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Monport Projects: Laser application – Multiple Colors on Aluminum

You are about to embark on a fascinating journey exploring the high-powered world of Monport Laser and their impressive 20W fiber laser. This advanced technology is capable of performing multi-color engravings on anodized aluminum, proving to be an invaluable tool for professionals looking to add a touch of uniqueness and sophistication to their business. From customizing logos on aluminum cards to intricately engraving personalized designs, this laser presents itself at the forefront of cutting-edge technology.

Specifically, this technology shines in high-end markets such as luxury car dealerships and in the hands of professionals like attorneys, and doctors. It also demonstrates operational finesse by producing an array of colors, a feature elaborated on in a project showcasing a radiant white graphic etched immaculately at the center of an aluminum card. The included software, LightBurn, offers the feature to manipulate the graphic by separating it into layers that can be assigned different colors, thus, tailoring end results to precisely match your vision.

Laser application【20W】丨Multiple Colors on Aluminum

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Monport Laser and their 20W Fiber Laser

Monport Laser, a leading innovator in the laser engraving industry, has been getting attention for their exceptional 20W fiber laser. This advanced piece of technology is capable of performing multi-color engravings on anodized aluminum. The 20W fiber laser by Monport Laser presents a myriad of creative possibilities for businesses and individuals alike.

Multi-color engravings on anodized aluminum

One of the numerous capabilities of the Monport 20W fiber laser is its ability to create multi-color engravings on anodized aluminum. Anodized aluminum, owing to its ability to hold color well, is the preferred choice of material for various industries. With the fiber laser technology, intricate high-quality multi-colored designs can be etched on the aluminum surfaces; the precision and vibrancy of these colors are truly impressive.

Customized logos on aluminum cards for professionals

Top-tier professionals—ranging from attorneys and CEOs to doctors—have taken a particular interest in the fiber laser’s capacity to create customized logos on aluminum cards. This advanced feature allows them to provide a unique, high-end look that stands out from the traditional card options, offering a powerful first impression to potential clients or partners.

Market Opportunities for Personalized Aluminum Cards

The market for personalized aluminum cards is promising, with a growing demand from high-level professionals seeking distinct and superior alternatives to traditional business cards.

Demand in high-end professions

Professionals in high-end occupations value the distinctiveness and excellence that personalized aluminum cards can offer. The modern and crisp appearance of the cards, combined with the ability to incorporate unique logos, contributes greatly to their appeal. Attorneys, doctors, CEOs, and more are finding value in these aluminum cards’ superior presentation and durability.

Use in areas like luxury car dealerships

Beyond high-end professions, there are also substantial opportunities in industries that cater to an affluent clientele. Luxury car dealerships, for example, can greatly benefit from customized aluminum cards as they seek to project an image of premium quality and sophistication to their clients. The potential of these cards in such industries is immense, given the preference for superior quality and distinctive branding.

Color Variations using Fiber Laser

The Monport 20W fiber laser isn’t just about engravings; it also permits a wide range of color variations. Let’s delve into how the laser achieves different color outputs.

Achieving white graphic on aluminum card

One of the unique features of the fiber laser is its ability to produce a stark white graphic on the aluminum card. To achieve this, different laser settings need to be configured. The frequency, speed, and power are adjusted until the desired white effect is obtained.

How different laser settings result in different colors

The color outcomes on the aluminum can be managed by manipulating various laser settings. By adjusting the frequency, speed, and power, the laser can create white, grey, black, and a spectrum of metallic colors. This customization allows the user to produce multi-colored designs on their products.

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The Role of Lightburn Software in Laser Engraving

An instrumental tool in laser engraving is the Lightburn software. This software gives the user greater control over their designs and increases efficiency in the engraving process.

Manipulating graphics into layers

Within Lightburn, you have the ability to manipulate your graphics into layers. You simply import your design and use various tools within the software to group or ungroup, layer, and edit the design as needed. This allows for complete control over the engraving process and ensures each section bears the intended color or shade.

Assigning different colors to layers using Lightburn

Once the graphic has been split into layers, it’s possible to assign different colors to the different layers. This feature of Lightburn enables the creation of multi-colored designs on the aluminum cards. Layers can be assigned a unique set of laser settings, specifying the speed, frequency, and power to achieve the desired color output.

The Importance of Testing and Creating Specific Libraries

To attain the optimal results in laser engraving, testing and creating specific libraries for equipment and materials are necessary.

Producing different effects and colors with different settings

Given the wide array of potential colors and effects, the results can significantly vary depending on the equipment and settings used. Conducting tests is essential in determining the best combinations of frequency, speed, and power settings to achieve desired colors and effects.

Need for customization based on equipment and materials

Creating specific libraries is essential because different equipment has different capabilities, and materials react differently to laser engraving. The settings that work for one machine may not work for another, and the same goes for different materials. Therefore, customization based on equipment and materials used is paramount.

Process of Fiber Laser Engraving on Aluminum

Here’s a run-through of the comprehensive process of fiber laser engraving on aluminum.

Deciding speed, power, frequency, and other settings

The first step in the process is to determine the speed, power, frequency, and other settings on the laser. This is contingent on the desired color effect and the nature of the design. A white etching, for example, will require a different setting compared to a black one.

Vector tests with different colors for desired outcomes

Vector tests are conducted to ensure the right settings are used for different colors. The tests enable you to calibrate the speed, power, and frequency for each color, making sure they align perfectly with your design vision.

Practical Application: Creating a Business Card

Having discussed the engraving process, we now illustrate how it’s put into practice in creating a real product: a business card.

Warnings about noise and smoke during the process

the process of creating a business card using a laser will involve some noise, and smoke will be generated. However, this should not be a cause for alarm as it is a safe process. An efficient extraction system is usually installed to evacuate the smoke from beneath the table.

Ensuring cleanliness by removing dust from the machine bed

At the end of the engraving process, the machine automatically removes dust from the bed, leaving a clean result. This is a critical step as dust can interfere with future engravings, potentially leading to poor results.

Executing Job on Laser Machine

Once the settings have been finalized and the design has been prepared in Lightburn, the laser machine is ready to execute the job.

Setting up job using crosshairs

The software guides the user in setting up the job on the laser machine. It uses crosshairs relatively to the machine’s origin or to the piece of anodized aluminum to be engraved. The methodical procedure ensures precision in engraving.

Framing image correctly with aluminum blocks’ help

The image is then properly aligned with the aluminum block using arrow keys. This is pivotal in ensuring the design is engraved in the correct position. The alignment can be checked against a piece of the aluminum block to ensure accuracy.

Steps in Creating Multi-color Design

Once the image is properly framed, the process of creating a multi-color design can commence.

Creating the gold design first

The first step in creating a multi-color design is executing the engraving of the gold design. This element usually requires the laser to move at a slower speed compared to other colors to attain the rich and vibrant gold color.

Two passes for white elements

The white element of the design requires two passes of the laser, each at a different angle. The result is a vibrant and consistent white design that stands out on the anodized aluminum.

Adding additional text

Finally, additional text can be added to the design. With the machine setup and design layers organized in Lightburn, this step can be completed in minimal time.


Quality of end result

The market’s response suggests that the quality of the end result of engraving using the Monport 20W fiber laser is exceptional. The multi-colored designs created are of high quality and vibrancy, adding premium value to the product.

Potential for commercial viability

Given the recent trends and demand for uniquely customized products, Monport’s 20W fiber laser holds significant potential for commercial success. The machine is capable of delivering customized, high-quality products within a reasonable time range, making it an exciting investment opportunity.

Importance of customization and testing for optimal results

The journey from preparation to final product reiterates the importance of customization and testing. To achieve the most desirable results, tests must be conducted, and settings must be customized to one’s specific materials and requirements. It reaffirms that laser engraving is not just a process, but a craft that requires keen attention and constant refining.

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