbon steel, stainless steel, and aluminum sheets. Because fiber laser cutting produces clean edges, it facilitates subsequent welding, bending, and other processes, so many factories now use fiber laser cutting.
Another type is YAG laser cutting. This is a crystal laser. This equipment used to be common in some metal processing plants. However, with the availability of new equipment and the relatively high cost of this laser cutting method for metal processing, many factories have gradually switched to other types of laser equipment. However, this processing method can still be seen in some older equipment workshops.
Laser Cutting Tolerance Standard (ISO Reference)
ISO 9013 – Typical Dimensional Tolerance (Reference Values)
RFS follows internationally recognized thermal cutting standards such as ISO 9013. These standards define cutting quality and dimensional accuracy based on material thickness and cutting conditions.
|
Material Thickness |
Range 1–2 (High Precision) |
Range 3 (Standard) |
Range 4–5 (Coarse) |
|
≤ 3 mm |
±0.05 – ±0.10 mm |
±0.15 mm |
±0.20 mm |
|
3 – 10 mm |
±0.10 – ±0.20 mm |
±0.25 mm |
±0.40 mm |
|
10 – 20 mm |
±0.20 – ±0.30 mm |
±0.40 mm |
±0.60 mm |
|
20 – 40 mm |
±0.30 – ±0.50 mm |
±0.60 mm |
±1.00 mm |
Note: Tighter tolerances can be achieved depending on material grade, cutting conditions, and part design. RFS supports customized tolerance requirements for critical applications.
Advantages of RFS Laser Cutting Fabrication Services
Compared to the traditional sheet material processing method, Laser Cutting, as a popular modern process, has several advantages, as described below.
Laser cutting machines utilize high-density energy to process parts non-contactly. This ensures that the part is not damaged and that the cut surface is clean and attractive. Parts produced through this process have minimal burrs and do not require additional grinding or polishing, which saves additional process and time costs.
Laser-cutting fabrication does not require a mold to produce parts. Therefore, there is no need to maintain or replace molds, and there are no mold consumption costs, which helps to reduce processing costs.
Before laser cutting, RFS pre-arranges the parts in a tight pattern on the sheet metal. This minimizes material waste, especially for high-cost metals such as stainless steel or aluminum. Your process will be more cost-effective.
RFS’ laser cutting services are available for a wide range of metal types and thicknesses, including common materials such as stainless steel, carbon steel, and aluminum. If your project requires a customized material or cut thickness, please let us know. Our team of engineers will be happy to discuss the details of your project in more detail.
Whether it’s a small custom order or a large production order, RFS can meet your needs. Laser cutting requires no additional tools or molds and is extremely flexible. As a result, we can handle both short-term production orders and long-term large-scale orders.
Common Materials for Laser Cutting Manufacturing
- Carbon steel: high degree, economical, easy to laser cut.
- Stainless Steel: Durable, corrosion-resistant, with a high surface finish.
- Aluminum alloy: Lightweight and corrosion-resistant.
- Galvanized steel: Rust-resistant and suitable for outdoor use.
- Copper and brass: Good electrical conductivity for electrical components.
If your project requires customized materials, please feel free to contact RFS. We will be happy to assess the feasibility and assist in sourcing the right materials.
| Material Type | Maximum Thickness | Edge Finish |
| Stainless Steel | 25 mm (1.0″) | Nitrogen-assisted / Oxide-free |
| Carbon Steel | 30 mm (1.2″) | Smooth surface / Minimal slag |
| Aluminum Alloys | 20 mm (0.8″) | High-speed clean cut |
| Brass / Copper | 12 mm (0.5″) | Reflective material optimized |
| Galvanized Steel | 6 mm (0.25″) | Preserved coating integrity |
Note: The thicknesses above are for standard commercial-grade materials. If you need thicknesses beyond these specifications or special alloys, please contact our engineers. We provide custom material thicknesses for your specific requirements.
Typical Applications of RFS Laser Cutting Solutions
Metal brackets and mounting plates
RFS uses laser-cutting technology in the production of metal brackets and mounting plates. Laser-cutting technology can produce smooth, clean edges on sheet metal and accurately punch holes in it with high precision. This simplifies and speeds up the assembly process for metal brackets and mounting plates.
Construction sheet metal components
RFS also serves the construction industry. The construction industry frequently requires sheet metal components such as frames, signage, and support panels, which demand strict delivery schedules and precision. RFS can deliver these components on time with guaranteed quality.
Decorative metal panels
Due to the precision of laser cutting, RFS has also collaborated with the interior design industry. We use laser cutting technology to cut the patterns or logos required by customers onto metal sheets.
Automotive components
Automobiles require numerous precision-cut sheet metal parts, gaskets, spacers, and other components. RFS’s laser cutting ensures consistent dimensions while maintaining clean, smooth edges free of burrs.
FAQs of RFS Custom Laser Cutting Services
How Laser Cutting Works?
Laser cutting is a thermal separation process. The laser beam hits the surface of the material and heats it to the point of melting or complete vaporization. The laser cutter follows the geometry set by the computer, separating the desired shape during the process.
Does RFS provide materials for laser cutting?
Yes. We stock extensive materials, and there are more than 300 distinct materi
Does RFS can design the drawings for me?
Unfortunately not. Please send your 2D, 3D, PDF, or CAD drawings to us, and we will offer the manufacturing design review and optimization after receiving your order.
What are your minimum order quantities?
It is also acceptable for a small order volume. There is no MOQ requirement here. We pride ourselves on treating customers with different orders equally.