Mile High Laser Engraving’s Post

**The fascinating history of screen printing in the garment industry.** Silk screen printing, one of the oldest and most practical printing techniques, dates back to ancient times. Its history can be traced to China during the Song Dynasty (960–1279 AD). Initially, this method emerged in China during the same dynasty. Japan further developed the process by using silk as a mesh. During this period, stencils were crafted from paper, and the mesh was woven from human hair. Stiff brushes were employed to push ink through the mesh onto the fabric. However, due to the scarcity and cost of silk elsewhere in the world, screen printing took time to gain popularity. It wasn’t until the 1700s when more readily available silk mesh became accessible, that interest in screen printing began to grow in Western Europe. In 17th-century France, silk screens were utilized for fabric printing. Stiff brushes continued to be used to force ink through the mesh. It was during this time that the practice of stretching silk over a frame to support stencils originated, although the exact originator remains unknown. By the 18th century, screen printing had made its way to Western Europe, becoming a prominent method for printing and duplication. A significant historical development occurred in the late 1880s in both America and the UK. Although the principles were similar, the process went by different names. Wax paper handwriting stencils, patented in 1877, were fixed into a frame. Ink could then be forced through these stencils using a rubber squeegee. In the UK, this framed approach with delicate stencils was called the Cyclostyle, while in the USA, it was known as the Mimeograph. The stencils were made from a fine and porous waxed paper called Yoshino. The Englishman Samuel Simon holds the patent for the screen-printed form that is most familiar today. Remember, the next time you put on that vibrant t-shirt, you’re wearing a piece of screen printing history! 🎨👕

These are new products I made from a mold for a customer in the United Arab Emirates. Regarding the logo, the client chose labeling instead of screen printing. The following are the difference. Compared to silk screen printing, #labeling offers several advantages in enhancing the aesthetics of glass perfume bottles: 1.Labeling allows for the use of various printing techniques, such as digital printing and flexographic printing, enabling a wider range of colors and more intricate patterns. Silk screen printing, due to its process limitations, has restrictions in color and pattern precision. 2. Labeling offers a choice of different label materials, including transparent, metallic, and suede labels, which can create diverse three-dimensional effects and textures, elevating the overall sophistication of the perfume bottle. Silk screen printing, confined to printing on the glass surface, cannot achieve this level of dimensionality. 3. Label design and production are relatively convenient, allowing for adjustments and replacements as needed. Silk screen printing requires the creation of screens, making it difficult to modify designs once finalized, thus offering less flexibility. 4. For small-batch perfume bottle production, labeling is often more cost-effective than silk screen printing, as the latter necessitates screen creation and a minimum order quantity. 5. Labeled perfume bottles can undergo various post-processing treatments, such as hot stamping and embossing, to further enhance their aesthetic appeal. Silk screen printing makes such processing more challenging. However, labeling also has its drawbacks. For instance, the label's adhesion may not be as strong as silk screen printing, and the label material might affect the overall texture of the bottle. In conclusion, both labeling and silk screen printing have their respective advantages and disadvantages. The optimal choice depends on the specific circumstances and requirements.

💡 Six good reasons to choose laser marking 👇👇👇 Laser marking is now a well-established reality in industry because of the variety of applications for which it can be used. Over the past few years, it has taken the place of hot stamping, pad printing and screen printing, all of which have proven to be less effective or at least less long-lived, and thus able to provide less durability. Why shall I opt for this technology? The advantages achievable with this technique are many, let us recall the main ones: ✅Precision The laser can be brought to engrave with extreme precision even on millimetres dimensions down to 0.15mm. As a result, it can be used to mark objects of very small size such as electronic components. ✅Versatility and reliability, laser marking technology has a high reproducibility and flexibility of the marking content. It allows not only data matrix and bar codes, but also logos, drawings, progressive numbering, and lettering based on a wide variety of alphanumeric characters. Just set up the software appropriately to mark surfaces as desired. The versatility of our Laser Marking Systems knows no bounds. Not only in industries such as automotive, electronics, toolmaking and pharmaceuticals: We identify the right solution for almost any conceivable application. ✅ Sustainability: the laser is eco-friendly; laser marking is a non-contact process and therefore has no wear on the machining tool. A long service life without additional costs for consumables (e.g. for ink) makes the fiber laser marker an attractive marking system. ✅It is permanent: over time it does not alter its aesthetic or technical characteristics. Since marking does not color and does not alter the structure of the material when it makes its mark, here we have the durability of laser marking for the entire life of the object, even under environment and wear extreme conditions. ✅ Minimum material stress: Laser marking does not produce cracking or weakening of the marked material, thus not altering its characteristics or suitability for certain tasks. It is particularly suitable for medical use objects, thanks precisely to the fact that, since it does not etch the marked surface, it does not lead to spots where bacteria or other pathogens can settle. ✅Nearly maintenance free: From a modern laser system, you can expect that it does its job nearly maintenance-free. You do not need any additional consumable materials, and there are no significant subsequent costs. All these advantages makes laser marking fit to be used in different sectors. If you still have any doubts about this type of processing, ask for the support of our experts who, thanks to their extensive experience in the field, will help you evaluate the method best suited to your needs! ℹ️ For more details https://bit.ly/3MjN71A 📞✉️ Contact our experts https://bit.ly/3QbVNsk #panasonicindustry #lasermarking #laser #industrialautomation

#addlogo #printlogo #customlogo How To Add Logo On Silicone Products? 1.Laser Engraving: Laser engraving is the process of selectively removing microscopic layers of material to create visible marks on the treated surface. Depending on the material, the laser-material interaction can be different. On harder surfaces, the mechanism of action is primarily ablation, where the focused laser beam removes microscopic particles from the substrate. Engraving can reach depths of 100μm and beyond, while laser marking is typically shallower. 2. Screen Printing: Screen printing is a printing technique in which a screen is used to transfer ink (or dye) onto a silicone product, except in areas made impermeable to the ink by a blocking stencil. Once the screen is complete, an operator pours ink onto the screen and pushes it through the stencil. The ink only goes where the stencil is open. This is used to create a printed design for a logo, pattern or text. A stencil is used on the screen to develop the graphic, with a mesh stretched over a wooden or metal frame. A blade or squeegee is moved across the screen to fill the open mesh apertures with ink, and then a reverse stroke causes the screen to momentarily touch the substrate along a contact line. This causes the ink to wet the substrate and be drawn out of the mesh openings as the screen springs back after the blade passes. One color is printed at a time, so multiple screens can be used to create a multicolor image or design. 3. Pad printing Pad printing, also called tampography or tampo printing, is an indirect offset (gravure) printing process in which a silicone pad takes a 2-D image from a laser engraved (etched) printing plate (also called a cliché) and transfers it to 3-D products. It is machine-printed using a metal plate. The plate is flat and the image is chemically imprinted. The silicone pad is pressed onto the ink, absorbing the image. Then the silicone pad is pressed onto the substrate, transferring the image to the silicone product. 4. Water Transfer Printing It allows you to apply an elaborate graphic such as carbon fiber, wood grain, and even camouflage to a product. The great thing is that it can be applied to a 3D product surface. The water transfer printing process is extensive and can be used to decorate items ranging from vehicles to silicone items. First, we apply a water soluble film to the surface of the water. We then immerse the product in the liquid bath, using the pressure created to wrap the item. 5. Heat Transfer Printing This printing method is compatible with pre-painted images on a wax sheet or can be used to create an image by layering wax dye onto an object. This printing method uses heat and pressure to transfer a design to the silicone surface, creating a permanent bond between the design and the material. Ray Xian Phone/Whatsapp: +8619902910431 Email/Skype: ray.x@siliconesupplier.com

Screen Printing: Comparing Aluminum Vs Wood Frames Full Read: https://lnkd.in/ghjQiq9v In the world of screen printing, the choice of frame material significantly influences the quality, longevity, and effectiveness of your prints. Let's delve into the key differences between aluminum and wood frames. Aluminum Frames in Screen Printing: - Popular for their durability, stability, and versatility. - Made from extruded aluminum, combining lightness with strength. - Provide consistent tension for precise registration and high-quality prints. - Resistant to warping and environmental factors, suitable for long-term use. - Corrosion-resistant, ideal for water and solvent inks. Wood Frames in Screen Printing: - Traditionally crafted from materials like pine or birch. - Affordable, making them a go-to for beginners or small-scale operations. - Easy to repair and re-stretch but prone to environmental damage. - Susceptible to warping with changes in humidity and temperature. - Not ideal for high-tension applications. Comparing Durability: Aluminum frames offer greater durability and warp resistance, ensuring stable tension for consistent print quality. Wood frames, while more economical, may require more maintenance and are sensitive to environmental conditions. Weight Comparison: Aluminum frames are lightweight and manageable, simplifying setup and storage. Wood frames are denser and heavier, needing more effort in handling and transportation. Corrosion Resistance: Aluminum frames excel in resisting corrosion and adapting to various printing conditions. Wood frames are more vulnerable to environmental influences and require careful maintenance. Long-Term Cost Implications: Aluminum frames have a higher initial cost but tend to be more cost-effective in the long run due to their durability. Wood frames are less expensive upfront but may incur more frequent replacement or maintenance costs. The decision between aluminum and wood frames for screen printing hinges on your specific needs, budget constraints, and preferences. Aluminum frames are a reliable choice for high-quality, long-term projects, offering durability and environmental resistance. Wood frames, alternatively, are a cost-effective solution for budget-conscious or smaller-scale operations. Consider these factors to enhance your screen printing practice and achieve the best possible outcomes. #deconetwork #screenprint #screenprinting #printshop

#Welcome to #Day52 of our #100Days of #3DPrintingLearningseries! Mithra3dtech Today, we’ll compare two popular 3D printing technologies: #SLA (#Stereolithography) and #SLS (#SelectiveLaserSintering). Both of these methods offer unique advantages and are used for different applications, so understanding their differences can help you choose the right one for your project. #What is #SLA? #Stereolithography (#SLA) is a type of #3Dprinting that uses a #laser to cure #liquid #resin into solid layers, building up the object layer by layer. SLA is known for producing highly detailed prints with smooth surface finishes, making it ideal for applications where precision and aesthetics are critical. Key Features of SLA: - High Precision:SLA can produce extremely detailed models with intricate features and smooth surfaces. - Material Flexibility: SLA resins come in various types, including rigid, flexible, and castable options. - Post-Processing:SLA prints usually require post-processing, such as washing and curing, to achieve the best results. #Best for: - #Prototyping - #Jewelry - #Dental models - #Detailed figurines #What is #SLS? #SelectiveLaserSintering (SLS) is another #3Dprintingtechnology that uses a laser to fuse powdered material, such as nylon, layer by layer to create a solid object. SLS is known for its ability to produce strong, functional parts without the need for support structures, making it suitable for more demanding applications. #Key Features of SLS: - #Durability: SLS parts are strong and durable, often used for functional prototypes and end-use parts. - #No Need for Supports: The surrounding powder acts as a natural support, allowing for more complex geometries without additional supports. - #Variety of Materials: SLS can print with a wide range of materials, including nylon, glass-filled nylon, and even some metals. #Best for: - Functional prototypes - Mechanical parts - End-use products - Complex geometries #SLA vs. #SLS: Which Should You Choose? - #Precision vs. #Strength: If your project requires high precision and fine details, SLA is the better choice. For functional parts that need strength and durability, SLS is more suitable. - #SurfaceFinish vs. #Complexity: SLA offers a smoother surface finish, ideal for aesthetic applications, while SLS excels in printing complex geometries without the need for support structures. - #Material_Options: SLA is best for detailed models with specialized resins, whereas SLS offers a broader range of materials suitable for robust, functional parts. #Conclusion Both #SLA and #SLS are powerful 3D printing technologies, each with its strengths and ideal applications. By understanding the differences between them, you can select the right method for your specific needs, whether you're creating highly detailed #prototypes or durable, functional parts. #3DPrinting #SLA #SLS #AdditiveManufacturing #TechInnovation #MakersMovement #Mithra3DTech

Screen Printing Trends: Staying Relevant in the Digital Era 1. Historical Echoes and Contemporary Realities The journey of screen printing from ancient traditions to the present day reflects not only a rich history but also an industry that must continuously evolve to meet the demands of the times. 2. Industry Experts’ Insights A panel of industry experts, each with a unique vantage point within the screen printing landscape, sheds light on the challenges and opportunities that lie ahead. Mike Young, a seasoned consultant with over 40 years of experience, emphasizes the need for continuous evolution. 3. Technology as a Driving Force  Andy MacDougall, an industry consultant and trainer, challenges perceptions of screen printing, urging practitioners to view it as a technology rather than a hand method for T-shirts and art prints. 4. Challenges and Opportunities While some industry voices express concerns about the future, others see a path forward. Craig Furst of AAA Flag & Banner is pessimistic, citing the advent of faster digital equipment and the demand for individualized advertising as potential threats to the screen printing industry. 5. Eco-Friendly Practices: One of the most significant trends in screen printing is the increased focus on eco-friendly practices. As environmental consciousness grows, both consumers and businesses are seeking sustainable options. Screen printing, with its ability to use water-based inks and environmentally friendly materials, aligns perfectly with this trend. 6. Customization and Personalization: In a world where personalization is key, screen printing stands out for its ability to provide unique, customized designs. From personalized merchandise to one-of-a-kind promotional items, screen printing allows businesses and individuals to express their identity. 7. Innovations in Ink Technology: Advancements in ink technology have brought about a revolution in the screen-printing process. From specialty inks that glow in the dark or change color in sunlight to those with unique textures, the possibilities are expanding. Printers are experimenting with metallic, reflective, and even thermochromic inks, pushing the boundaries of creativity and enhancing the visual impact of screen-printed products. 8. Digital Integration: While screen printing is a traditional technique, its integration with digital technology has been a game-changer. Digital design tools and software have streamlined the pre-production process, making it easier for designers to create intricate and detailed designs. 9. Collaborations and Limited Editions: Collaborations between artists, brands, and screen printers have become a prevalent trend. These partnerships bring together different creative minds, resulting in limited edition, exclusive products. #screenprinting #BDEEF #printing #innovation #rmg

Color Box/Bottles Packaging: Optimizing Color Management and Ink Application 🌿 Introduction: In today's competitive market, the visual appeal of products plays a crucial role. Color box/bottles packaging, along with color printing technology, has emerged as an excellent choice for enhancing the external image of goods. However, issues like color recovery problems, such as neutral packaging or gray cast, can impact product quality during production. To address these concerns, Chamsmetic's editorial team has shared valuable insights on color management and ink application in color box packaging. This article provides guidance for those seeking various types of packaging materials. 🍃 Effective Color Management Color management involves the effective management of color perception. The goal is to ensure that the colors in the entire image replication process accurately match the original manuscript, from input display to output. Chamsmetic adheres to this principle in all aspects of color printing, including bottles, pump heads, and hotel supplies. 🌈 Image reproduction involves multiple stages, such as image acquisition, processing, color separation, and printing. Each stage presents color information based on the rendering principles and characteristics of the equipment used. Different scanning and display devices may exhibit variations in color for the same original image. Moreover, there are differences in color expression between RGB rendering on display screens and four-color rendering with printing inks. Additionally, converting RGB data to CMYK using different applications may lack consistency. The print outcomes also differ when using different papers and inks. 🌿 Optimizing Ink Application To achieve desired color results in color box packaging, ink application plays a critical role. Proper ink selection, along with appropriate printing techniques, ensures accurate color reproduction. Chamsmetic emphasizes the following considerations: Ink Quality: Choosing high-quality inks that offer vibrant and consistent colors throughout the production process. Color Matching: Conducting precise color matching tests to ensure the desired color accuracy. 🌲 Printing Techniques: Employing advanced printing techniques that allow for precise control over ink application and coverage. Color Testing: Regularly conducting color tests throughout the production process to monitor and maintain color consistency. By prioritizing effective color management and optimizing ink application, Chamsmetic aims to deliver exceptional color box/bottles packaging solutions. With our expertise and commitment to quality, we assure you of products that meet your expectations. #Chamsmetic #ColorBottlesPackaging #ColorManagement #InkApplication #ProductPackaging #OptimizedPrinting For more👇: https://lnkd.in/eZ38j6j9

Screen printing: refers to the use of screen as a plate base, and through the photosensitive plate making method, made with pictures and pictures screen printing plate. Screen printing consists of five elements: screen plate, scraper, ink, printing table and substrate. IMD mold decoration: Put the printed pattern of the film into the metal mold, the forming resin is injected into the metal mold and the film, so that the printed pattern of the film and the resin form a whole and solidified into a finished product. I OMD mold decoration: mold decoration process, is an extension of IMD appearance decoration process. It is a 3D surface decoration technology that combines printing, texture structure and metallization characteristics. The appearance can realize the effect of imitation metal drawing, imitation of original wood grain, leather, spray and stone grain. Can complete three-dimensional, high 3D curved product shape. Spraying: Spraying tools such as spray guns are used to atomize the paint and spray it on the surface of the product. Not only beautiful, but also anti-oxidation, corrosion and other effects. Electroplating: Plating one or more layers of metal coating on the surface of the workpiece by electrodeposition to give the workpiece a beautiful appearance or specific functional requirements. Electroplating is mainly divided into water plating and vacuum plating. Water plating, the color is relatively simple, vacuum plating is colorful, can be plated red, blue and other colors. Anodizing: One of the commonly used surface treatment processes for aluminum alloy and other metals, it can not only do rich color effects, pattern texture and other decorative, but also has functional functions such as protection. Radium carving: The use of laser engraving on the mold has been designed texture style, and then directly produce a texture of the product, this product is often more refined and advanced appearance. It is one of the key technologies of surface treatment which is widely used at present. Calendering: The finishing process that uses the plasticity of the fiber under mixed heat conditions to flatten or roll out parallel fine diagonal lines on the surface of the fabric to improve the luster of the fabric.