SCRIBOS – a KURZ company’s Post

Navigating the Selection Process for a Digital Printing Press: Beyond Price and Costs:- Deciding to invest in a #digitalprinting press extends beyond mere considerations of: -> the machine's price & -> the running cost per square meter. To be frank, this process can be intricate and even cause delays in reaching a decision. Here's some assistance to steer clear of perplexity: 🔹Label's Ultimate Purpose: Understand not just the printing but also the label's end use, durability requirements, including legal requirements. Label finishing and usage hold paramount significance. A digital press might exhibit exceptional print quality but might fall flat in conversion or the label's final application. 🔹Substrate Selection: Precision is key here. No single digital label press fits all substrates and "end uses." Specificity is vital. For instance, certain digital presses might excel with Heat transfers but not with Lami tubes. On the other hand even the most heavily advertised digital presses might prove unsuitable for paper pouches due to the converting process, because of the ink/toner chemistry they use. 🔹Finishing & Enhancements: This facet is at times overlooked, yet it's pivotal. It encompasses: --> Necessity of inline camera inspection --> Compliance with food and drugs regulations --> Adherence to rigid "set off" requirements --> Performance of substrates in finishing, apart from printing quality ▪️For instance, a substrate that prints well digitally might falter during finishing, stretching under heat or pressure, because of heat surface tension of substrate can create problems, few mm die-cut misalignment could be there due to deformation of the substrate after printing and fusing and more. 🔹Digital Front End: Often underestimated, yet the most critical component, encompassing: --> Ripping process analysis, including time taken --> Differentiating between a "single frame's RIP and print process" versus "RIPing a single label and print" --> VDP (Variable Data Printing) assessment in terms of ease and complexity, especially handling heavy files with metadata, images, text, QR codes, and Barcodes, such files might hang your server and machine's DFE. --> Evaluating security printing necessity, what level of security printing requirements are there. ▪️For some even printing with white or specific pantone is enough and for some printing with 21 microline is not enough. --> Precise color management needs, steering clear of false claims of 97% or 100% Pantone matches. --> Compatibility with existing pre-press department, color management, and ERP systems, often overlooked. 🔹Choosing between a modular digital press where you can fit inline finishing, varnishing, screen/flexo units, or priming, versus a fixed roll-to-roll machine. Feel free to reach out for further information, I am just a call away. Cheers! :-)

Why do we emphasize the significance of grid spacing in screen printing? At MAISHI GROUP., a renowned leader in the industry, we understand that the distance between grid lines directly impacts the quality of your prints. Improper grid spacing can often be the cause when prints do not turn out as expected. When the screen printing mesh distance is not set appropriately, it disrupts the printing process. We need to adjust the pressure of the squeegee blade, which can result in poor print quality such as inaccurate copying, blurring, bubbles, ghosting, dot loss, poor edge definition, moiré patterns, and incomplete patterns. Setting the grid distance too large can lead to additional issues. For example, increasing the squeegee pressure to make the screen touch the substrate can cause the ink to be squeezed onto the surface of the screen before it even touches the substrate. In severe cases, this can result in a printed pattern with dirty spots or ink on the substrate. Excessive squeegee pressure can also damage the printed images, causing dot deformation or enlargement. Moreover, higher blade pressure leads to a faster rebound speed of the screen after printing, making it difficult for the ink to transfer completely to the substrate. Consequently, this can result in moiré patterns, incomplete patterns, drawing defects, bubbles, poor edge definition, and other printing issues. Another crucial factor that affects print quality is low screen tension and small grid spacing. In such cases, the screen may wrinkle during the squeegee process, causing ripples on the printed material. Ultimately, severe image distortion and ghosting can occur. Uneven ink adhesion can also be caused by factors such as non-parallel screen and substrate, variable mesh distance, or blade deformation due to large grid spacing. Any of these factors can lead to uneven ink adhesion, resulting in variations in color in the final print. Optimal grid spacing ensures uniform ink adhesion, while larger grid spacing tends to cause uneven ink adhesion, particularly at the ends of the squeegee. When encountering printing problems, it is crucial to analyze the root causes to minimize product loss. At MAISHI GROUP., we take pride in being the best partner in mesh manufacturing. Our high-quality wire mesh products have gained recognition in the industry. We offer expertise and support to help resolve printing challenges and improve overall printing results. For more insights and technical support, feel free to contact MAISHI GROUP. Let's work together to achieve the best outcomes in screen printing. https://lnkd.in/djBH9nN6 #screenprinting #gridspacing #printquality

Printing on standing pouches offers several advantages, making them a popular choice in packaging. Here are some key advantages: Versatility: Standing pouches come in various sizes, shapes, and materials, catering to diverse product needs. They can hold liquids, powders, solids, and more, making them versatile for different industries and products. Space-Saving Design: Their ability to stand upright reduces storage space and optimizes shelf display, maximizing visibility in retail settings while minimizing storage requirements. Visual Appeal: These pouches offer a flat and smooth surface, ideal for high-quality printing of vibrant graphics, logos, and product information, enhancing brand visibility and attracting consumers' attention. Convenience and Portability: The resealable zipper or spout closure options ensure easy opening and resealing, enhancing user convenience and preserving product freshness. They're also lightweight and easy to transport. Extended Shelf Life: Standing pouches often consist of multiple layers, including barrier films that provide protection against moisture, oxygen, UV rays, and contaminants, thus extending the shelf life of the products inside. Eco-Friendly Options: Many standing pouches are made from recyclable materials or offer eco-friendly options, aligning with sustainability goals and eco-conscious consumer preferences. Cost-Effective Packaging: They generally require fewer resources during production and transportation compared to rigid packaging, reducing overall packaging costs and environmental impact. Customization: Printing on standing pouches allows for customizable branding, including logos, product information, promotional messages, and eye-catching designs, aiding in brand recognition and consumer engagement. Reduced Product Wastage: With excellent barrier properties, these pouches help protect products from spoilage, thereby reducing product wastage and enhancing consumer satisfaction. Market Trend: The popularity of standing pouches is increasing due to their convenience, modern aesthetics, and suitability for e-commerce packaging, reflecting a current market trend in packaging solutions. These advantages collectively make standing pouches an attractive and practical choice for packaging various products across industries, offering both functional and branding benefits.

Why do we emphasize the significance of grid spacing in screen printing? At MAISHI GROUP., a renowned leader in the industry, we understand that the distance between grid lines directly impacts the quality of your prints. Improper grid spacing can often be the cause when prints do not turn out as expected. When the screen printing mesh distance is not set appropriately, it disrupts the printing process. We need to adjust the pressure of the squeegee blade, which can result in poor print quality such as inaccurate copying, blurring, bubbles, ghosting, dot loss, poor edge definition, moiré patterns, and incomplete patterns. Setting the grid distance too large can lead to additional issues. For example, increasing the squeegee pressure to make the screen touch the substrate can cause the ink to be squeezed onto the surface of the screen before it even touches the substrate. In severe cases, this can result in a printed pattern with dirty spots or ink on the substrate. Excessive squeegee pressure can also damage the printed images, causing dot deformation or enlargement. Moreover, higher blade pressure leads to a faster rebound speed of the screen after printing, making it difficult for the ink to transfer completely to the substrate. Consequently, this can result in moiré patterns, incomplete patterns, drawing defects, bubbles, poor edge definition, and other printing issues. Another crucial factor that affects print quality is low screen tension and small grid spacing. In such cases, the screen may wrinkle during the squeegee process, causing ripples on the printed material. Ultimately, severe image distortion and ghosting can occur. Uneven ink adhesion can also be caused by factors such as non-parallel screen and substrate, variable mesh distance, or blade deformation due to large grid spacing. Any of these factors can lead to uneven ink adhesion, resulting in variations in color in the final print. Optimal grid spacing ensures uniform ink adhesion, while larger grid spacing tends to cause uneven ink adhesion, particularly at the ends of the squeegee. When encountering printing problems, it is crucial to analyze the root causes to minimize product loss. At MAISHI GROUP., we take pride in being the best partner in mesh manufacturing. Our high-quality wire mesh products have gained recognition in the industry. We offer expertise and support to help resolve printing challenges and improve overall printing results. For more insights and technical support, feel free to contact MAISHI GROUP. Let's work together to achieve the best outcomes in screen printing. https://lnkd.in/drX_pHVa #screenprinting #gridspacing #printquality

Why do we emphasize the significance of grid spacing in screen printing? At MAISHI GROUP., a renowned leader in the industry, we understand that the distance between grid lines directly impacts the quality of your prints. Improper grid spacing can often be the cause when prints do not turn out as expected. When the screen printing mesh distance is not set appropriately, it disrupts the printing process. We need to adjust the pressure of the squeegee blade, which can result in poor print quality such as inaccurate copying, blurring, bubbles, ghosting, dot loss, poor edge definition, moiré patterns, and incomplete patterns. Setting the grid distance too large can lead to additional issues. For example, increasing the squeegee pressure to make the screen touch the substrate can cause the ink to be squeezed onto the surface of the screen before it even touches the substrate. In severe cases, this can result in a printed pattern with dirty spots or ink on the substrate. Excessive squeegee pressure can also damage the printed images, causing dot deformation or enlargement. Moreover, higher blade pressure leads to a faster rebound speed of the screen after printing, making it difficult for the ink to transfer completely to the substrate. Consequently, this can result in moiré patterns, incomplete patterns, drawing defects, bubbles, poor edge definition, and other printing issues. Another crucial factor that affects print quality is low screen tension and small grid spacing. In such cases, the screen may wrinkle during the squeegee process, causing ripples on the printed material. Ultimately, severe image distortion and ghosting can occur. Uneven ink adhesion can also be caused by factors such as non-parallel screen and substrate, variable mesh distance, or blade deformation due to large grid spacing. Any of these factors can lead to uneven ink adhesion, resulting in variations in color in the final print. Optimal grid spacing ensures uniform ink adhesion, while larger grid spacing tends to cause uneven ink adhesion, particularly at the ends of the squeegee. When encountering printing problems, it is crucial to analyze the root causes to minimize product loss. At MAISHI GROUP., we take pride in being the best partner in mesh manufacturing. Our high-quality wire mesh products have gained recognition in the industry. We offer expertise and support to help resolve printing challenges and improve overall printing results. For more insights and technical support, feel free to contact MAISHI GROUP. Let's work together to achieve the best outcomes in screen printing. https://lnkd.in/djBH9nN6 #screenprinting #gridspacing #printquality

How to distinguish original and refurbished materials: 1. Check whether there is any polished mark on the chip surface. The polished chip surface will have fine lines or even micro-marks of previous printing. Some of them are coated with a thin layer of paint to cover up the chip surface, which looks a little shiny and has no plastic texture. 2. Look at the printing. Most of the chips now use laser marking or special chip printing machine to print, and the handwriting is clear, not conspicuous, not fuzzy and difficult to erase. The renovated chip either has a jagged feeling due to the corrosion of the writing edge by the cleaning agent, or the printing is fuzzy, uneven in depth, incorrect in position, easy to erase or too conspicuous. In addition, the current large IC factories have already eliminated the screen printing process, but many chip refurbishments still use the screen printing process due to cost reasons, which is also one of the basis for judgment. The screen printing words will be slightly higher than the chip surface, and you can feel the slight uneven or astringent feeling with your hand. 3. Look at the pins. All tinned pins that are as bright as new must be refurbished. Most of the pins of the original IC should be so-called silver powder pins, which are dark in color but uniform in color. There should be no oxidation marks or flux on the surface. In addition, the pins of DIP and other plug-ins should not have any scratch marks. Even if there are scratches (only after repackaging), they should be neat and in the same direction, and the metal exposure should be smooth and free of oxidation. 4. Measure the thickness of the device and look at the edge of the device. Many polishing and refurbishing pieces of original laser printing (mostly power devices) must be polished deeper to remove the original mark, so that the overall thickness of the device will be significantly smaller than the normal size, but it is difficult for the inexperienced people to distinguish without comparison or measuring with a caliper, but there is an alternative method of identification, that is, looking at the front edge of the device. Because the plastic packaging device must be demoulded after injection molding, the edge angle of the device is circular (R angle), but the size is not large. It is easy to grind the rounded corner into a right angle during polishing processing. Therefore, once the front edge of the device is right angle, it can be judged as a polished product. In addition, there is another way to see whether the merchant has a large number of original external packaging materials, including cardboard boxes with consistent internal and external identification, anti-static plastic bags, etc. In actual identification, multiple methods should be used. If there is a problem, the goods of the device can be identified.

Printing small perimeter objects remains a challenging task, often leading to less-than-ideal results. These objects require precise control and optimized settings to ensure accuracy and strength. This post provides practical strategies for overcoming these hurdles, ensuring your small prints come out perfectly every time. Understanding the Challenge Small perimeter objects in 3D printing are anything with fine details, small diameters, or thin walls. The challenge lies in the printer’s ability to maintain detail, adhesion, and structural integrity at such a small scale. Overheating, poor adhesion, and warping are common issues due to the rapid extrusion and cooling required. Optimizing Your Printer Settings - Lower Printing Speed: Slowing down the print speed allows for more accurate extrusion on small perimeters, reducing the risk of shaking and improving detail retention. - Adjust Temperature Settings: Lowering the extruder temperature can help prevent overheating and warping. However, this needs to be balanced with maintaining sufficient heat for proper layer adhesion. - Reduce Layer Height: A smaller layer height increases the print’s resolution, offering finer detail on tiny features. A height of 0.1mm or even lower can significantly enhance the quality of small perimeters. - Enable Cooling: Improve solidification and detail sharpness by using a cooling fan. Proper cooling is essential for small objects to prevent melting or deformation of fine details. Choosing the Right Filament Material choice can greatly impact the success of printing small perimeter objects. Filaments with lower melting temperatures and high detail fidelity, like PLA, are often preferred for their ease of use and excellent finish on small prints. However, the choice of filament will also depend on the desired properties of the finished object, such as flexibility, strength, or thermal resistance. Improving Bed Adhesion Ensuring your small object stays firmly attached to the build plate throughout the printing process is crucial. Use a suitable bed adhesive, such as glue stick, hairspray, or blue painter’s tape, depending on your print bed surface. Additionally, consider using a brim or raft to increase the adhesion surface area, which can be particularly helpful for very small or narrow objects. Post-Processing Techniques After printing, some small imperfections may still need addressing. Gentle sanding, precision trimming, or solvent smoothing (for compatible materials) can enhance the final appearance and feel of your small perimeter objects. Leveraging Software Tools Modern slicing software offers advanced settings tailored for printing small objects, such as: - Minimum Layer Time: Ensures each layer has enough time to cool by automatically slowing down the print speed. - Print Cooling: Adjusts the fan speed to optimize cooling without introducing excessive cooling that can lead to poor adhesion. #3dprint #3dprinter #3dprinting #configuration #…

Mastering the Art of Pad Printing: Tips and Tricks for Optimal Results As pad printing experts, every day, we see customers who have bought a pad printing machine from overseas (to save on costs) reach out to us when the machine doesn’t do exactly what they want and/or they run into trouble. This is why we’ve put together a quick guide of tips and tricks for those who are using pad printing for their brand marketing to help them get optimal results. 1. Choose the right pad – this is crucial for a successful print. You’ll want to consider shape, hardness, and material compatibility. Experiment with different options to find the perfect pad for precise ink transfer and consistent image quality. 2. Use vector graphics software to design a precise print of your artwork that will allow for seamless reproduction. 3. Opt for high-quality inks that are specifically formulated for pad printing. It would be best to consider substrate compatibility to ensure long-lasting results with vibrant colours, excellent adhesion, and durability. 4. Use pre-treatments or primers to prepare the substrate before printing and improve your ink adhesion. 5. Fine-tune your pad positioning! Test, test, and test again! Make small adjustments and consider factors like angles, pressure, and artwork alignment to achieve precise placement. 6. Optimise ink transfer: Again, you’ll need to test (lots!) to find the right amount of ink transfer to the pad for each print. Consider ink viscosity, doctoring speed, and pressure settings to prevent over- or under-inking. 7. Quality control and equipment maintenance: It goes without saying that regularly inspecting prints during the production process and keeping your pad printing machine clean, and replacing worn-out parts, will go a long way in contributing to good print quality and extended machine lifespan. Of course, when you work with us, you get the full pad printing package, meaning we can custom make the right printing pad for the product you want to brand, and help manufacture the printing plate with your design. We also know which ink suppliers to go to and which pre-treatments and primers to use. Our experts go in and deliver all training to your team, too. If you’re in the market for branded materials, ask us today about our complete end-to-end pad printing experience: https://hubs.li/Q02jM3pq0 #BrandMarketing #PadPrinting #PadPrintedApparel #PadPrintingCompany

#Printing #Ink #Flexo #Rotogravure #Packaging #UV #UVFlexo **Pushing the Boundaries in Leading Printing Inks** At Leading Printing Inks, we are pushing the limits of the art of printing. Our printing inks, grounded in quality, innovation, and sustainability, are opening a new era in the printing industry. We combine advanced technologies and our expertise to meet our customers' needs at the highest level. **High Quality, Vibrant Colors** Using only the finest raw materials, we ensure that each print appeals both visually and in terms of quality standards. Our inks, offering vibrant colors and superior printing quality, maximize the visual appeal of every project. **Fast and Efficient Solutions** Speed up your production processes with our fast-drying and long-lasting inks, saving time and reducing costs. Whether traditional or UV, Leading Printing Inks' inks are ideal for fast and effective results. **Environmentally Conscious Approach** Sustainability is important to us. Our inks, made from non-harmful, reusable, and recyclable materials, help to reduce your ecological footprint. **Customer-Focused Service** Each of our customers is unique, and we provide services accordingly. Offering custom solutions tailored to your needs, we are with you at every stage of your projects. Create a difference in the printing world with Leading Printing Inks. Contact us for a printing experience filled with quality, innovation, and sustainability! --- At Leading Printing Inks, we are pushing the limits of the art of printing. Our printing inks, grounded in quality, innovation, and sustainability, are opening a new era in the printing industry. We combine advanced technologies and our expertise to meet our customers' needs at the highest level. **High Quality, Vibrant Colors** Using only the finest raw materials, we ensure that each print appeals both visually and in terms of quality standards. Our inks, offering vibrant colors and superior printing quality, maximize the visual appeal of every project. **Fast and Efficient Solutions** Speed up your production processes with our fast-drying and long-lasting inks, saving time and reducing costs. Whether traditional or UV, Leading Printing Inks' inks are ideal for fast and effective results. **Environmentally Conscious Approach** Sustainability is important to us. Our inks, made from non-harmful, reusable, and recyclable materials, help to reduce your ecological footprint. **Customer-Focused Service** Each of our customers is unique, and we provide services accordingly. Offering custom solutions tailored to your needs, we are with you at every stage of your projects. Create a difference in the printing world with Leading Printing Inks. Contact us for a printing experience filled with quality, innovation, and sustainability!

Konica Minolta has unveiled an immense array of advanced end-to-end SMART-factory digital production lines at drupa. Konica Minolta and MGI have over 30 live running machines and more than 20 European premieres on Stand A65 in Hall 8B. Visitors to one of the largest stands at drupa enter a modern SMART-factory where they experience first-hand a true end-to-end solution, from brand planning and pre-production, through to printing, post-production and logistics processes. Flagship launches Among the 30 live running systems at drupa is Konica Minolta's next-generation HS-UV Inkjet Press, the AccurioJet 60000, which makes its worldwide debut at drupa. This flagship model follows the quality and technology of the AccurioJet KM-1e series and has been further developed to maximise customer value and improve usability. It produces a remarkable 6,000 sheets per hour (sph) and offers double-sided printing capabilities in a single pass, ensuring versatility and efficiency in printing operations. The AccurioJet 60000 is a highlight of the show and combines impressive speeds with exceptional image quality. The use of Konica Minolta inline sensors and spectrophotometer technology allows continuous monitoring and control of the printing process to ensure consistently high quality. Another world debut at Drupa is Konica Minolta’s AccurioPress C84hc press, which uses high chroma toner that prints bright vivid colours consistently. It is the world’s only platform using the new high-chroma toner, free of the restrictions imposed by the colour gamut of ordinary CMYK toners. Target customers include commercial printers, dedicated design houses, advertising agencies, corporates, and brand owners. Strength in partnership A further example of Konica Minolta's technology evolution involves its partnership with MGI Digital Technology. Together they are demonstrating how separate processes such as foiling, varnishing, printing, folding, and drying can be combined into just one fully integrated production run. MGI’s AlphaJet is centre stage and showing the benefits of a complete single-pass factory. For customers, this will mean major savings in space requirements, power consumption and staff costs. Manual set-ups from different production engines will be combined into one completely automated system, including the use of software up to B1+ format size. Multi-award-winning toner systems such as Konica Minolta’s AccurioPress C14000e toner press for high-volume production and the AccurioLabel 400 – part of a single-pass portfolio that has already secured more than 1,500 sales worldwide – are among the other star attractions at drupa. The scale and variety of technology on show underpins Konica Minolta’s commitment to make further inroads into commercial and industrial printing markets using inkjet and toner technologies. --- Konica Minolta Business Solutions UK Ltd Mark Ash, Jon Hiscock, Malcolm Smith, Rebecca Boulton