Technical Characteristics of Thermal Inkjet Printer RNJet H2+

What you could print with TIJ Printer RNJet H2+

• LOT Number
• EXP and MFG Dates (auto)
• Logo
• Barcode (any type, including QR-Code)
• Shift Code (auto)
• Data-base
• Counter
• UDI (GS1 Data Matrix etc.)
• Ingredients

Why RNJet H2+ Thermal Inkjet Printer is best for your Production Line

• Unmatched Printing Quality and Resolution: The RNJet H2+ boasts high-resolution printing capabilities, ensuring clear and precise markings on any surface. With a resolution of 300 dpi, this printer delivers exceptional print quality that is easy to read and scan. Whether you need to print text, logos, barcodes, or images, the RNJet H2+ guarantees sharp and accurate results every time.

• Speed and Efficiency: Equipped with dual print heads, the RNJet H2+ offers impressive printing speed without compromising quality. With a maximum print speed of up to 90 m/min (300dpi) or 180 m/min (150dpi), this printer allows you to meet tight production deadlines and keep up with high-volume printing requirements. Say goodbye to bottlenecks in your workflow and experience enhanced productivity.

• Versatility for Any Surface: The RNJet H2+ excels in its ability to code and mark on various surfaces, both porous and non-porous. Whether you’re working with glass bottles, plastic containers, metal components, wood, corrugated boxes, or cardboard, this printer ensures reliable performance for all your coding needs. No matter the substrate, the RNJet H2+ delivers premium print quality.

• User-Friendly Touch Screen Controller: Designed with ease of use in mind, the RNJet H2+ features a user-friendly touch screen controller. With a 7″ touch screen display, you can easily design your print files directly on the screen, eliminating the need for a separate computer. This intuitive interface allows for quick and hassle-free operation, reducing setup time and increasing efficiency.

• Reliability and Low Maintenance: RN Mark takes pride in delivering reliable and maintenance-free solutions. The RNJet H2+ is built to withstand vibrations and temperature fluctuations, making it suitable for demanding industrial environments. With minimal downtime and no maintenance required, you can focus on your core operations with peace of mind.

Watch RNJet Printers Printing on Our Customer’s Production Line

Frequently Asked Questions

How does a thermal inkjet printer work?

A: A thermal inkjet printer, such as the RNJet H2+, uses heat to generate small droplets of ink that are propelled onto the printing surface. The ink is heated rapidly, causing it to expand and form a droplet that is then ejected through a nozzle onto the substrate.

What are the advantages of using a thermal inkjet printer?

A: Thermal inkjet printers offer several advantages, including high-resolution printing, fast drying time, versatility in printing on various substrates, ease of use with user-friendly interfaces, and low maintenance requirements. They also provide excellent print quality and can handle complex graphics and barcodes.

Can a thermal inkjet printer print on different types of substrates?

A: Yes, RN Mark’s thermal inkjet printers, like the RNJet H2+, are designed to print on both porous and non-porous surfaces. This includes substrates such as glass bottles, plastic containers, metal components, wood, corrugated boxes, cardboard, and more.

Are RN Mark’s thermal inkjet printers suitable for industrial environments?

A: Absolutely. RN Mark’s thermal inkjet printers are specifically built to withstand the demands of industrial environments. They are designed to operate reliably even in challenging conditions with vibrations and temperature fluctuations.

What are the benefits of the RNJet H2+ thermal inkjet printer?

A: The RNJet H2+ offers numerous benefits, including high-speed printing, superior print quality with its dual print heads and high resolution, versatile substrate compatibility, user-friendly touch screen controller for easy operation, reliability with minimal maintenance requirements, and the ability to connect to networks for remote control and operation.