Search Search Home / Product Series UV Single Pass Printer Series Single Pass Printer Series Contact Us Share this blog Facebook Linkedin Twitter You may like The Ultimate Guide to Single Pass Printing Inks: Professional Selection Strategies for Dye vs. Pigment Inks In the realm of high-speed Single Pass printing, choosing the right ink is a key factor in determining print quality, efficiency, and cost. Single Pass printers use environmentally friendly, food-grade water-based inks, available in both dye and pigment varieties, each with its unique advantages and applications. So how do you choose the right one? The core difference between the two inks is that dye inks offer vibrant colors but are not waterproof; while pigment inks are waterproof, but their color reproduction is slightly weaker than dye inks. However, thanks to the research and development of the Novix technical team, the current pigment inks are upgraded, achieving professional-grade color reproduction while remaining waterproof. For different types of printing materials, an informed choice needs to be made based on the final product, budget, and performance requirements.   Technical Decoding: The Chemical Essence of the Two Inks Water-based dye and pigment inks differ fundamentally in their chemical structure and performance characteristics, directly determining their application scenarios. Dye inks are composed of dye molecules that are completely dissolved in water, forming a transparent solution. These dye molecules are typically derived from natural raw materials such as certain plants or synthetic raw materials, characterized by their small molecular size, allowing them to penetrate deeply into the fiber of the material. In contrast, pigment inks suspend tiny solid pigment particles in an aqueous medium, with particle sizes hundreds of times larger than dyes. These particles are typically encapsulated in synthetic resins, forming a stable suspension. Dye inks offer superior color performance due to their molecular-level solubility, resulting in rich and vibrant prints. Their molecular size allows for better dispersion within paper, preserving its original gloss. However, dye inks are more sensitive to humidity and oxidation, meaning that prints may fade over extended outdoor exposure, and images may become blurry or wash out in humid environments. The advantage of pigment inks lies precisely in their exceptional durability. The size, structure, and complexity of pigment molecules give them superior lightfastness, moisture resistance, and oxidation resistance (including ozone).   The Unique Challenges of Single Pass Printing Single Pass printing technology places more stringent demands on ink performance because, during this high-speed, single-scan printing process, the ink must penetrate, dry, and set within an extremely short time. During printing, the print head is often exposed to air for extended periods, increasing the risk of nozzle drying. Moisture evaporation from the nozzles can cause ink concentration, forming fluid plugs that may clog the nozzles and affect the reliability of droplet ejection. To ensure smooth operation of Single Pass printers, inks need to possess the following characteristics: long-term storage stability, droplet shape retention, rapid wetting performance, controlled spreading performance, and rapid drying capability. Especially for high-speed Single Pass printing systems,

Search Search Home / Product Series UV Single Pass Printer Series Single Pass Printer Series Contact Us Share this blog Facebook Linkedin Twitter You may like Novix Team Official Bank Account NOVIX customers use the following bank account for global receiving payments.   Beneficiary Name: Shenzhen Novix Technology Co., Ltd.Beneficiary Account Number: 3996000894949Swift Code: CITIHKHX or CITIHKHXXXXCountry/Region: Hong KongBeneficiary Address: 26/F., TOWER ONE, TIME SQUARE 1 MATHESON STREET CAUSEWAY BAY HKBeneficiary Bank: CITIBANK, N.A., HONG KONG BRANCHBeneficiary Bank Address: Champion Tower, Three Garden Road, Central, Hong KongBank Code: 006Branch Code: 391 Currency Accepted: USD (US Dollar), AUD (Australian Dollar), CAD (Canadian Dollar), SGD (Singapore Dollar), EUR (Euro), GBP (British Pound), HKD (Hong Kong Dollar), JPY (Japanese Yen), CNY (Offshore Renminbi)   Notes:1. Countries where remittances/trade are prohibited: North Korea, Iran, Cuba, Syria, Crimea, Donetsk, Luhansk, Russia, and Belarus, including but not limited to any related information such as the payer, paying bank, or shipping route on the delivery document having passed through these countries;   2. When remitting US dollars (USD), the payer should contact the remitting bank to designate Citibank (CITIUS33 or CITIUS33XXX) as the intermediary bank.   PI bank transfer notes:Important:** 1. For USD payments, MUST specify Citibank, New York (SWIFT: CITIUS33 or CITIUS33XXX) as the INTERMEDIARY BANK. To avoid unneccessary charges and delays. ** 2. All Bank Charges: The BANK CHARGES must be Set to :”OUR” option. This means charges borne by remitter, so that full invoice amount can be remitted fully and correctly. ** 3. On “Payment Details” or “Remittance Information” field please include：[Invoice/Contract Number] [Product] Follow us Whatsapp Youtube Instagram Facebook-square Linkedin Twitter

Search Search Home / Table of Contents Product Series UV Single Pass Printer Series Single Pass Printer Series Contact Us Share this blog Facebook Linkedin Twitter You may like Novix UV Single Pass Printer: A Perfect Balance of Efficiency and Creativity When Industrial Intelligence Meets Printing Art The image on a coffee cup appears instantly with the slightest mechanical click. Before the coffee has even cooled, industrial-grade printing technology has brought the digital image to life.   In the packaging printing workshop, workers are frantically working on an urgent order. Traditional screen printing requires the creation of multi-color printing plates, with each color requiring separate printing and drying. The entire process is time-consuming and labor-intensive, and the gradient color effects requested by customers are a challenge that traditional technology cannot achieve.   However, with just one Novix CupJet-C54 UV Single Pass Cup Side Printer, the same printing task can be completed in one-tenth the time of traditional methods, achieving full-color printing from design to finished product in a single pass. This is a technological revolution in industrial printing and the best printing solution for balancing efficiency and creativity.   Core Technology: How Single Pass Reshapes Industrial Printing In the field of industrial printing, “Single Pass” is not just a symbol of speed, but also a manifestation of technological integration. Traditional printing requires multiple reciprocating motions of the printhead to complete an image, while single-pass technology achieves instant imaging!   The Novix CupJet-C54 uses industrial-grade piezoelectric printheads, integrating advanced MEMS/POD technology. Each printhead has 639-1278 nozzles, with an ejection frequency of up to 12kHz, and combined with 3-drop grayscale printing, it can present delicate color gradations and precise details in a single pass.   The core advantage of the UV Single Pass Cup Side Printer lies in its patented printhead protection technology—an automatic anti-scratch configuration. During high-speed production, the product will not scratch the printhead, ensuring the printhead’s safety and stability.   The ink supply system also embodies technological integration. The continuous ink supply system maintains a constant negative pressure, combined with a built-in temperature sensor and an automatic white ink stirring system, ensuring consistent ink flow and preventing printhead clogging.   Efficiency Revolution: The Intelligent Logic of Dual-Mode Printing Design Traditional industrial printing often requires multiple machines to process different products and materials, but the Novix CupJet-C54 UV Single Pass printer’s dual-mode design breaks this limitation. Through mechanical switching, the same machine can freely switch between side printing and flatbed printing modes.   The intelligent logic of this design lies in maximizing equipment utilization. Thousands of coffee cups can be printed in the morning with side designs, while in the afternoon, it can switch to flatbed mode to handle printing on acrylic display stands, metal, plastic bags, stationery, gift boxes, lunch boxes, and other products. No equipment changes or complex adjustments are needed; a simple mode switch is all that’s required.   An automatic sensor system is another key to this efficiency revolution. The printer can accurately identify the media