Inkjet printing technologies play a decisive role in the field of semiconductor IC packaging and offer numerous advantages. With our state-of-the-art printing systems, we enable increased flexibility in your production and significantly improve the environmental friendliness of your system.
Inkjet printing of functional materials - better known as inkjet printing - offers a promising alternative to conventional methods for printing electronics cost-effectively and over large areas.
The maskless process reduces material waste and enables simple modifications through computer-aided design. No expensive lithography or other energy-intensive processes are required.
Our digital inkjet printing technology enables three-dimensional printing of functional materials, including metal structures, produced without exceeding the melting point of bulk metals. We leverage our expertise in TGV metallization and RDL design for semiconductor packaging and perform all steps, from processing to characterization, at low temperatures and in an ambient environment.
An important milestone on our path to innovation and excellence in semiconductor metallization is our new, state-of-the-art digital printing laboratory in Taiwan. There, we are consistently developing digital printing technology for semiconductor metallization processes, thereby setting new standards. And continue to push the boundaries of what is possible in the semiconductor industry.
The newly developed digital printing technology in our lab enables exceptional accuracy and uniformity, allowing our customers to achieve higher quality and productivity in their semiconductor applications. This consistent approach ensures that we and our customers remain at the forefront of industry advancements.
At Manz, we are committed to providing state-of-the-art metallization solutions for the semiconductor industry that meet the highest standards of quality and performance.
Markus
Gersdorff
Executive Vice President Industry Solutions
Bereich Automation
+49 7121 9000 0
automation@manz.com
