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EM-Smart Dual 2
Regular price
From €4.099,00
Sale price
From €4.099,00
Regular price
€6.099,00
EM-Smart Dual SE
Regular price
From €2.999,00
Sale price
From €2.999,00
Regular price
€4.099,00
Products Collection
Complete Capabilities, Unlimited Creativity
Empower your vision with our all-in-one laser solutions—handling any material and process with flawless precision.
Deep Engraving
Laser Cutting
Batch Engraving
Color Marking
Rotary Engraving
Dual Laser
Strong Exhaust Fan
Meet EM Smart Series
Discover the Most Advanced and Versatile Desktop Laser Engravers
27
Year
Laser Industry
Expertise
50
+
Laser Patents
and certificates
10000
+
Engravers Sold
Worldwide
50000
+
Users to Build Their
Dreams
Smaller, Smarter, and Stronger
Compact, fast, user friendly and highly accurate laser engraver for personal, domestic, educational, and small business use.
“The EM-Smart laser engraver is a portable and affordable tool, making it an ideal choice for a profitable small business.”
"Taking all factors into consideration, EM-Smart laser marking machines are idea tools for creative projects to make money."
"It has to say that the EM-Smart Basic is the first portable laser marking machine with commercial capacity."
"As the laser printing machine from EM-Smart, the EM-Smart One will become a ideal choice for designers, handicrafters, Etsy sellers, Kickstarter entrepreneurs, creative agencies, and small businesses."
"The EM-Smart Laser Engraver delivers exquisite engravings with its lightweight design and high-speed performance, making it the perfect choice for commercial customization services."
See What Our Customers Say
Real feedback from our customers sharing their experiences with our products and service.
"I recently purchased a laptop and I'mthoroughly impressed. The high-resolution display and fast processor have significantly enhanced my design workflow. Their staff was knowledgeable and helped me choose the perfect model for my needs!"
"I bought a pair of wireless headphones and I'm loving them! The sound quality is great for both music and online classes.The store offered a great discount for students, which was a big plus."
"After a month with my EM-Smart Dual, I'm genuinely impressed. I'm consistently getting clean results on both wood and anodized aluminum. For the price point, the precision is remarkable. Just ordered their rotary attachment to try glasses engraving!"
"The EM-Smart Dual handles both stainless steel and wood with impressive precision. Took some tuning, but now it's my most reliable workshop tool. Just added their field lens for finer details."
Laser Engraving Blog
Your ultimate source for laser technology news and how-to guides.
5 Steps to Connect EM-Smart Dual with LightBurn
This article provides a step-by-step guide on connecting the EM-Smart Dual to LightBurn software. First, users need to download and install LightBurn from the official website. Then, power on the engraver and add the device in LightBurn. Using the “Find My Laser” function, select JCZFiber, configure the device name and working area size, and complete the setup. Once successfully connected, a "Ready" will appear in the software, allowing users to import designs and start engraving.
Desktop Laser Work: Laser Engraving on Metal
Something we want to say about laser engraving on metal. Metal laser engraving can be the first try for almost laser engravers, while we walk through the whole process for laser engraving on metal, leave your comments!
The Secrets of Deep Laser Engraving: From Theory to Practice – Three-Dimensional Art and Industrial Precision
The laser engraver is a highly precise processing tool widely used in industrial production, artistic creation, and personalized manufacturing. Among these, deep engraving is a significant branch of laser marking technology, where a high-power-density laser beam repeatedly acts on the material surface to remove material layer by layer, creating a three-dimensional effect with raised and recessed structures. Compared to traditional laser marking, deep engraving can achieve a stronger visual impact and functionality. This article will thoroughly explore the principles, technical features, and practical applications of deep engraving with laser engravers, introducing you to the world of laser deep engraving to better realize your designs! 1. Concept and Core Technology of Deep Engraving Deep engraving is a process in which a high-power laser beam removes material layer by layer to achieve significantly recessed or raised effects. It is commonly used in mold manufacturing, stamp engraving, and decorative engraving. Unlike surface marking, which only changes the color or texture of the material surface (such as text, patterns, or QR codes), deep engraving can not only produce a more three-dimensional effect but also create various relief effects by adjusting engraving parameters. (1) Influence of Laser Parameters Power: A laser with higher power has more energy and can produce deeper engravings. Speed: The slower the engraving speed, the longer the laser interacts with the material, resulting in deeper engravings. Focus: The focal point of the laser beam determines the precision and depth of the engraving. Repetitions: Multiple engraving passes can accumulate depth to achieve a more three-dimensional structure. Pulse Width: A larger pulse width increases engraving depth and material removal efficiency but results in a rougher base texture. A smaller pulse width requires more time but produces a finer base texture. (2) Suitability of Different Materials for Deep Engraving Different materials respond differently to laser engraving. Here are some characteristics of deep engraving for common materials: Metal: Suitable for fine deep engravings, such as engravings on molds and components to enhance mold durability. It can also be used for engravings on watches and jewelry to create intricate patterns on precious metals, increasing product value. In terms of engraving efficiency: Aluminum > Brass > Stainless Steel. Aluminum has higher engraving efficiency due to its good thermal conductivity and lower melting point. Stainless steel has a higher melting point and greater hardness, requiring higher laser power and longer processing times. Wood: Suitable for engravings with rich layering, ideal for artworks. By combining layering techniques, complex three-dimensional engraving effects can be achieved. Stone: Stone is suitable for 3D relief and deep engraving processing, compatible with fiber and blue laser technology, enabling highly precise and diverse designs. 2. Technical Advantages of Deep Engraving (1) High Precision Laser engravers can perform engravings with micrometer precision, making them suitable for complex patterns and detailed processing. If you aim to achieve greater engraving depth and efficiency, the EM-Smart Dual Laser Engraver is a highly competitive choice. Equipped with both fiber and diode laser sources, it enables not only highly precise deep engravings on metals and plastics but is also compatible with more materials like leather, wood, and acrylic to meet various design requirements. Compared to traditional fiber laser engravers, the EM-Smart Dual offers better adaptability and engraving depth. Whether for jewelry engraving, signage production, or deep engraving on industrial parts, it can handle these tasks effortlessly. Its compact design also makes it portable and user-friendly, ideal for small workshops and individual entrepreneurs. (2) Non-Contact Processing Laser engraving is a non-contact process that causes no mechanical damage to the material, making it particularly suitable for delicate or expensive materials like jewelry, glass, and wooden artworks. The dual laser source technology of the EM-Smart Dual ensures not only engraving quality but also reduces material damage, making every engraving more precise. (3) Flexibility By adjusting parameters such as power, speed, and focus, various engraving effects, from shallow to deep, can be easily achieved, making it suitable for different application scenarios. (4) Environmentally Friendly and Efficient Laser engraving requires no chemical reagents and produces no harmful gases or wastewater, meeting environmental requirements. At the same time, its high processing speed makes it suitable for personalized manufacturing and industrial mass production. The EM-Smart Dual uses high-quality laser sources that ensure stable performance over long working hours, making your engraving projects more efficient and reliable. 3. Steps of Deep Engraving 3.1 Design Preparation Ensure professional design and engraving software, such as LightBurn, is installed. Select the appropriate design file format (SVG, DXF, PNG, etc.). Adjust the depth relationships and details of the design based on engraving requirements. 3.2 Importing the File and Adjusting Parameters Import the design file into the software and place it in the engraving workspace. Set appropriate engraving power, speed, and focus to ensure the engraving depth and effect meet expectations. 3.3 Test Engraving Perform a test engraving on scrap material to verify the engraving effect. Adjust parameters based on test results to achieve the best engraving quality. 3.4 Performing the Engraving After confirming the parameters, begin the engraving process. Engrave layer by layer with multiple passes to achieve the desired depth and three-dimensional effect. 4. Common Issues and Solutions Problem 1: Insufficient Engraving Depth Solution: Increase the laser power or reduce the engraving speed. Increase the number of engraving passes to accumulate depth. Problem 2: Blurry or Lost Engraving Details Solution: Use a design file with higher resolution. Adjust the focus to ensure the laser beam is precisely focused. In the LightBurn software, adjust contrast, sharpness, and exposure to improve resolution. Problem 3: Burned or Deformed Material Solution: Reduce the laser power or increase the engraving speed to shorten the laser's interaction time with the material. Use appropriate air assistance (e.g., an air compressor) to reduce thermal impact. Select a material better suited for deep engraving, as material density affects the roughness of the engraving base texture. 5. Conclusion The deep engraving technology of laser engravers opens up endless possibilities for modern manufacturing and art. Mastering these technologies not only imparts finer layering and three-dimensional effects to creations but also unleashes creativity to craft unique, personalized masterpieces. Whether in industrial production or personalized manufacturing, deep engraving is an indispensable tool!
Precise and Customized: How Laser Engraving Machines Are Transforming Pet Supplies
In today's society, pets have become an indispensable part. The adoption rate of pets is steadily increasing, and many families consider their pets full-fledged family members. At the same time, the pet supply industry is booming – from food and healthcare services to fully automated devices. The growing emotional bond between humans and animals is driving demand for personalized and customized pet products. North America, with a market share of approximately 43%, is the largest pet market worldwide. In the USA, around 70% of households own a pet. Europe is the second-largest market with a well-developed infrastructure for pet stores and related services. In this context, personalization of pet products is the perfect solution to balance profitability, cost, and aesthetics. It not only meets the individual needs of pet owners but also offers significant business opportunities for companies and craft enthusiasts to earn money. This blog post explains why laser engraving is the best method for customizing pet products and how you can start your journey into the world of laser engraving to create a unique gift for your furry friend. 1. How is laser engraving transforming the pet product market? (1) Engraved Dog Tags: Safety and Individuality An engraved dog tag is not only a fashionable accessory but also an important safety feature. Many pet owners want to engrave their pet’s name, their phone number, or even a QR code on the tag to ensure their pet can be quickly returned if lost. Compared to traditional engraving methods, laser engraving offers a more precise, durable, and wear-resistant solution. On platforms like Etsy, personalized dog tags cost between $15 and $30, while the raw material costs are often only $3 to $10. These products not only provide pet owners with a beautiful, customized solution but also offer craftsmen and entrepreneurs a lucrative business opportunity. (2) Personalized Feeding Bowls, Pet Houses, and Cat Litter Boxes The customization of pet products goes beyond dog tags. Feeding bowls, litter boxes, dog beds, and even dog houses can be personalized with laser engraving. A simple stainless steel feeding bowl typically costs $10 to $30, while a personalized version with a name engraving or unique design can sell for $20 to $50. Many pet owners desire tailored products, such as a scratching post with their pet’s name or a wooden kennel with their dog’s birth date. These engravings not only add emotional value to the products but also make them unique keepsakes. (3) Pet Keepsakes Pets are family members, and personalized keepsakes are invaluable to many pet owners. Whether it’s engraved picture frames, personalized keychains, or intricately designed wind chimes, laser engraving enables the creation of unique mementos. As more people are willing to pay for customized products, they are not only popular as personal gifts but also ideal for online sales. (4) Custom Pet Gravestones and Urns For many pet owners, saying goodbye to their pet is a painful moment. Personalized gravestones or urns offer a dignified way to honor a beloved pet. In the USA, the market for pet gravestones is already established, with many pet cemeteries and memorial parks offering engraved stones as a service. A personalized granite gravestone can cost up to $550, while the material costs are only about $112. This shows that the demand for high-quality, individually designed keepsakes is steadily growing, offering new business opportunities for entrepreneurs in this field. 2. Why is laser engraving the best choice for personalized pet products? The use of laser engraving technology makes personalizing pet products easier and more efficient. Compared to traditional printing or spraying methods, laser engraving offers the following advantages: (1) Precise, Wear-Resistant, and Durable Engraving: Whether it’s metal tags, wooden houses, or ceramic bowls, laser engraving enables highly precise engravings that are resistant to wear and ensure long-term legibility. (2) Wide Material Compatibility: Laser engraving machines can engrave on metal, wood, leather, plastic, ceramic, and many other materials, meeting the diverse requirements of various pet products. The EM-Smart Dual, a laser engraving machine with dual light sources, is particularly suited for different materials, offering users an unparalleled creative experience. (3) Efficient and Suitable for Mass Production: Whether for a single custom piece or small-scale workshop production, laser engraving significantly increases efficiency and shortens delivery times. The EM-Smart, equipped with a high-quality industrial laser source, enables deep engravings, embossing, and precise reliefs on acrylic, metal, and other materials, as well as efficient cutting. Complex patterns or fine lettering – the EM-Smart delivers everything perfectly. (4) Low Costs, High Profit Margins: After the initial investment in a laser engraving machine, operating costs are relatively low, making it particularly suitable for small entrepreneurs or craftsmen looking to tap into new markets. The EM-Smart’s laser source has a lifespan of up to 100,000 hours, significantly reducing long-term operating costs. For small businesses or private users, the durability of the equipment is crucial. The exceptional lifespan of the EM-Smart means you won’t need to replace the device frequently, saving significant maintenance costs. At the same time, its stable performance ensures you can complete orders continuously and efficiently, increasing customer satisfaction. 3. Conclusion Whether it’s pet tags, personalized bowls, keepsakes, or gravestones, laser engraving technology is driving the pet product market toward greater personalization and professionalism. For entrepreneurs, this is not only a market opportunity but also an industry that combines creativity and emotion. If you’re entering this industry, the EM-Smart laser engraving machine is the ideal choice. It is compact, efficient, precise, suitable for various materials, and offers exceptional durability and comprehensive customer service. Visit our website now to learn more and contact us to start your creative journey. Contact: https://em-smart.store/E-Mail: @em-smart.com.
How to cut acrylic with the EM-Smart Dual Desktop Laser Marking Machine
1. The Unlimited Possibilities of Desktop Laser Cutting Acrylic is highly popular for DIY projects, signage, and crafts due to its waterproof, moisture-resistant, UV-stable, and corrosion-resistant properties. The EM-Smart Dual Desktop Laser Engraver enables precise cutting of acrylic, meeting individual customization needs. This article provides a detailed description of the workflow for cutting acrylic with this device to help users improve processing efficiency and quality. 2. Applications of Laser Engraving on Acrylic Laser technology offers a wide range of applications in acrylic processing: Personalized Gifts: Custom-made keychains, picture frames, coasters, and other decorative items, ideal for craft shops and gift stores. Advertising Signs: Production of shop signage, LED signs, and display stands; precise engraving details significantly enhance brand image. Home Decor: DIY picture frames, wall decorations, and customized table decor that personalize interiors. Electronics Housings and Control Panels: Suitable for precision processing of front panels for speakers, control consoles, and other electronic devices. 3. Detailed Workflow Steps Required Materials and Equipment: EM-Smart Dual Desktop Laser Marking Machine (with dual-laser design, compatible with metal and non-metal materials) Acrylic sheet with a thickness of 10 mm (Recommended thickness: 1-10 mm) Step 1: Design Creation Method 1: Direct Creation in the Program Beginners can use the sidebar tools in LightBurn to create simple shapes like hearts or circles and customize them with patterns or text; ensure all lines are defined as solid contours to guarantee complete cutting. Method 2: Importing an Existing File Click on "File" → "Import" in the menu. Supported formats include AI, DXF, SVG, PDF, and other common vector files. After importing, check the design for completeness; all lines must be set as solid contours. Adjust the size and position of the design if necessary. The imported file must then be converted into a vector path suitable for cutting. Step 2: Electric Focus Adjustment Place the acrylic sheet on the processing surface and use the electric height adjustment to precisely align the laser plane; both focal points must align exactly to ensure maximum cutting accuracy. Step 3: Parameter Configuration Note: Processing parameters should be adjusted based on different material thicknesses; it is strongly recommended to perform a test cut before the actual processing. Step 4: Selecting the Laser Source In the laser settings, activate the blue laser for acrylic cutting ("Use Laser 2"); if processing metal, switch back to the fiber laser mode. Step 5: Check Path Preview The "Path Preview" function in the software allows you to verify the correctness of the laser path. Optimization tips: Use different colors to visually separate cutting and engraving layers. Adjust the order of paths to maximize processing efficiency. Step 6: Enable Camera Preview Ensure the camera is properly connected and use the live preview in the software to precisely position the acrylic sheet; tools like the crosshair and grid help achieve perfect alignment. Step 7: Conduct Material Test Using LightBurn’s material test function, try different power and speed settings to determine the ideal cutting parameters for the specific acrylic material. Step 8: Start the Cutting Process It is recommended to choose a high-power and high-speed strategy; adjust the speed gradually to avoid excessive heat buildup. After a red-light preview to confirm the correct processing position, start the cutting process with the start button. 4. Conclusion With the detailed step-by-step guide in this article, you should now be able to cut acrylic precisely using the EM-Smart Dual Laser Marking Machine. From material preparation to parameter configuration and the final cutting process, each step directly impacts the quality of the final result. Especially for beginners, it is recommended to create test patterns first to familiarize yourself with the machine’s technical nuances and find the ideal processing parameters.Laser cutting technology opens up endless possibilities for creative projects; we look forward to you creating unique and impressive acrylic works with the EM-Smart Dual! If you need more information about our product or are considering a purchase, please visit our website. Contact:Website: https://de.em-smart.com/E-Mail: @em-smart.com
