Laser Cutting

Our Laser Cutting Capabilities

Chiggo provides various laser cutting technologies, each is specially matched to different materials to achieve the best possible outcomes. We offer high-quality services for both metal and plastic laser cutting. Our laser cutting machines can handle material thicknesses ranging from 0.02"(0.5mm) to 1.0"(25.4mm), achieve a minimum feature size of 1x1mm, and produce very narrow kerfs, some as small as a fraction of a millimeter.

CO2 Laser Cutting
CO2 Laser Cutting offers high-quality cuts with a smooth finish on non-metal materials such as wood, acrylic, and plastics. Also, it can cut through thin metals.
Fiber Laser Cutting
Fiber laser cutting provides precise and efficient cutting for thin to medium-thick materials. It has high electrical efficiency, can safely cut reflective metals like copper and gold without damage, and requires low maintenance, popular in metal fabrication.
Nd:YAG/Nd:YVO Laser Cutting
Nd:YAG/Nd:YVO₄ lasers support both pulsed and continuous operations. In pulsed mode, they are effective for cutting or marking hard or thick materials and offer precise cutting or marking with minimal thermal impact. This technology is particularly suited for intricate and detailed tasks, such as manufacturing medical devices, micro-welding, and precision engraving.

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Advantages of Laser Cutting

Laser cutting, with its precision, speed, and flexibility, brings numerous benefits across many industries. Chiggo’s laser cutting service can deliver customized solutions，help streamline production, reduce costs.

High Precision

Laser cutting, controlled by Computer Numerical Control (CNC) systems, is highly repeatable. Because it's a non-contact cutting process, the workpiece does not distort due to mechanical or thermal forces. These allow for exceptional precision in dimensions, with tolerances of ±0.004" (±0.1 mm).

High Versatility

Relatively Low Cost

Cutting Quality

Laser Cutting Design Guidelines

To achieve the best possible results while minimizing errors and material waste. Here are some key guidelines to consider when preparing designs for laser cutting:

Minimum Part Size

The smallest size for a part should be 6.3 mm (0.25 in.) to ensure it can be handled and cut accurately.

Minimum Feature Size

Distance Dimensions

Maximum Material Thickness

Kerf Width

Edge Condition

Level up Your Laser Cut Parts

Enhance your laser-cut parts with our wide selection of engineered materials, each designed for a uniform internal structure, consistent quality, and well-defined physical properties to ensure precise and reliable manufacturing outcomes. Elevate their appearance and functionality with our variety of finishing options. For custom materials or finishes not listed here, please contact us.

Aluminum 5052 H32
Medium-strength with good corrosion resistance,often used in marine and automotive applications.
Aluminum 2024-T3
High strength ,commonly used in aircraft structures and hardware.
Aluminum 6061 T6
Versatile&good mechanical properties, commonly used in construction and automotive industries.
Aluminum 7075 T6
Excellent strength-to-weight ratio,perfect for aerospace panels.
AR400 Steel
Abrasion-resistant grade, used for high-wear applications.
AR500 Steel
Greater hardness and abrasion resistance than AR400.
1075 Spring Steel, Blue Tempered
High carbon content and hardness, often used for making springs and blades.
Mild Steel
Affordable and weldable, one of our most popular materials.
Stainless Steel 304
Our favorite metal for durable and decorative parts.
Stainless Steel 316
Superior corrosion resistance compared to 304, especially against chlorides and marine environments.
Brass
Attractive for decorative projects and musical instruments.
Copper
Ideal for electrical components and architectural elements.
Titanium (Grade 2)
Strong, lightweight, with added corrosion resistance.
Titanium 6Al-4V (Grade 5)
Ultra-high strength-to-weight ratio, used in aerospace and medical devices.

Acrylic
Clear, durable, resistant to UV light and weathering,commonly used in signage, displays, and as a lightweight, shatter-resistant alternative to glass.
Derlin
Excellent rigidity, low friction, and good moisture resistance, often used for precision parts requiring high durability and ease of machining.

Anodizing
Increases corrosion and wear resistance on aluminum laser cut parts, enhancing surface hardness and offering a variety of color options.
Bead Blasting
Achieves a uniform matte finish free of machining marks or imperfections, often a preparatory step before other surface treatments.
Powder Coating
Adds a uniform, durable layer of color to metals, available in many shades for a long-lasting finish.
Electroplating
Provides functional, decorative, or anti-corrosive finishes, with chrome-plating for auto parts being a common use.
Polishing
Produces a glossy surface that improves visual appeal and minimizes light scattering.
Brushing
Creates a textured, non-reflective finish that masks fingerprints or light scratches.

Gallery of Laser Cut Parts

Our laser cutting service has covered a wide range of applications for many industries. Below are some of our previous laser cutting projects.

Why Choose Chiggo for Laser Cutting

Rapid Turnaround
Combining the latest laser cutting with automated processes, Chiggo offers fast and stable cutting speeds. We provide quotes and proactive Design for Manufacturing (DFM) feedback within 12 hours, with shipments often available the same week.
Assured High Quality
As an ISO 9001:2015 certified sheet metal cutting factory, our commitment is to never deliver substandard products. We provide materials with full inspection reports upon request and embrace a culture of continuous improvement. You can be confident that the parts you receive from Chiggo will meet, if not exceed, your expectations.
Affordable Pricing
With over 10 years of experience as a factory, we have full control over our manufacturing processes, quality control, and delivery timelines, eliminating middleman markups. Additionally, efficiently nesting your parts for multi-part metal cutting jobs further reduces waste and lowers prices for you.
Professional Support
Our 24/7 support ensures that you receive the best parts possible. Our experienced team is here to assist with any issues, from design to post-sale support, helping to resolve any problems quickly and efficiently.

Rapid Turnaround
Assured High Quality
Affordable Pricing
Professional Support

How to Choose the Right Cutting Method for Your Project

We offer various cutting methods for your different project .To help you select the method that best fits your requirements, we provide a direct comparison between laser cutting and other cutting techniques.

Attribute	Water jet Cutting	Laser Cutting	Plasma Cutting
Materials	Almost all materials including metals, stone, ceramics, composites	Metals, plastics, some composites	Metals, particularly conductive types
Max Material Thickness	Up to 8''(203mm) m for metals, more for softer materials	Up to 1'' (25mm)for metals, less for reflective materials	Up to 2''(50mm) for most metals
Material Stress	Minimal, no heat-affected zone	Can cause thermal stress, HAZ	Significant thermal stress, HAZ
Cost	High, due to operational costs	Moderate to high, varies with material and thickness	Lower, especially for thick metals
Cutting Waste	Minimal, mostly water and garnet operational costs	Moderate, includes fumes and particulate matter	Moderate to high, includes fumes and slag
Need for Secondary Finishing	Low, often produces a smooth edge	Variable; may require cleaning or deburring based on material	High, often requires grinding or deburring
Shape	Capable of cutting complex 2D and 3D shapes	Best for 2D shapes; limited 3D capability	Primarily 2D shapes; not suitable for complex 3D shapes
Precision	High precision, especially with fine abrasives	Extremely high precision, best for detailed work	Lower precision compared to waterjet and laser
Cutting Speed	Generally slower than laser and plasma	Fast, especially for thin materials	Fast for most metals, especially thinner materials

Applications of Laser Cutting

Laser cutting is a highly versatile technology with numerous applications. It can cut almost any 2D shape with remarkable speed and accuracy. And the wide variety of laser beams enables it to cut through anything from thick pieces of steel to micron-sized incisions in soft materials.

Stage Application
Industry Application

Blank Preparation
Rapid Prototyping
Scaling Production
Custom Part Production

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Aerospace
Medical
Construction
Electronics
New Energy