Choosing the Best Laser Metal Engraving Machine

August 28, 2024

1. Can a laser machine engrave metal?

Yes, a laser machine can engrave metal, but the type of laser matters. It allows for precise and detailed designs on a variety of metals, making it an ideal choice for both industrial applications and creative projects. According to the statistics report, the Laser Marking Market size is estimated at USD 3.91 billion in 2024, and is expected to reach USD 5.18 billion by 2029.

Whether for marking or engraving, laser machines offer speed, accuracy, and the ability to handle complex patterns with minimal effort. It you’re interested in metal engraving, choosing a suitable metal engraving machine is important.

2. How do different laser types perform in metal engraving?

Suitability: Produce different colors of light, with blue diodes offering higher power output than red and green ones. However, they are generally insufficient for metal engraving and are only suitable for coated surfaces or softer materials.

Advantages: Affordable and accessible, making them a good entry-level option for beginners.

Limitations: Lack the power required for most metal engraving tasks, leading to shallow or unclear results on metals.

Suitability: Primarily for non-metal materials but can engrave coated metals using a marking spray.

Advantages: Versatile for various materials, including wood, acrylic, anodized aluminum and coated metals.

Limitations: Less effective on most bare metals without additional treatment, requiring more setup for metal engraving.

Suitability: Best suited for marking and micro-engraving on metals, especially for fine details or sensitive materials.

Advantages: High precision with minimal heat impact, preventing damage to delicate metal surfaces. Work well on various materials including non-metallic materials like glass, ceramics.

Limitations: Less effective for deep engraving and typically more expensive.

Suitability: Best suited for metal engraving, offering high precision and deep engraving on a wide range of metals like stainless steel, aluminum, and brass.

Advantages: Fast, accurate, and capable of handling complex designs. Ideal for industrial use and high-volume production.

Limitations: Typically more expensive but offers long-term value.

What size laser do I need to engrave metal?

The size of the laser you need to engrave metal depends on several factors, including the type of metal, the complexity of the design, and the scale of your project. Generally:

Power Output: For effective metal engraving, a fiber laser with at least 20W to 50W is recommended. Higher wattage provides faster engraving and deeper marks, especially on harder metals like stainless steel. Diode lasers are typically too low-powered for effective metal work.

Work Area Size: Consider the size of the objects you plan to engrave. A laser machine with a work area that fits your largest project piece is ideal. Common sizes range from 100mm x 100mm to 300mm x 300mm for standard projects.

3.What can you create?

Diverse industries

Metal is a commonly used material across various industries, and laser engraving on metal is naturally widely applied. You can customize existing items with laser engraving, or directly create artworks through the laser engraving process.

Diverse products

Personalizes the tool while enhancing its look. This can also apply to axes, multi-tools, and kitchen knives for customized designs.

Adds security and style, offering a durable alternative to plastic. Laser engraving ensures high contrast and long-term durability.

Ideal for branding or personalized gifts. Also suitable for water bottles, flasks, and mugs, with durable and stylish engraving.

Enables detailed photo etching on metal, perfect for plaques, memorials, and personalized gifts like frames and keepsakes.

More laser metal engraving ideas on our website>>

4. How to choose a laser engraver for metal?

When selecting a laser metal engraving machine, it’s important to consider several factors that will influence the effectiveness, quality, and cost of your work. Here’s a guide to help you make the best choice.

(1)Understand material compatibility

Different metals have varying properties that affect how they react to laser engraving. Ensure that the engraver you choose is compatible with the metals you plan to work with, such as stainless steel, aluminum, brass, or titanium. This will directly impact the quality and efficiency of your engraving projects.

(2)Evaluate the laser machine

The type of laser you choose plays a crucial role in determining the engraving quality, depth, and speed. Consider factors like power, precision, and beam quality when selecting a laser. The right type of laser machine will provide the appropriate balance between detail and efficiency for your specific metal engraving needs.

(3)Set a budget

Determine your budget early on. Keep in mind that while higher-priced machines often offer better features and durability, they also require a larger upfront investment. Additionally, consider the ongoing costs of operation, maintenance, and any necessary accessories or upgrades.

(4)Consider user feedback

Look into reviews and testimonials from other users who have experience with the laser engravers you are considering. Customer opinions can provide valuable insights into the machine’s performance, reliability, and the manufacturer’s customer service. Real-world experiences often reveal details that aren’t evident from specifications alone.

(5)Plan for future needs

While not always considered, planning for potential future uses of your laser engraver can be beneficial. Consider whether you might expand into different materials or require a machine that offers more versatility down the line. Investing in a more adaptable machine could save costs in the long run.

How much is a metal laser engraving machine?

The cost of a laser engraver for metal can vary widely depending on the laser type, power, brand, and features. Here’s a general price range:

Diode Laser: Typically the most affordable, starting around $300 to $1,000, but they are generally not suitable for engraving bare metal.

CO2 Laser: It can range from $2,000 to $20,000 or more, but they usually require a marking spray to engrave metal.

Fiber Laser: It can range from $5,000 to $50,000 or more. Lower-wattage models are on the lower end, while high-power, industrial-grade machines are on the higher end.

UV Laser: Typically more specialized and expensive, ranging from $15,000 to $70,000, due to their precision and ability to engrave delicate materials.

5. What is the best laser engraving machine for metal?

Both UV and fiber lasers are well-suited for metal engraving, and you can choose a laser engraver that uses either as its laser source. The key difference lies in their wavelengths.

UV lasers have a shorter wavelength, making them more suitable for marking and micro-engraving non-metal materials with high precision. However, due to their lower energy output, UV lasers are less effective for deep engraving on metals. If your work involves light engraving on metals as well as detailed work on non-metal materials, a UV laser might be the right choice for you.

On the other hand, if your primary focus is metal engraving, a fiber laser would be the optimal choice. The higher wavelength of fiber lasers is well absorbed by metals, making them ideal for deep and precise metal engraving. Fiber lasers are versatile and can handle a wide range of metals, meeting diverse laser metal engraving needs.

What metal can fiber lasers process?

Stainless Steel
Carbon Steel
Aluminum
Brass
Copper
Platinum
Nickel
Cobalt

Titanium
Gold
rubber
Silver
Chrome
Iron
Magnesium
...

Choose Thunder Laser Metal Engraving Machines!

You need a powerful metal engraver to elevate your metal engraving business! Thunder Laser offers high-quality metal laser engravers, backed by professional and timely customer service, ensuring a worry-free creative experience.

Advantages of Thunder Laser Machines

High Precision

Capable of engraving complex patterns;

High DPI resolution for crisp markings;

Consistent output to ensure uniform quality

Low Maintenance

Over 100,000 hours of operational life;

No regular replacements like CO2 laser tubes;

Dust-proof design to reduce maintenance needs

User-Friendly

Compatible with software like LightBurn

Automatic focusing for precise setup;

Touchscreen interface for easy control

Energy Efficiency

Lower power consumption for cost savings;

Air-cooled systems to reduce energy use;

Eco-friendly with minimal energy waste

Thunder Aurora Laser Marker

More Details>>

The Thunder Aurora provides both fiber and UV options, making it a high-quality, high-precision metal laser engraver. With its speeds up to 8000mm/s, the powerful Aurora supports your business in a compact desktop size. Features like auto-focus and a light camera make it easy to use, enabling faster and more convenient metal engraving customization. It excels at precise laser marking, while its high power also enables deep engraving. With the Aurora, your metal engraving business will truly stand out.

Thunder Nova Laser Cutter

More Details>>

CO2 lasers are not particularly suited for processing most metals, but they can engrave coated or painted metals, anodized aluminum, or metals treated with marking compounds. Primarily used for non-metal materials, Nova offers speeds of up to 1000mm/s. It also features a large working area, supporting bulk or large-scale material customization. Some customers choose the Nova for engraving coated metal cups, allowing it to play a role in light metal engraving as well.

Find more details about Thunder Laser machines here>>

6. Thunder Laser parameter for laser metal

The following are the parameters for Thunder Laser Aurora-Lite-50W on different metal for reference. It’s advisable to conduct small-scale tests and adjust parameters accordingly for your specific needs.

Materials	Marking Result	Speed(mm/s)	Power(%)	Frequency(KHz)	Fill Mode	Line Interval(mm)	No. of Passes
304 Stainless Steel	Black	200mm/s	10%	100KHz	Bi-directional	0.02mm	10
	White	1700mm/s	20%	50KHz	CrossHatch	0.02mm	1
Carbon Steel	Black	100mm/s	10%	50KHz	CrossHatch	0.02mm	1
	White	400mm/s	20%	60KHz	Bi-directional	0.02mm	1
Brass	Black	100mm/s	50%	50KHz	Bi-directional	0.02mm	1
	White	400mm/s	30%	50KHz	Bi-directional	0.02mm	1
Aluminum	White	3500mm/s	80%	50KHz	Bi-directional	0.02mm	1
Gold	White	1000mm/s	35%	50KHz	CrossHatch	0.02mm	3