High-contrast traceability coding on vials
Inkjet printers and laser marking systems for printing on vials
The challenge of a vial’s small size and reduced radius can be met with select continuous inkjet printers and laser marking systems. Dedicated Videojet pharmaceutical and OEM specialists can help you select the ideal solution for printing and marking on vials, whether plastic, glass or aluminum.
The code’s placement and configuration, vial size, and sequence of packaging operations all require careful consideration when marking on vials. Attention to these details help ensure the integrity of the data throughout the distribution chain and product lifecycle.
Certain Videojet inkjet and fiber laser marking systems are well-suited for providing clear and rugged “on-vial” traceability codes, as well as:
- 2D barcodes marked at speeds up to 500 products per minute with fiber laser markers
- High-quality human and machine-readable codes on robust plastic and metal
- Minimal maintenance intervention
- Compact and versatile designs for easy integration within the packaging line
Suggested Solutions
- Ideal for micro print applications
- 0.6mm minimum print height
- Maximum line speed 348m/min
- Features Code Assurance and productivity tools
Videojet 7340/7440 Fiber Laser Marking Machine
- 20-Watt and 30-Watt fiber lasers are the first to feature the Lightfoot™ marking head, making them easy to integrate, operate and service.
- The Lightfoot marking head is one of a kind, smallest in the industry both in size and weight, and IP69 rated for use in washdown and harsh environments.
- Designed to deliver high-quality, permanent codes for a wide range of marking applications, are an ideal solution for parts-marking, food, beverage, consumer packaged goods, pharmaceutical and cosmetics manufacturers who have space limitations, are looking for simple integrations, or do frequent rapid changeovers.
- Ideal for micro print applications
- 0.6mm minimum print height
- Maximum line speed 348m/min
- Features Code Assurance and productivity tools
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