High-Precision
Laser Cutting
Services
Transforming your digital designs into perfectly cut metal parts with exceptional speed and accuracy. For prototypes, production runs, and everything in between.
ISO 9001:2015 Certified | Parts in as Fast as 3 Days | All Metals & Alloys
What is Laser Cutting?
The Power of Focused Light
Laser cutting is a non-contact, thermal-based fabrication process that uses a focused, high-power laser beam to cut materials. Guided by a computer (CNC), the laser melts, burns, or vaporizes the material along a precise path, leaving an exceptionally clean edge and a high-quality surface finish. This technology allows for the creation of incredibly intricate and complex shapes that are impossible with traditional cutting methods.
Our Laser Cutting
Capabilities
Fiber Laser Cutting
Our advanced fiber lasers are optimized for cutting reflective and non-reflective metals, including steel, aluminum, copper, and brass, with unparalleled speed and efficiency.
Tube Laser Cutting
We extend our precision to 3D shapes, cutting holes, slots, and complex profiles in round, square, and rectangular tubes for structural and framing applications.
Laser Etching & Marking
Beyond cutting, we can use our lasers to permanently etch part numbers, logos, serial numbers, and detailed graphics onto your component’s surface.
Multi-Material Expertise
We have fine-tuned cutting parameters for a vast library of metals and alloys, ensuring optimal edge quality and minimal thermal distortion on every job.
Leverage the speed of laser cutting to get functional metal prototypes in your hands within days, accelerating your design and testing cycles.
High-Volume Production
Our automated systems and large-capacity machines are built for scalability, capable of producing tens of thousands of identical parts with perfect consistency.
Why Choose RAPMAF
Manufacturing For Laser Cutting
Unmatched Precision & Edge Quality
Our state-of-the-art machines produce parts with tolerances as tight as ±0.1mm (±0.004″), featuring smooth, clean edges that often require no secondary finishing.
Automated Quoting & Nesting
Upload your DXF or STEP file to get an instant quote. Our software automatically nests your parts to maximize material usage, directly lowering your costs.
Rapid Turnaround, Guaranteed
The inherent speed of laser cutting, combined with our streamlined workflow, allows us to offer some of the fastest lead times in the industry for both prototypes and production.
A True One-Stop-Shop
We are not just a cutting service. We offer bending, welding, hardware insertion, and a full suite of finishing services to deliver a complete, assembly-ready product.
Technical Specifications
We adhere to strict technical standards to ensure your parts are cut perfectly every time. Please review our capabilities below.
| Feature | Specification / Description |
|---|---|
|
Supported File Formats |
DXF (preferred), DWG, STEP, AI, SLDPRT |
|
Max Sheet Size |
3000mm x 1500mm (120″ x 60″) |
|
Positional Accuracy |
+/- 0.1mm (+/- 0.004″) |
|
Kerf Width |
0.1mm – 0.5mm (Automatically compensated) |
|
Minimum Hole Diameter |
Typically 50% of material thickness (material dependent) |
|
Steel Thickness |
Up to 25mm (1.0″) |
|
Stainless Steel Thickness |
Up to 20mm (0.787″) |
|
Aluminum Thickness |
Up to 20mm (0.787″) |
|
Copper & Brass Thickness |
Up to 8mm (0.315″) |
|
Tube Cutting Capacity |
Up to 150mm (6″) Diameter / 3000mm (120″) Length |
Our Laser Cutting
Workflow
Step 1
Quote & DFM- Upload your design. Our system provides an instant quote and a DFM analysis to check for manufacturability.
Step 2
Programming & Nestin-Our engineers program the cutting path and nest your parts on a virtual sheet to maximize material yield and reduce waste.
Step 3
Precision Cutting- Your job is sent to the appropriate fiber laser machine, where it is cut with high precision and speed under automated control.
Step 4
QC & Shipping- Parts are deburred, inspected for dimensional accuracy and edge quality, then securely packaged and shipped to you.
Metals We Cut with Precision
Material selection is critical for performance and cost. We work with a wide range of metals to suit any project.
Aluminum
5052-H32:Lightweight with excellent corrosion resistance and formability.
6061-T6:Stronger than 5052, ideal for structural parts.
7075-T6: High-strength “aircraft grade” aluminum for demanding applications.
Steel
A36(Hot Rolled):Cost-effective structural steel for general applications.
1018 (Cold Rolled): Smooth finish, excellent for parts requiring plating.
AR500 (Abrasion Resistant): Extremely hard steel for high-wear applications like targets and armor.
Stainless Steel
304:The industry standard, offering a great balance of corrosion resistance and cost.
316:Marine-grade stainless steel with superior corrosion resistance, ideal for harsh environments.
430:A magnetic stainless steel often used in decorative and appliance applications.
Other Metals
Copper C110: High electrical and thermal conductivity, perfect for bus bars and heat sinks.
Brass C260: Good strength, corrosion resistance, and a desirable aesthetic finish.
Titanium Gr2/Gr5: Excellent strength-to-weight ratio and biocompatibility, used in aerospace and medical.
Beyond The Cut: Complete Part Solutions
We provide a complete range of finishing and assembly services to deliver production-ready parts to your door.
Deburring & Edge Rounding
We ensure all laser-cut parts are free from sharp dross and have smooth, safe-to-handle edges.
Bending & Forming
After cutting, we can use our CNC press brakes to accurately bend your flat parts into complex 3D shapes.
Tapping & Countersinking
We can add threaded holes (tapping) or conical holes (countersinking) to your parts for fastener installation.
Welding (TIG, MIG)
Our certified welders can join your laser-cut components into strong, complex assemblies.
Hardware Installation
We expertly install all types of PEM nuts, studs, and standoffs, saving you valuable assembly time.
Powder Coating
A durable, uniform, and corrosion-resistant polymer finish available in a vast range of colors and textures.
Anodizing
For aluminum parts. Creates a hard, corrosion-resistant, and decorative finish in various colors.
Plating (Zinc, Nickel)
A thin metal coating applied for enhanced corrosion resistance, conductivity, or aesthetic appearance.
Sandblasting
Creates a uniform, non-directional matte or satin texture, ideal for high-end aesthetics.
Graining / Brushing
Creates a straight-line, directional satin finish, commonly used on stainless steel and aluminum panels.
Part Marking
We can laser-etch or silkscreen logos, labels, and text directly onto your parts for a professional look.
Kitting & Assembly
We can package multiple components together as a kit or perform final mechanical assembly for a turnkey solution.
Industries We Serve
We assemble complex robotic arms,end-effectors, and control boxes,integrating motors,sensors, and wiring
We build diagnostic equipment and lab instruments in a controlled environment,adhering to strict quality and documentation standards.
We provide final assembly for high-end audio equipment, smart home devices,and other consumer products ready for market.
We assemble ruggedized enclosures，mil-spec connectors,and mission-critical hardware with full traceability and documentation.
Showcase of Our Laser-Cut Parts
From delicate decorative panels to thick structural plates, our quality is cut into every part. Explore a selection of our recent work.
Material
Thickness
Feature
: 304 Stainless Steel
: 1.5mm
: Intricate Geometry
Material
Thickness
Feature
: A36 Steel
: 20mm
: Heavy Plate Cutting
Material
Thickness
Feature
: 6061 Aluminum
: 2mm
: High-Precision Tolerances
Material
Feature
Industry
Material
Services
Industry
Material
Finish
Industry
Material
Feature
Industry
Material
Feature
Industry
: C260 Brass
: Signage & Branding
: Architectural
Our Commitment to Quality
Our commitment to quality goes beyond a simple visual check. We use advanced vision inspection systems to verify every dimension, contour, and hole position against your CAD file. This ISO 9001:2015 certified process guarantees that your parts are cut exactly to spec, every time.
Related Articles &
Insights
How to Cut Acrylic Sheet (Without Cracking): Tools & Tips
If you’ve ever tried to cut acrylic sheet (PMMA) and ended up with a chipped edge, a white “stress” line, or a crack that runs
Waterjet Cutting Cost: Rates, Drivers, and Examples
Waterjet is one of those processes people love because it “just cuts anything.” And that’s mostly true: metals, plastics, composites, stone, glass—waterjet can get you
How Much Does Laser Engraving Cost Per Letter?
It’s one of the very first inquiries I obtain when a person strolls into my shop, holding a watch, a scotch glass, or a steel
What does it mean to be beveled?
Question The Short Answer What does it mean to be beveled? In simple terms, to be beveled means to have an edge that is cut
What exactly is kerf?
Question The Short, Simple Answer What exactly is kerf? Kerf is the width of material that is removed by a cutting tool. It’s the gap
How to Choose a Local Laser Cutting Supplier: Avoid These Mistakes？
I’ll never forget the first time I saw a high-powered laser cutter in action. I was a young machinist, used to the noisy, messy world
Cast vs. Extruded: The Ultimate Guide to Acrylic
Quick Answer: What Acrylic is Used for Laser Cutting? The Two Types There are two primary types of acrylic used for laser cutting: Cast Acrylic and Extruded Acrylic.
Custom Cut Acrylic Cost: A Factory Insider’s Guide
Quick Answer: How Much Does Custom Cut Acrylic Cost? Basic Material Cost (per sq. ft.) Extruded Acrylic: ~$4-$15 (for 1/8″ to 1/2″ thickness). Cell Cast Acrylic: ~$8-$40+ (for
Inquiry & FAQs
We’ve answered some of the most common questions our customers ask about our high-precision laser cutting services.
We guarantee that all the files and pictures you upload will be kept confidential and no customer personal information will be disclosed.
A 2D DXF file in a 1:1 scale is the gold standard. It allows our system to provide the fastest and most accurate quote by directly reading the cutting paths.
Kerf is the width of the material removed by the laser beam. You do not need to adjust your design; our software automatically compensates for the kerf to ensure your final part’s dimensions are perfectly accurate.
The HAZ is a very small area along the cut edge where the material’s properties have been slightly altered by the heat of the laser. Our modern fiber lasers create an extremely minimal HAZ, which is negligible for most applications.
Dross is a small amount of re-solidified molten material. We optimize our cutting parameters to minimize dross, and all parts go through a standard deburring process to remove any that remains, ensuring a smooth finish.
A safe rule of thumb is that the minimum hole diameter should be no less than 50% of the material’s thickness. For example, in a 3mm thick steel plate, the smallest reliable hole would be 1.5mm in diameter.
Yes. While older CO2 lasers struggled with reflective materials, our modern fiber lasers are highly efficient at cutting copper, brass, and aluminum with excellent edge quality.
Absolutely. Our nesting software arranges multiple parts (or many copies of one part) onto a single sheet to maximize material usage. This significantly reduces waste and lowers the price-per-part.
Laser cutting slices completely through the material to create a shape. Laser etching only removes a very thin top layer of material to create a permanent mark or graphic without cutting all the way through.
Yes, we have dedicated tube lasers that can cut complex features into round, square, and rectangular tubing. This is ideal for creating frames, chassis, and structural components with precise joints.
Our expertise and equipment are specialized for high-precision metal cutting. We do not currently offer laser cutting for wood, plastics, or other non-metallic materials.
We use several techniques, including high-pressure assist gas (like Nitrogen) which cools the material, optimized cutting paths, and using tab supports for delicate features to ensure parts remain flat and true to form.
Yes, it is best to provide an individual DXF file for each unique flat part you need cut. If you need us to create the flat patterns from a 3D assembly (like a STEP file), we can do that as well.
Our standard tolerance is ±0.1mm (±0.004"). Tighter tolerances may be achievable depending on the material and thickness, so please note any critical dimensions on your drawing.
Typically, we work with our own certified and quality-controlled stock of materials to guarantee the best results. However, for special cases or unique materials, please contact our engineering team to discuss the possibility.
Ready to Start Your Project?
Get a free quote and design for manufacturability analysis,
