Compared with LIGA Electroforming technologies such as UV LIGA and X-Ray LIGA processes, Advanced Lithographic Electroforming is the most ideal process from prototyping to mass production.
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Micro-fabricated nozzle plates are used in various industries, such as inkjet printing, medical devices, and flow control. Manufacturing these nozzle plates requires precision and accuracy to achieve the desired performance. Several production technologies can be used to manufacture micro-fabricated metal nozzle plates, such as 3D printing, Laser Cutting, Micro Milling, Micro Punching, and Electroforming. In this article, we will introduce these production technologies, and illustrate how to find your preferred process for the production of micro-fabricated nozzle plates based on key features such as precision, customization, scalability, and material compatibility.
The world of precision technology is constantly evolving, and one of the innovations that have gained significant attention in recent years is the development of micro-fabricated metal nozzle plates. These tiny, intricate components are revolutionizing industries across the board, with various applications in fields like Inkjet Printing, Medical, and Flow Control. In this article, we'll explore the key features of these nozzle plates, their applications, and how they empower important industry applications.
Inkjet nozzle plates are one of the most important components of inkjet print heads, as the quality of the nozzle plates directly determines the resulting printing performance of the whole system. This article introduces what an inkjet nozzle plate is, how this important component works, and how it is manufactured.
Inkjet printing is an extremely versatile, non-contact process that involves jetting tiny ink droplets to facilitate direct printing. It has seen a surge of new applications in fields including electronics, life science, optics, and PV.
Solar power plays a vital role in energy transition and climate protection. This article introduces how Veco's Electroformed Inkjet Printing solutions enabled solar cell manufacturers to increase efficiency while reducing costs.
Electroforming is an additive manufacturing process specialized for the production of high precision metal parts. Its uniqueness is that you can grow metal parts atom by atom, providing extreme accuracy and high aspect ratios. Typical precision of a electroformed part goes down to 1 to 2 μm, which is beyond what most other manufacturing technologies can reach.
Where one engineer may require a surface that is as reflective as a mirror, another may want a product that absorbs as much light as possible. How do you achieve both material properties?
Veco has been moving the industry forward, with unparalleled experience of Electroforming, advanced lithography technology, and accumulated knowledge of metallurgy. So what is Advanced Lithographic Electroforming, and what does it mean for the manufacturing industries?
Electroforming benefits designers across the aerospace, medical, electronics, and renewable energy industries.
What's the difference of these two precision manufacturing techniques? This article will review on Cost Efficiency, Lead Time, Design Complexity, and Quality/Accuracy.
Article #1 Altair Startup Series. Offering startups cutting-edge technology to support the next generation of agile, innovative engineering teams.
Applications for electroforming are enabling innovation in everything from satellites to water filtration.
Based on electrodeposition, electroforming is a unique process that enables the production of accurate metal components with complex features like micro-precision perforations.
Electroforming is an additive manufacturing process specialized for the production of high precision metal parts. Its uniqueness is that you can grow metal parts atom by atom, providing extreme accuracy and high aspect ratios.