Resist processing technology is widely used for numerous micro- and nanotechnology applications and products addressing different markets, such as advanced packaging, MEMS, MOEMS and sensors, microfluidics, RF devices, photonics and many more. All these application fields bring new challenges for semiconductor device design and manufacturing. Understanding these special requirements and having the flexibility to adapt our systems accordingly are among the unique core competences that EVG brings to the marketplace.
Important advancements by EV Group in lithography technology include proprietary resist coating technologies, such as OmniSpray, revolutionary NanoSpray and NanoFill. These unique technologies are implemented in the EVG100 series of resist processing systems and establish new standards in quality and flexibility for photoresist coating and developing. Designed to support a wide range of process parameters and customer requirements, an extensive range of materials – such as positive and negative resists, polyimides, double-sided coating of thin-resist layers, high-viscosity resists, and edge-protection coatings – can be processed on the EVG100 series. While the importance of resist processing to enable certain process flows is often underestimated and just considered a commodity for standard lithography processes, in many cases it is the key enabling process. For example, patterning on high-topography wafers, LIGA (lithography, electroforming, and molding), temporary bonding, nanoimprint lithography (NIL) and adhesive bonding all rely on advanced coating capabilities and process excellence. EVG has built up many years of spin and spray coating experience for demanding applications and incorporates these learnings into the EVG100 series, where our process know-how can be leveraged to support our customers. As with all EVG processing systems, the equipment can be configured for R&D environments or for high-volume production.


Treffen Sie das EVG-Team am Stand #B1241 und besuchen Sie unsere Poster-Präsentationen auf der APC:
"Software-Driven Strategies for Advanced Multi-Die Patterning in Digital Lithography" von Business Development Manager Dr. Ksenija Varga und “Leveraging Advanced Bonding Technologies to Enable Scalable Co-Packaged Optics Architectures” von Business Development Manager Elisabeth Brandl.
Hier finden Sie nähere Infos zum Program.
Darüber hinaus wird unser Corporate Sales & Marketing Director Thomas Uhrmann Teil der Podiumsdiskussion „SEMICONDUCTOR TOUR 2026“ sein, welche von der YOLE Group am 12. November im Novotel München Messe veranstaltet wird. Für mehr Informationen klicken Sie hier.

Hören Sie sich unsere Keynote an: “Advancing AR/VR and CPO: EV Group’s Inkjet Solutions for Next-Generation Optics” gehalten vonJohanna Rimböck (Technology Development).
Mehr Informationen zum Programm finden Sie hier.

Besuchen Sie unseren Stand #2 & hören Sie sich unsere Vorträge an:
"Scalable Manufacturing Approaches for Co-Packaged Optics via NIL and Advanced Wafer Bonding" gehalten von Director Business Development Dr. Bernd Dielacher und
“Advancing 310×310 mm² Panel Level Packaging: High Throughput Pathways to High Yield 3D Integration” und “Plasma–Enabled Die Singulation on Film Frame Carrier for Advanced HBM and Logic Die Integration” von Business Development Manager Dr. Ksenija Varga.
“Hybrid Bonding Overlay Reduction Through Lithographic Pre-Compensation of the Residual Fingerprint” von Technical Program Manager Sander Grosemans.
EVG & Brewer Science: “Polymer Buffer Layer Enabling a Novel RDL–First Process Flow using a Silicon Carrier and IR Laser Debonding Technology” shared presentation, Peter Urban & Brewer Science.
EVG & CEA–Leti: “Nanometer Level Chip- Scale Transfer Enabled by IR Laser Debond Technology”.
Mehr Infos zum Programm hier.
Kontaktieren Sie die EVG-Experten