Videojet Launches New Industrial Inkjet Printers

The company introduces solid-state thermal inkjet units designed for high-speed coding and pharmaceutical packaging.

Updated on Oct. 27, 2026 in Consumer Goods

Isometric editorial illustration showing a high-precision industrial printer head over a clean metallic assembly line, representing industrial manufacturing technology.
Videojet Technologies has released the Videojet 8530 and Wolke m620 touch inkjet printers, designed to increase coding accuracy in pharmaceutical and high-speed manufacturing sectors. AI Illustration. Upload story photo >

Videojet Technologies has launched the Videojet 8530 and Wolke m620 touch thermal inkjet printers. These units provide advanced coding capabilities for QR codes, lot numbers, and expiration dates in high-speed manufacturing environments.

Why it matters

These printers are designed to help manufacturers in fast-paced sectors like pharmaceuticals improve message accuracy and streamline job management. The systems utilize built-in validation controls and solid-state technology to reduce coding errors and maintenance requirements.

The new Videojet 8530 and Wolke m620 touch printers achieve a maximum print resolution of 600 x 600 dpi. The systems utilize a solid-state format featuring no moving parts to minimize maintenance requirements.

The players

Videojet Technologies

This company is a global manufacturer of coding, marking, and printing solutions for various industrial packaging applications.

The details

The printers support a range of outputs including 2D codes, DataMatrix codes, and logos while incorporating the SIMPLICiTY user interface for code assurance. The Wolke m620 touch model specifically includes a validation package to assist pharmaceutical manufacturers with GAMP compliance.

Timeline

  1. October 27, 2026: Videojet Technologies officially launched the new thermal inkjet printer line.

Market Landscape

The release of these printers reflects an ongoing shift toward automated code validation to meet rigorous GAMP compliance requirements in regulated sectors. This move positions the manufacturer to better serve pharmaceutical clients by integrating serialization applications directly into the production line.

Manufacturers and packaging facilities can expect reduced downtime due to the printers' solid-state design which eliminates moving parts. The inclusion of standardized validation software simplifies regulatory compliance processes for companies operating in the pharmaceutical space.

The takeaway

Manufacturers should prioritize systems that offer built-in code assurance to minimize costly manual inspection errors in high-speed lines. Implementing hardware with integrated validation packages can significantly simplify compliance audits for pharmaceutical packaging operations.

Further reading

Learn more about the latest innovations in production technology in the Consumer Goods section.

Source note: This article includes information reported by Packaging Europe.