We Scale Inkjet Processes from Lab to Fab

By systematically adjusting various parameters, process development can enhance the printing quality, efficiency, and reliability of inkjet printing.

This is particularly important for industrial applications, where consistent and high-quality printing is required for mass production. Additionally, process development can help minimize the environmental impact of inkjet printing by reducing ink and energy consumption and waste generation.


Process Development
helps optimize
various parameters
The inkjet triangle

An inkjet production process comprises three main components: the ink, the printhead, and the substrate.

Notion Systems analyses and optimizes these components individually, as well as their interaction in order to establish an inkjet process with stable and repeatable results in industrial production.

Scaling Process

PHASE 1

Printhead selection

PHASE 2

Ink selection & material compatibility

PHASE 3

Waveform development

PHASE 4

Print process implementation

PHASE 5

System development (optional)

PHASE 6

On-site process support
Advantages of Inkjet Printing

Inkjet is a non-contact, digital printing technology which creates fine structures of 30 microns and below. The fully digital non-contact printing enables wet-on-wet processing without the need for masks or screens.

Inkjet is used to replace established subtractive process sequences and reduces waste and energy consumption, which makes electronics production more economical and ecological.

Economical Advantages

Reduced Energy Consumption

Higher Yield

Reduced Process Steps

Faster Turnaround

Reduced Material Waste

Technical Advantages

Contactless Digital Print

Print Only Where Required

Print Multiple Materials

Print Multiple Layers

Wet-on-Wet Processing