When marking on non-woven fabrics, common problems including bleeding text, blurred edges and unreadable QR codes do not originate from the UV Inkjet Marking Machine itself. The root cause lies in the compatibility between ink and porous non-woven substrate. Non-woven Fabric Anti-penetration Inkjet Printing 1.Substrate Property Testing & Sample Evaluation Take actual non-woven fabric samples…
Manufacturers of photovoltaic modules, home appliance panels, and insulated glass have long relied on paper labels or external marking. In harsh conditions including high-temperature lamination, outdoor exposure, high humidity and salt spray, labels peel off and barcodes wear out frequently, breaking product traceability chains. UV Industrial Inkjet Printers deliver a systematic solution for inner-surface marking…
Aluminum foil and composite films occupy an irreplaceable position in food, pharmaceutical and daily chemical packaging. However, many enterprises often encounter a common challenge after introducing UV coders to their production lines: the printed codes look fine right after marking, but they can be easily wiped off after folding, friction or low-temperature storage, and this…
In 2026, when selecting an Electroceramic UV Inkjet Printer, the real consideration is no longer simply “whether it can print”. Instead, you need to evaluate whether the equipment can maintain stable printing quality over the long term under complex glaze surfaces, dusty environments, multi-specification products and continuous production conditions. For the electroceramic industry, printing results…
Multiple sets of LIONTEC 4-color 2-head color UV coding machines have completed factory commissioning and quality inspection, and are officially loaded for Equipment Shipment to the customer’s production site in Vietnam. The customer required high-visibility 4-color marking and multi-color overprinting on packaging. During pre-sample testing, the LIONTEC technical team matched parameters according to the production…
In the industrial inkjet sector, PE (Polyethylene) and PP (Polypropylene) are widely adopted for food packaging, cosmetic bottle bodies, pipes & cables, and electronic housings, thanks to their excellent chemical resistance and low cost. However, these plastics feature extremely low surface energy, far below the threshold required for effective wetting by UV inks. Drawing on…
In the field of industrial manufacturing and packaging coding & marking, the requirements for coding adhesion vary greatly across different substrate surfaces. From plastics, metals, glass to coated cartons, ceramics and rubber, each material features unique surface energy, roughness and chemical properties. To achieve high-quality, highly durable coding on these substrates with UV Industrial Inkjet Equipment,…
In the field of industrial coding and marking, successful UV Coding Machine Integration with production lines is only the first step. The real test lies in commissioning and acceptance after integration, which determines whether the equipment can operate stably for a long time and if the printing quality can consistently meet standards. Standardized Commissioning &…
(Compatible with BarTender, NiceLabel, Codesoft and Other Label‑Design Software) This Industrial Inkjet Equipment Software System Integration connects industrial inkjet printing equipment with enterprises’ existing label‑design software (BarTender, NiceLabel, Codesoft, etc.) and production management systems (MES, ERP, WMS, etc.) via standardized communication protocols and interfaces. It delivers an all‑in‑one solution featuring label template invocation, automatic variable‑data…
The full‑performance output of an Industrial UV Marking Printer largely depends on standardized electrical connection and precise signal synchronization settings. Electrical connection and signal synchronization serve as the cornerstone for stable operation of the device. The former addresses how to complete wiring connection, while the latter solves how to achieve accurate marking. UV Coder Electrical…