ComMarker laser Machines Projects Ideas – ComMarker

Capturing Beauty in Every Detail: Laser Engraving Ceramic with ComMarker B4

David Lee — Tue, 26 Mar 2024 03:16:51 +0000

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Introduction:

Step into the world of refined craftsmanship and artistic intricacy with the ComMarker B4 Laser Engraving Machine. This essay sheds light on the nuanced process of laser engraving, placing special emphasis on the introduction and mastery of parameters. Our exploration delves deep into the artistry of etching captivating pictures onto ceramic surfaces, showcasing the ComMarker B4’s ability to marry technology with creativity. As we unveil the enchantment within each engraved detail, our focus remains on the pivotal role played by meticulously set parameters, elevating the art of ceramic engraving to new heights. Join us on this journey where the ComMarker B4 transforms ceramic canvases, and parameters become the brushstrokes defining precision in every laser-engraved masterpiece.

Basic information:

Software	Lightburn
Machine	ComMarker B4 Mopa Fiber Laser
Laser Module Output Power	60W
Material Used	Ceramic
Material Info	Ceramic tile
Making Time(mins)	10

Setting:

Process Method	Image
Process Material	Ceramic tile
Speed(mm/s)	1000
Max Power(%)	40
Pass	1
Line space	0.05
Dot width	Enable
Dot width	0.06
Mode	Jarvis
Frequency	130
Q-pulse Width	30

Instruction:

Step 1: Input the Picture

Begin by uploading the image you wish to engrave into the software. Ensure the file is compatible with the engraving system.

Step 2: Set the Parameters

If you’re familiar with the parameters required for the engraving, go ahead and input them. Alternatively, conduct a test engraving (Grim Test) to determine the optimal settings. Adjust the parameters based on the results of the test.

Step 3: Preview and Adjust

Using the red light preview feature, project the engraving onto the object. Adjust the size and position directly on the object itself using the red light guide within the workspace. Ensure the image is aligned precisely where you want it before proceeding to the next step.

This ensures a physical preview through the red light, allowing for real-time adjustments on the object before starting the laser engraving process.

Step 4: Start Laser Engraving

Once satisfied with the preview and settings, press the engrave button to initiate the laser engraving process. Ensure that all safety protocols are followed during the engraving operation.

Remember to consult the specific user manual or guidelines provided by the laser engraving machine manufacturer for any additional details or safety precautions.

Conclusion:

In the realm of laser engraving with the ComMarker B4, technology intertwines seamlessly with creativity. The 60W Mopa laser module, guided by Lightburn software, transforms ceramic tiles into canvases for artistic expression. Parameters stand as silent architects, determining depth and intricacy in each engraved detail. Our step-by-step guide, from image upload to a red light preview, ensures precision in every step. The ComMarker B4, with its meticulous parameter control, becomes an artist’s tool, delicately etching images onto ceramic surfaces. This marriage of technology and human touch yields laser-engraved masterpieces, capturing beauty in every detail. As a celebration of artistic finesse, this journey inspires those venturing into laser engraving, where each stroke is a testament to the harmonious dance between machine and imagination.

Design Files:

Laser engrave a picture on ceramic.lbrn2

A Symphony of Precision and Nature in 3D Laser-Engraved Apples with the ComMarker B4 Mopa

David Lee — Wed, 13 Mar 2024 02:28:51 +0000

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Introduction:

Embarking on a captivating exploration of 3D laser-engraved apples with the ComMarker B4 Fiber Laser Engraver, we delve into the intriguing intersection of technology and nature. This essay delves into the intricacies of parameters governing the art of engraving on apples, accentuating the advanced capabilities of the ComMarker B4 fiber laser engraver machine and emphasizing the three-dimensionality of the apple canvas. Beyond traditional mediums, each crisp and succulent apple transforms into a dynamic sculpture, a testament to the fusion of precision and organic beauty. The allure lies not just in the final visual appeal, but in the nuanced settings, guided by the ComMarker B4, that sculpt a three-dimensional masterpiece. Join us on a journey where the digital realm converges with the natural, exploring how parameters become the brushstrokes defining the enchanting world of three-dimensional, laser-engraved apples with the ComMarker B4 Fiber Laser Engraver.

Basic information:

Software	Lightburn
Machine	ComMarker B4 Mopa Fiber Laser Marking Machine
Laser Module Output Power	60W
Material Used	Aluminum plate
Material Info	Aluminum plate
Making Time(Hour)	5H

Setting:

Process Method	3D sliced
Process Material	Aluminum plate
Speed(mm/s)	2000
Max Power(%)	90
Mode	3D sliced
Interval(mm)	0.0254
Q-Pulse	45
Frequency	100
Passing count	500
Bi-directional scanning	Enable

Instruction:

Step 1: Test the Material

Before diving into the mesmerizing world of laser engraving, it is imperative to familiarize yourself with the material you are about to transform. Testing the sample for suitable parameters sets the stage for the entire artistic process. Begin by selecting a sample—one that mirrors the characteristics of the bulk you intend to engrave.

Engage the ComMarker B4 in a trial run, carefully observing how the laser interacts with the sample’s surface. Experiment with different power levels, engraving speeds, and resolutions to identify the optimal combination that produces the desired effect. This initial exploration is akin to tuning instruments before a symphony, ensuring that every note resonates harmoniously.

Document your findings meticulously, noting the specific parameters that yield the best results. This empirical knowledge will serve as your artistic compass, guiding you through subsequent stages of the engraving process.

Step 2: Input the Picture

With a wealth of information garnered from the material test, it’s time to infuse artistic vision into the process. Select a captivating image or design that encapsulates the essence of your artistic vision. Whether it’s intricate patterns, elaborate scenes, or personalized motifs, the ComMarker B4 is poised to bring your imagination to life.

As you input the chosen picture into the engraving software, pay attention to making sure that it is a grayscale png image. These considerations play a pivotal role in the final outcome, ensuring that the laser accurately translates the image onto the sample’s surface.

Step 3: Set the Parameter

Building upon the insights gained from the material test, it’s now time to fine-tune the parameters for the main engraving process. Referencing your documented findings, set the ComMarker B4 according to the optimal power, speed, interval, and count settings. This meticulous calibration ensures that the laser’s precision aligns seamlessly with your artistic intent.

Consider the intricacies of the chosen image, adjusting parameters to capture the fine details while maintaining overall clarity. This step transforms the laser engraving process from a technical exercise into a nuanced art form, where every parameter contributes to the symphony of dimensionality.

Step 4: Hit the Start Button

With parameters set and artistic vision embedded in the digital realm, it’s time to set the symphony in motion. Hit the start button, initiating the laser engraving process that will unfold over the next few hours. As the ComMarker B4 orchestrates its precision dance on the metal’s surface, exercise patience and marvel at the transformation taking place before your eyes.

The symphony of light and precision begins to unfold, gradually etching the chosen design onto the metal. This phase is a crescendo of creativity and technology converging, resulting in a work of art that seamlessly blends the natural contours of the apple with the precision of laser technology.

Note: Ventilation and Filter Systems

Amidst the symphony of creation, it’s crucial to attend to the practicalities of the workshop environment. The delicate dance of laser and metal releases fumes and particles into the air, necessitating a well-ventilated workspace. Keep your workshop adequately ventilated or activate the filter system during the entirety of the 3D laser engraving process.

This precaution not only ensures a comfortable working environment but also contributes to safety by minimizing exposure to any airborne byproducts. As you revel in the artistic symphony, maintaining a healthy workspace enhances both the creative process and your overall well-being.

conclusion

In conclusion, crafting dimensionality through 3D laser-engraved apples on metal with the ComMarker B4 is an intricate symphony that intertwines precision and nature. From the initial material test to the final stroke of the laser, each step contributes to the creation of a masterpiece that transcends the ordinary. As you navigate this artistic journey, let the ComMarker B4 be your conductor, guiding the symphony of creativity and precision to produce awe-inspiring 3D laser-engraved apples on metal.

Design Files:

B4 MOPA 60w 3D laser engraved apple 11cm.lbrn2

Crafting Identity Unveiling Parameter Settings for Laser Engraving Plastic ID Cards with ComMarker B4 Fiber Laser Engraving Machine

David Lee — Sat, 09 Mar 2024 07:17:41 +0000

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Introduction:

In the dynamic world of personal identification, precision and durability are paramount. This essay delves into the art of laser engraving plastic ID cards, where the ComMarker B4 Fiber Laser Engraving Machine takes center stage. As we embark on the journey to uncover the intricacies of this advanced technology, our focus sharpens on the pivotal role of parameter settings. From defining the design to adjusting the laser’s power and speed, each parameter plays a crucial role in shaping the identity card with unparalleled precision. Join us as we explore the artistry and technical finesse behind laser engraving plastic ID cards, where the ComMarker B4 redefines the standards of durability and detail in personal identification.

Basic information:

Software	EZCAD
Machine	ComMarker B4 Mopa Fiber Laser Marking Machine
Laser Module Output Power	60W
Material Used	ID card
Material Info	ID card
Making Time(mins)	3min

Setting:

Process Method	ID card
Process Material	ID card
Speed(mm/s)	2000
Max Power(%)	40
Pass	1
Line space	0.03

Instruction:

Step 1: Data and Image Input

Engrave on the ID card creation journey by inputting comprehensive information and images into the software. This initial step ensures that each identification card is uniquely tailored to capture essential details, creating a digital canvas ready for customization with the ComMarker B4 fiber laser engraver Machine.

Step 2: Artful Arrangement of Text and Images

With data in place, proceed to arrange text and images according to the chosen style of the ID card. Leveraging the user-friendly interface of the ComMarker B4, this step allows for creative freedom in designing the layout, ensuring a harmonious balance between aesthetics and functionality in the final engraved ID card.

Step 3: Precision Parameter Configuration

Fine-tune the laser engraving process by setting parameters with precision. In this step, operators on the ComMarker B4 define critical variables such as power, speed, and other factors to match the specific requirements of the plastic ID card. This meticulous configuration ensures clarity and durability in the engravingr.

Step 4: Size and Position Verification Through Preview

Before initiating the engraving process, capitalize on the advanced preview feature to project the proposed design onto the plastic surface. This real-time preview serves as a crucial checkpoint, enabling operators to verify the size and position of text and images. The ComMarker B4’s dynamic preview functionality ensures meticulous adjustments, guaranteeing perfection in the final output.

Step 5: Commence the Precision Engraving

With parameters meticulously configured and the design flawlessly previewed, the final step involves initiating the laser engraving process. Witness the ComMarker B4 in action as it delicately engraves the customized information and images onto the plastic ID card. This seamless integration of technology and craftsmanship results in a precisely engraved identification card, reflecting the high standards of precision and aesthetics achieved with the ComMarker B4.

Conclusion

In concluding our exploration of laser engraving plastic ID cards with the ComMarker B4 fiber laser engraver Machine, we find that the marriage of technology and craftsmanship has seamlessly redefined identity card creation. The precision-oriented parameter settings, facilitated by the user-friendly EZCAD software, serve as the backbone for achieving unmatched clarity and durability. From inputting data to creative arrangement, the ComMarker B4 showcases accessibility and meticulousness. The advanced preview feature acts as a real-time safeguard, ensuring perfection in size and position. With a simple click, the machine delicately etches customized information onto the plastic ID card, resulting in a sophisticated, robust, and aesthetically pleasing identification card. Looking forward, the ComMarker B4’s fusion of advanced technology and precise parameter settings is set to continue shaping the landscape of personal identification.

Design Files:

Laser Engraving Plastic ID Cards.ezd

Laser cut silver necklace pendant with ComMarker B4 60w Mopa laser engraving machine

David Lee — Fri, 08 Mar 2024 06:50:08 +0000

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Introduction:

This essay delves into the transformative realm of laser-cut silver necklace pendants, brought to life by the ComMarker B4 Fiber Laser Engraving Machine. As we explore the intricate details of this technological marvel, our focus is on unraveling the parameters that breathe life into each pendant. From power settings to intricacy controls, we embark on a journey to understand how the ComMarker B4 sets new standards in crafting personalized silver jewelry. Join us in this exploration of precision, where technology meets artistry in the creation of stunning laser-cut silver necklace pendants.

Basic information:

Software	EZCAD
Machine	ComMarker B4 Mopa Fiber Laser Marking Machine
Laser Module Output Power	60W
Material Used	Silver
Material Info	Silver board（1mm）
Making Time(mins)	10-15min

Setting:

Process Method	Line
Process Material	Silver board（1mm）
Speed(mm/s)	1000
Max Power(%)	90
Frequency	40
Q-pulse width	200
Pass	1
Wobble	Enable
Diameter	0.3
Distance	0.01

Instruction:

Step 1:

Input the Pattern

Embark on the creative journey with the ComMarker B4 Fiber Laser Engraving Machine by inputting your desired pattern. This initial step allows you to select intricate designs, names, or personalized messages, setting the artistic foundation for your silver necklace pendant.

Step 2:

Set the Parameters

Fine-tune the engraving parameters on the ComMarker B4, adjusting power, speed, and frequency to ensure precise cutting. This step ensures that the laser operates with accuracy, translating your envisioned pattern into a beautifully cut design on the silver surface.

Step 3:

Preview on the Material

Before initiating the cutting process, leverage the machine’s preview feature to project the selected pattern onto the material. This meticulous examination guarantees that the cutting will occur exactly where intended, assuring a flawless outcome for the final pendant.

Step 4:

Start the Cutting Work

With parameters set and the pattern preview approved, commence the cutting process. Witness the ComMarker B4 in action as it skillfully employs advanced fiber laser technology to delicately cut the pattern onto the silver surface with unparalleled precision.

Step 5:

Assemble with the Necklace

The final touch involves assembling the intricately cut pendant with the chosen necklace. This step completes the artistic journey, seamlessly blending technology and craftsmanship. The precisely cut pendant now becomes a unique work of wearable art, ready to adorn and enchant with its distinct design. Each step in this process ensures that the ComMarker B4 Fiber Laser Engraving Machine delivers not just precision, but a fusion of creativity and individual expression in every silver necklace pendant crafted.

Conclusion

Crafting Brilliance: Unveiling Precision in Laser-Cut Silver Necklace Pendants with ComMarker B4 Fiber Laser Engraving,” has taken us on a captivating journey into the intricate world of personalized silver jewelry. The ComMarker B4, a technological marvel, has proven itself as an unparalleled tool for translating creativity into wearable art. The exploration of parameters, from power settings to intricacy controls, reveals the machine’s ability to set new standards in precision craftsmanship. As we witnessed the meticulous process of inputting patterns, fine-tuning parameters, previewing on the material, and finally, the cutting work, it became evident that the ComMarker B4 transforms silver into unique, wearable masterpieces. The fusion of technology and artistry showcased in the assembly of each pendant with a chosen necklace embodies the epitome of individual expression. This essay is not just an exploration of precision but a celebration of the synergy between technology and creativity, culminating in stunning laser-cut silver necklace pendants that stand as unique works of art.

Design Files:

Laser cut silver necklace pendant with ComMarker B4 60w Mopa laser engraving machine 11cm.ezd

necklace.dxf

Battery Laser welding by ComMarker B4 laser engraving machine

David Lee — Thu, 07 Mar 2024 07:00:17 +0000

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Introduction:

Welcome to the forefront of innovation, where the ComMarker B4 Laser Engraving Machine not only showcases its prowess in intricate engraving but takes center stage in the precision art of laser welding. This essay is your gateway to a comprehensive understanding of the parameters that propel the ComMarker B4 into a league of its own in the domain of laser welding. As we navigate through the intricacies of this cutting-edge technology, our focus intensifies on the nuanced settings and controls that define the welding process. Join us on a journey that emphasizes our commitment to transparency, as we unravel the secrets behind the parameters that elevate laser welding with the ComMarker B4 to unprecedented levels of accuracy and efficiency.

Basic information:

Software	EZCAD
Machine	ComMarker B4 Mopa Laser Engraving Machine
Laser Module Output Power	60W
Material Used	Battery,aluminum sheet
Material Info	Battery,aluminum sheet
Making Time(s)	30S

Setting:

Process Method	Laser Welding
Process Material	Battery,aluminum sheet
Speed(mm/s)	25
Max Power(%)	100
Frequency(KHz)	100
Pass	1

Instruction:

Step 1: Precision Design on the Software

Initiate the laser welding journey by meticulously drawing the welding trajectory on the software. This critical step involves crafting intricate traces that map out the welding path with precision. The ComMarker B4 Laser Engraving Machine transforms the digital canvas into a playground for creativity, allowing users to define welding trajectories that cater to the specific intricacies of their project.

Step 2: Configure Parameters for Optimal Performance

With the welding trajectory established, the next imperative move is to set the parameters on the ComMarker B4. This involves fine-tuning essential variables such as power, speed, and other factors critical for optimal welding performance. The versatility of parameter adjustments empowers users to tailor settings to various materials and project intricacies, ensuring a seamless welding process.

Step 3: Dynamic Preview and Real-time Adjustments

Prior to initiating the welding process, leverage the advanced preview feature to project the meticulously crafted trace onto the actual welding object. This step serves as a crucial checkpoint, allowing operators to make real-time adjustments to the size and position of the welding pattern. The ComMarker B4’s dynamic preview functionality ensures that users have full control over the welding trajectory, guaranteeing precision and accuracy.

Step 4: Seamless Start to Laser Welding

With parameters configured and the welding trajectory previewed and perfected, the final step is as straightforward as clicking the start button. The ComMarker B4 simplifies the initiation of laser welding, making it accessible for users at all skill levels. Witness the transformation as the laser precisely navigates the traced path, seamlessly fusing materials and delivering impeccable welds with just a simple click.

Conclusion

In summary, the ComMarker B4 Laser Engraving Machine streamlines the laser welding process through a systematic approach. From intricate trace design to parameter configuration and real-time adjustments, each step ensures meticulous precision in laser welding, making the ComMarker B4 an indispensable tool for diverse applications in the realm of advanced manufacturing.

Design Files:

Battery Laser welding by ComMarker B4 laser engraving machine.ezd

Rust removal on a coin by a fiber laser engraver

David Lee — Thu, 07 Mar 2024 02:29:42 +0000

Play Video about Rust removal on a coin by a fiber laser engraver

Introduction:

In the relentless pursuit of optimal rust removal, we proudly present the Commarker B4 Fiber Laser Engraver—a technological marvel designed to redefine precision in metal surface restoration. As industries grapple with the challenges posed by rust, our laser engraver emerges as a cutting-edge solution, boasting an array of meticulously calibrated parameters. The Commarker B4 excels in fine-tuning power, frequency, and speed, providing unparalleled control over the rust removal process. With its dynamic range of settings, this state-of-the-art device ensures efficient and targeted corrosion elimination, adapting seamlessly to diverse metal surfaces. Join us as we explore the parameters that set the Commarker B4 apart, delivering a new standard of excellence in rust removal, where precision meets innovation.

Basic information:

Software	EZCAD
Machine	ComMarker B4 Mopa Fiber Laser
Laser Module Output Power	60W
Material Used	Rusted coin
Material Info	Rusted coin
Making Time(mins)	3 mins

Setting:

For filling only:

Process Method	Hatching
Process Material	Rusted coin
Speed(mm/s)	1000
Max Power(%)	90
Pass	Depends on how rusted the material is
Line space	0.05

Instruction:

Step 1: Draw the Circle According to the Shape and Size of the Coin

The initial step in utilizing our Commarker B4 Laser Engraver for rust removal involves accurately drawing the circle on the affected area, aligning it with the specific shape and size of the coin. This precision ensures that the laser targets the rusted portions with accuracy, facilitating efficient removal.

Step 2: Set the Parameters

Once the circle is defined, configuring the engraving parameters becomes crucial. The Commarker B4 offers a user-friendly interface to set parameters such as power, frequency, and speed. These parameters can be adjusted based on the extent of rust and the metal type, ensuring a tailored approach to each rust removal task.

Step 3: Check the Size and Position Through the Preview

Prior to initiating the engraving process, it is imperative to preview the proposed engraving area. This step allows operators to verify the size and position of the circle, ensuring that the laser is precisely targeted to the rusted region. The preview feature provides a visual confirmation, minimizing the chances of errors and enhancing overall accuracy.

Step 4: Start the Engraving

With the parameters set and the preview validated, the Commarker B4 Laser Engraver is ready to commence the rust removal process. The laser’s focused energy works meticulously within the predefined circle, dislodging rust particles and restoring the metal surface to its original state.

Step 5: Check the Effect and Repeat the Process if Necessary

Following the completion of the engraving process, a thorough examination of the results is essential. If any traces of rust persist, operators have the flexibility to repeat the process. This iterative approach ensures that even stubborn rust is effectively addressed, guaranteeing a comprehensive and high-quality restoration.

conclusion

In conclusion, the ComMarker B4 Laser Engraver stands out as a pivotal tool in streamlining the rust removal process. Its systematic approach, marked by precision, adaptability, and user-friendly features, ensures a seamless and efficient experience for users. The machine’s ability to navigate the complexities of rust removal with accuracy is a testament to its advanced technology. Whether addressing intricate details or tackling larger surfaces, the ComMarker B4 consistently delivers impeccable results. In the realm of rust removal, this laser engraver not only enhances productivity but also sets a new standard for excellence, making it an indispensable asset for various applications.

Design Files:

Rust removal on a coin by a fiber laser engraver.ezd

Precision Unleashed: Optimizing ComMarker B4 Fiber Laser Engraving for PCB Boards

David Lee — Fri, 01 Mar 2024 02:58:48 +0000

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Introduction:

The ComMarker B4 Fiber Laser Engraver introduces a groundbreaking approach to laser engraving on PCB boards, renowned for their hardness and wear resistance. This introduction explores the vital realm of parameter optimization, specifically delving into power, speed, and frequency adjustments crucial for achieving precision in engraving while preserving the integrity of PCB material. As a beacon of versatility and precision, the ComMarker B4 emerges as a key player in industrial engraving. This concise overview sets the stage for a detailed exploration of parameter fine-tuning, offering insights and recommendations. By uncovering optimal settings, this advancement ensures the seamless integration of technology, enabling intricate designs, clear markings, and durable engravings on PCB boards, propelling the capabilities of laser engraving to new heights.

Basic information:

Software	EZCAD
Machine	ComMarker B4 Mopa
Laser Module Output Power	60W
Material Used	PCB
Material Info	PCB board
Making Time(mins)	30s

Setting:

For filling only:

Process Method	Filling
Process Material	PCB board
Speed(mm/s)	2000
Max Power(%)	60
Pass	6
Line space	0.03

Instruction:

Step 1: Design the Circuit Diagram

Initiate the laser engraving process by meticulously crafting the circuit diagram that corresponds to the desired specifications for the PCB board. Ensure accuracy and precision in the design to reflect the intended functionality of the circuit.

Step 2: Input the Circuit Diagram into EZCAD

Utilize the user-friendly interface of EZCAD to seamlessly transfer the meticulously designed circuit diagram. This software facilitates a smooth transition from the digital design phase to the practical implementation on the ComMarker B4 Fiber Laser Engraver.

Step 3: Set the Parameters

Fine-tune the engraving parameters on the ComMarker B4, considering factors such as power, speed, and frequency. Calibration at this stage ensures optimal engraving performance and material preservation.

Step 4: Preview and Adjust Position and Size

Preview the circuit diagram on the PCB board using the ComMarker B4’s preview functionality. Make necessary adjustments to the position and size, aligning the digital design with the physical dimensions of the PCB board for precise engraving.

Step 5: Laser Engraver It

Initiate the laser engraving process, allowing the ComMarker B4 to translate the digital circuit diagram onto the PCB board. Monitor the engraving procedure closely to ensure adherence to the set parameters.

Step 6: Check the Result

Upon completion, carefully examine the engraved PCB board. Verify that the markings align with the intended circuit design and assess the overall quality of the engraving. This step ensures the accuracy and functionality of the engraved circuit on the PCB board, confirming a successful laser engraving process.

Conclusion

In conclusion, the process of laser engraving a PCB board with the ComMarker B4 Fiber Laser Engraver involves a systematic series of steps that seamlessly bridge the digital design phase to the tangible realization of a circuit. Commencing with the intricately crafted circuit diagram and its translation into EZCAD, the user navigates through parameter setting, a critical step for achieving optimal engraving results. The preview stage, coupled with adjustments to position and size, refines the alignment of the digital design on the PCB board, ensuring precision.

Executing the laser engraving process marks a pivotal moment, where the ComMarker B4 brings the circuit diagram to life on the robust PCB material. Finally, the thorough examination in the concluding step ensures the accuracy and functionality of the engraved circuit, affirming the success of the entire process. This systematic approach, blending technology, precision, and user oversight, underscores the efficiency and reliability of the ComMarker B4 Fiber Laser Engraver in achieving high-quality results in PCB board engraving applications.

Design Files:

PCB parameter 60W mopa.ezd

2.5D laser engraved dragon

David Lee — Mon, 15 Jan 2024 06:49:00 +0000

Introduction:

We found that many of our friends urge us to try something interesting. So we are here to give you some inspiration for different kinds of laser engravers‘ uses.

Today we bring the method of 2.5D laser engraving, and we hope you may like it. If you are also into 2.5D laser engraving, keep reading this article.

Actually, the picture for 2.5D laser engraving needs to be converted from STL, but some of the black and white are already converted and can be used directly in Lightburn.

Basic information:

Software	Lightburn
Machine	ComMarker B4 JPT MOPA Fiber Laser Marking Machine
Laser Module Output Power	30W
Material Used	Slate
Material Info	5mm slate
Making Time(mins)	1 hour

Setting:

Process Method	Filling
Process Material	Slate
Speed(mm/s)	400
Max Power(%)	100
Mode	3D Sliced
Interval	0.04
Dot width	0.04

Instruction:

Step1

Test the material you want to laser engrave for the suitable parameter to achieve the effect you want.

Step2

Input the picture.

Step3

Set the parameter.

Step4

Keep patient, and your work will be finished within a few hours.

ComMarker laser Machines Projects Ideas – ComMarker

Capturing Beauty in Every Detail: Laser Engraving Ceramic with ComMarker B4

Introduction:

Basic information:

Instruction:

Conclusion:

Design Files:

Table of Contents

A Symphony of Precision and Nature in 3D Laser-Engraved Apples with the ComMarker B4 Mopa

Introduction:

Basic information:

Setting:

Instruction:

Step 1: Test the Material

Step 2: Input the Picture

Step 3: Set the Parameter

Step 4: Hit the Start Button

conclusion

Design Files:

Table of Contents

Crafting Identity Unveiling Parameter Settings for Laser Engraving Plastic ID Cards with ComMarker B4 Fiber Laser Engraving Machine

Introduction:

Basic information:

Setting:

Instruction:

Conclusion

Design Files:

Table of Contents

Laser cut silver necklace pendant with ComMarker B4 60w Mopa laser engraving machine

Introduction:

Basic information:

Setting:

Instruction:

Step 1:

Step 2:

Step 3:

Step 4:

Step 5:

Conclusion

Design Files:

Table of Contents

Battery Laser welding by ComMarker B4 laser engraving machine

Introduction:

Basic information:

Setting:

Instruction:

Conclusion

Design Files:

Table of Contents

Rust removal on a coin by a fiber laser engraver

Introduction:

Basic information:

Instruction:

conclusion

Design Files:

Table of Contents

Precision Unleashed: Optimizing ComMarker B4 Fiber Laser Engraving for PCB Boards

Introduction:

Basic information:

Instruction:

Conclusion

Design Files:

Table of Contents

2.5D laser engraved dragon

Introduction:

Basic information:

Setting:

Instruction:

Design Files:

Download

Table of Contents