Inkjet Coding – High-Speed, Variable Data Printing

• Continuous Inkjet (CIJ) Printers – Ideal for high-speed applications, printing lot numbers, expiration dates, and barcodes on various materials (plastic, glass, metal, cardboard).
• Thermal Inkjet (TIJ) Printers – Offers high-resolution printing, often used for detailed text, QR codes, and graphics on packaging.
• Solvent-Based & Water-Based Inks – Adaptable to different surfaces, ensuring long-lasting prints.

Laser Coding – Permanent, High-Precision Marking

• CO₂ Laser Coders – Best for high-speed production lines, commonly used for paper, cardboard, and plastic.
• Fiber Laser Coders – Designed for metal, glass, and hard plastics, offering durable and tamper-proof markings.
• No Consumables Required – Reduces operational costs compared to ink-based systems.

Print and Apply Labeling – Automated Label Application

• Thermal Transfer Printing – Prints high-quality labels on-demand with variable data such as barcodes, serial numbers, and shipping details.
• Automated Application – Applies labels to cartons, bottles, or shrink-wrapped products in real-time.
• Custom Labeling Solutions – Handles different label materials, adhesives, and sizes for various industries.

Label Applicators – High-Speed Labeling for Different Products

• Wrap-Around Labelers – Applies labels around cylindrical containers such as bottles, cans, and jars.
• Top & Bottom Labelers – Simultaneously applies labels on both sides of flat packages or trays.
• Front & Back Labelers – Ensures precise label placement on opposite sides of a product.
• Tamper-Evident Labelers – Securely seals packaging to indicate if it has been opened.

Key Benefits:

• Ensures Compliance – Meets industry standards for traceability, expiration dates, and batch tracking.
• Fast & Accurate – High-speed coding and labeling reduce downtime and improve efficiency.
• Versatile Applications – Works with various surfaces, packaging types, and label sizes.
• Reduces Waste & Costs – Automated solutions minimize errors and lower material consumption.

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