Challenges of Marking on Cosmetic Sample Plastic Bottles Cosmetic sample plastic bottles are widely used for trial products in the beauty and personal care industry. These small, smooth plastic containers require permanent, high-contrast marks of production dates, batch numbers and traceability codes during mass production. Traditional printing methods such as pad printing and hot stamping…
Integrated Laser Marking for Rotary Die Cutting Machines: DM Code Marking on Thin Film As product traceability becomes increasingly important in precision converting and electronics manufacturing, DM codes are being adopted for product identification and process tracking. However, applying laser marking to thin film materials presents specific challenges. Material thickness, surface characteristics and processing conditions…
The Glass Liquor Bottle Cap Traceability QR Code UV Inkjet Printer from LIONTEC is a dedicated UV inkjet marking solution built for liquor traceability and anti-counterfeiting. Many liquor manufacturers face marking bottlenecks on smooth, curved glass caps: ordinary printers produce codes with poor adhesion, which are easy to fade or become unscannable after alcohol wiping…
Liquor Bottle Cap Lottery QR Code Printing is a widely adopted anti-counterfeiting and marketing method for the alcoholic beverage industry. Many liquor brands add unique lottery QR codes directly on bottle caps to run instant-win promotions, boost consumer engagement, and realize product anti-counterfeiting, channel management and sales data statistics in one system. Traditional printing methods…
An industrial-grade UV inkjet system designed for the metal curved surface of cylindrical battery steel shells and polymer surfaces of blue films. Adopting multi-axis linkage positioning technology, it achieves high-precision marking on curved surfaces with a curvature radius ≥5mm. It supports high-speed variable data coding including UDI, barcodes and characters. The electrolyte-resistant UV ink has…
Achieve clear, durable and traceable marks on the smooth, specialized surface of battery aluminum-plastic film. High-resolution printing + high-adhesion ink Lithium battery manufacturing plants widely adopt high-speed automated production lines, imposing stringent requirements on the efficiency and stability of marking equipment. UV inkjet printers are fully engineered for this scenario. Non-contact printing + high-speed inline…
Battery blue film inkjet printing technology is an advanced manufacturing process with many excellent performance features, meeting the demand for high-quality, high-performance film marking in battery manufacturing. Its advantages: High insulation, withstands 2000–3000V voltage breakdown High durability and high mechanical strength Precisely controllable printing thickness from 0 to 200μm Simultaneous multi-surface printing & forming Below…
Sample delivery to customers with two effect versions for comparison Lithium battery customers originally used small character coders, which worked well for letters and numbers. As industry regulations update, batteries now require marking 2D barcodes and icons. The original dot-matrix small character printers fail to deliver sharp, high-readability QR codes and graphics. For equipment upgrade,…
UV inkjet printer compatible with medical aluminum foil composite materials Stable adhesion, high-definition UDI barcode output, compliant with medical device traceability requirements Supports intermittent packaging lines with precise printing positioning Cleanroom-friendly, low migration and low VOC Full data logging for production audit & traceability
UV inkjet printer compatible with pharmaceutical composite materials Unique UDI marking per item for compliance & traceability Flexible production, quick order changeover Markings withstand sterilization and distribution cycles Cleanroom compatible, controllable quality