Process
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
Ink Formulation
printhead
selection
Substrate
choice
Substrate
preperation
Printing
speed
Image
resolution
.png)
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
PHASE 2
PHASE 3
PHASE 4
PHASE 5
PHASE 6
Printhead selection
Ink selection & material compatibility
Waveform development
Print process implementation
System development (optional)
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