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Laser Cutting

Achieve flawless precision and smooth edges with our advanced laser cutting services, perfect for metals, plastics, and more. Designed for custom parts and fast production, this process ensures accuracy, speed, and consistent quality to bring your designs to life.

Metal Bracket
Laser Cutting Machine

What is Laser Cutting?

Laser cutting is an advanced fabrication process that directs a focused laser beam to cut materials with exceptional precision and clean, refined edges. Our services suit metals, plastics, and more, delivering quick turnaround and precise tolerances for electronics, automotive, and industrial components.

Tolerance Table for Laser Cutting

Parameter Specification
Dimensional Tolerance ±0.1 mm to ±0.3 mm
Minimum Feature Size 0.2 mm (depending on material)
Material Thickness Range 0.1 mm to 25 mm
Edge Burr / Dross Minimal to none with proper setup
Kerf Width 0.1 mm to 0.3 mm
Flatness After Cutting ≤ 0.5 mm per 1000 mm

High-Accuracy Laser Cutting for Fast, Flawless Results

Our laser cutting service produces crisp, precise edges while reducing material waste. With powerful laser technology, we cut metals and non-metals at high speed and quality, enabling complex designs, exact tolerances, and smooth finishes for prototypes, housings, and production components.

Laser Engraving Process

Materials for Laser Cutting

Engineers and leading manufacturers trust Yicen Precision for fast iterations and durable, high-performance parts. Whether for prototyping or full-scale production, our extensive material selection ensures precision, strength, and reliability for any CNC machining project.

Aluminum 2024-T3
Aluminum 5052 H32
Aluminum 6061 T6
Aluminum 7075 T6
Aluminum MIC6

Brass 260
Brass 353 H02
Brass 464 H01

Copper 101, H00 to H01
Copper 110, Annealed
Copper 110, H01
Copper 110, H02

Titanium (Grade 2)
Titanium 6Al-4V (Grade 5)

Buna-N Rubber, Adhesive-Backed, Black
Buna-N Rubber, Black
EPDM
EVA Foam, Black
EVA Foam, Blue
Extra Soft PU Foam, Adhesive Backed, Black
Extra Soft PU Foam, Black

PVC, Gray

Surface Finishing for Laser Cutting

At Yicen Precision, we provide a comprehensive range of post-processing options to meet your exact requirements.

Deburring

Removes sharp edges and burrs created during cutting to improve safety and provide a clean, finished look.

Bead Blasting

Uses fine media to create a smooth, matte finish that improves visual uniformity and hides minor surface imperfections on metal parts.

Anodizing

Adds a protective oxide layer to aluminum components, improving corrosion resistance and enabling color customization.

Brushing

Applies a consistent, textured finish using abrasive brushes for an attractive, uniform surface.

Polishing

Mechanically smooths surfaces to achieve a high-gloss, reflective finish—ideal for decorative or consumer-facing parts.

Vapor Smoothing

Employs a controlled chemical process to eliminate visible marks and surface imperfections for a smoother, refined finish.

Anodizing

Anodizing improves corrosion resistance, surface hardness, and wear resistance while allowing for vibrant color options.

Passivation

Frequently applied to CNC-machined stainless steel parts to improve corrosion resistance, particularly in medical and food-grade components.

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Transform Concepts into Precision Parts

We specialize in converting your ideas into high-quality, functional components with unparalleled speed and accuracy. With advanced technology and expert craftsmanship, we create parts that meet the most complex specifications.

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What Technologies Are Used in Laser Cutting?

Explore advanced laser technologies that harness light with remarkable precision, transforming diverse materials into clean, accurate components while maximizing efficiency, detail, and performance for today’s demanding production environments.

CO₂ Laser Cutting

Uses a gas mixture primarily carbon dioxide as the lasing medium. CO₂ lasers are highly efficient for cutting non-metals such as wood, plastics, paper, and certain fabrics, as well as thin metals. They deliver smooth edges and are widely used for decorative and signage applications.

Fiber Laser Cutting

Uses specially treated optical fibers infused with rare-earth elements to produce a powerful laser beam. They are highly energy-efficient, require less maintenance, and excel at cutting metals like stainless steel, aluminum, brass, and copper. Fiber lasers achieve higher cutting speeds on thin materials compared to CO₂ lasers, enhancing efficiency and throughput.

Crystal Laser Cutting (Nd:YAG / Nd:YVO)

Uses a solid-state crystal as the lasing medium, such as neodymium-doped yttrium aluminum garnet (Nd:YAG) or neodymium-doped yttrium ortho-vanadate (Nd:YVO₄). These lasers provide high beam intensity and are ideal for applications requiring very fine detail or engraving on metals and ceramics.

Hybrid Laser Systems

Combine laser technology with other cutting or positioning methods, such as waterjet or mechanical systems, to optimize speed, precision, and material compatibility.

What Are The Challenges in Laser Cutting?

Laser cutting offers high precision, fast processing, and adaptability, several factors can affect the outcome if not properly managed. Understanding these factors ensures better process control and higher-quality outputs.

Material Reflectivity

Metals with high reflectivity, including copper, brass, and certain aluminum alloys, can bounce the laser beam back toward the machine’s optical components.This not only reduces cutting efficiency but also risks damaging expensive equipment. Special laser wavelengths or surface treatments are often needed to overcome this issue.

Heat-Affected Zones (HAZ)

The intense heat generated during laser cutting can alter the microstructure of materials in the immediate cutting area. This may lead to warping, discoloration, or small cracks, particularly in thin or heat-sensitive materials. Careful control of power settings and cutting speed can minimize these effects.

Edge Quality and Burr Formation

If cutting parameters are not properly optimized, edges can appear rough or develop burrs, requiring secondary finishing processes. Factors such as focal point alignment, gas pressure, and material thickness all influence the smoothness and accuracy of the cut edge.

Thickness Limitations

While laser cutting can handle a wide range of material thicknesses, extremely thick plates may require slower cutting speeds or multiple passes, which can affect productivity and increase heat-related distortion.

Operational and Maintenance Costs

High-quality laser cutting systems, particularly those with advanced fiber or CO₂ technology, require significant investment. Maintenance, supplies, and skilled labor all add to the overall cost of operation.

Yicen Machining Solutions

Whether you’re creating a small batch of custom parts or scaling up for high-volume production, Yicen machining services offer the flexibility you need.
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Rapid Prototyping

CNC rapid prototype machining is perfect for creating engineering or production prototypes that closely resemble the final product in both appearance and functionality. At Yicen, we offer instant quotes and fast delivery, providing you with precise, high-quality CNC machined prototypes for your needs.

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Low Volume Manufacturing

Low volume CNC machining often acts as a bridge between prototyping and mass production for new and emerging production. With Yicen, this process becomes easier, more efficient, and cost-effective, allowing you to scale production quickly while maintaining high-quality standards.

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End-use Production

CNC production machining is the best solution for producing a thousand parts or more efficiently. Leveraging a diverse selection of materials and automation and multi-axis capabilities, Yicen delivers high-volume production with tight tolerances, superior dimensional accuracy, high reliability and fast turnaround times.

Insights & Articles

Explore Machining services blog for expert insights on CNC machining, industry trends, manufacturing tips, and technology updates—designed to keep you informed, inspired, and ahead in precision engineering.

Frequently Asked Questions

Laser Cutting

  • Can you laser cut 3D designs or shapes?

    Yes, we can laser cut 3D designs or shapes by carefully laying out multiple cuts or sections and assembling them afterward. While laser cutting typically works with flat sheets, we can create complex 3D designs by cutting parts from multiple angles or pieces and then fitting them together. This approach allows us to achieve intricate and precise shapes that can be assembled into 3D structures.
     

  • Do you offer laser cutting for both small and large production runs?

    Yes, Yicen Precision offers laser cutting for both small and large production runs. Whether you need a single custom part or a batch of hundreds or thousands, we can meet your production needs efficiently. Our advanced laser cutting technology ensures that each part is cut accurately, with consistent quality from the first piece to the last. We are equipped to handle a variety of production volumes, providing flexibility for all types of projects.
     

  • Can laser cutting be used for custom and complex designs?

    Yes, laser cutting is perfect for custom and complex designs due to its ability to cut with high precision. The process can handle intricate patterns, small holes, and fine details that are difficult to achieve with other cutting methods. Whether you need custom shapes, logos, or patterns, laser cutting provides the flexibility to bring any design to life with minimal error. This makes it ideal for industries requiring unique, highly detailed components.
     

  • How much does laser cutting cost?

    The cost of laser cutting depends on several factors such as material type, thickness, part complexity, and the quantity of parts required. More intricate designs and larger parts will require more processing time, influencing the overall cost. Material selection also plays a key role, as different materials have varying cutting speeds and laser power requirements. For large orders, economies of scale often result in lower per-part costs. At Yicen Precision, we offer an instant online quoting system for laser cutting. Simply upload your design file, and you’ll receive a real-time quote based on your specific project needs.
     

  • What is the laser cutting process?

    Laser cutting is a precise manufacturing process that uses a high-powered laser beam to cut materials into custom shapes and designs. The laser beam is focused onto the material’s surface, where it melts, burns, or vaporizes the material along a programmed path. This allows for intricate cuts, tight tolerances, and clean edge quality, making it ideal for a variety of materials, including metals, plastics, and wood. Laser cutting provides high precision and is perfect for producing both small and large quantities of parts.
     

  • What’s the difference between laser cutting and plasma cutting?

    Laser cutting and plasma cutting are both effective methods for cutting materials but differ in several key ways. Laser cutting uses a focused beam of light to melt, burn, or vaporize material, providing high precision, fine detail, and excellent edge quality. It is ideal for metals, plastics, and wood when precision is crucial. Plasma cutting, on the other hand, uses a high-temperature jet of ionized gas to cut electrically conductive materials. While faster for thicker metals, plasma cutting typically results in rougher edges and less precision compared to laser cutting.
     

  • How long does it take to laser cut materials?

    The time required to laser cut materials depends on factors such as part complexity, material type, and thickness. Simpler designs on thinner materials can often be completed in just a few hours, while more intricate designs or thicker materials may take longer. At Yicen Precision, we optimize our processes to provide efficient turnaround times without sacrificing quality. For specific time estimates, please contact us directly, and we’ll provide a personalized timeline based on your project specifications.
     

  • Can I bend the material besides laser cutting it?

    Yes, in addition to laser cutting, Yicen Precision provides a range of material bending services. We use techniques such as V-bending, roll bending, rotary bending, and wipe bending to shape materials into the desired forms. The choice of bending method depends on your project’s specific needs. This versatility allows us to offer custom bending solutions, ensuring the final product meets both your design and functional requirements with precision.
     

  • How accurate is your laser cutting service?

    At Yicen Precision, our laser cutting service is designed for precision, capable of achieving an accuracy of ±0.002 inches in cutting and ±0.004 inches in positional accuracy. This ensures that each part we produce matches your exact specifications with exceptional detail. Whether your project involves intricate designs or requires precise part replication, our laser cutting technology offers the accuracy needed for complex and high-quality results, making it ideal for industries that demand meticulous attention to detail.
     

  • Do you provide laser engraving or etching services?

    Yes, Yicen Precision offers both laser engraving and etching services. Our team has the expertise to handle a wide range of engraving and etching requirements, delivering high-resolution results on various materials. Whether you need detailed graphics, text, or patterns, we provide precise and lasting impressions on your products, enhancing both aesthetic appeal and functionality. Our laser engraving and etching services ensure top-notch quality and fine detail for all your marking needs.
     

  • What is the thickest flat sheet you can laser cut?

    Our laser cutting capabilities depend on the material being used, allowing us to handle various thicknesses based on project requirements. For stainless steel and aluminum, we can process materials up to 15 mm thick, offering robust precision. For carbon steel, our equipment can efficiently cut sheets as thick as 25 mm, making it suitable for heavy-duty applications. We also handle copper up to 12.7 mm in thickness, ideal for intricate designs. This flexibility ensures that we can meet diverse cutting needs with high accuracy and quality.
     

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