In an era where products are shrinking, performance demands are rising, and innovation cycles are accelerating, design engineers face increasing pressure to deliver components that are precise, lightweight, reliable and economical.
One manufacturing process that consistently meets these requirements is electroforming—and few companies exemplify its advantages better than Veco Precision, a global leader in micro‑precision engineering. Here we explore why electroforming from Veco should be part of every design engineer’s toolkit.
We can help you realise features and performance that you never thought possible. We can open up the opportunity to consider new materials to achieve more than you expect, and we will build the process from scratch for the optimum result. And because direct imaging technology, prototypes can be produced quickly and revisions can be made more easily.
How Electroforming technology help overcome complex design challenges
R&D engineers often face challenges in designing and fabricating advanced micro-precision components. This includes achieving micro-scale features to meet the challenge of miniaturization, producing optimized geometries that balance strength, weight, and functionality, and incorporating thin-walled sections and different cross-section options. All while meeting stringent surface finish and tolerance requirements for precision engineering, and developing/finding optimized alloys and compositions for enhanced performance and design demand.
Electroforming is a versatile Additive Manufacturing process that allows for the production of high-precision metal parts with intricate design, fine details, and tight tolerances. It can be used to create micro-scale components with complex features in a wide variety of different materials. Components made through Electroforming also have excellent mechanical properties and surface finishing.
Engineers can overcome many of these challenges and push the boundaries of possible designs beyond what other manufacturing processes can achieve, enabled by Veco’s capability in miniaturization, design flexibility, and material and property options.
Miniaturization capabilities: Electroforming provides unique capabilities in miniaturization and micro-engineering, capable of producing metal components with microscopic feature sizes down to 2 microns. The technology has demonstrated its ability to meet stringent tolerance demands down to ±1 micron. This allows Electroforming to enable next-generation innovations in industries such as microelectronics, microelectromechanical systems (MEMS), sensors, and microfluidics, as the demand for ever-smaller components with complex micro-scale features increases.
Design flexibility: Electroforming unlocks unprecedented design flexibility for intricate metal components. The process empowers engineers to explore creative, complex geometries without being constrained by conventional manufacturing limitations. It facilitates rapid prototyping of designs with sophisticated shapes and intricate details typically seen as not manufacturable with conventional manufacturing processes. In addition, Electroforming can construct complex geometries beyond two-dimensional designs difficult or impossible to achieve with other subtractive methods. The extraordinary design flexibility is further leveraged by Electroforming’s capability to produce highly complex parts without excessive tooling costs or lead times while maintaining the outlook of high-volume serial production.
Material and property control: Electroforming technology allows depositing metal alloys to tailor specific material properties like mechanical or thermal characteristics. Veco offers a variety of metals for Electroforming, including Meta-Nickel, Sulfamate Nickel, Palladium-Nickel, HR-Nickel, and Veco84 - Veco’s specially formulated nickel. Copper and various surface coatings are also available. Veco's expertise in Electroforming and material development further empowers engineers to optimize mechanical, thermal, electrical, magnetic, and other properties to fulfill designed function. By leveraging Electroforming technology, engineers can specify material property demand to achieve targeted performance in their innovative component designs.
How Veco supports engineers with co-development
To achieve the best possible solutions for the critical precision components in demand, Veco provides co-engineering support from initial design through prototyping and scaling to efficient industrial production:
With our collaborative co-engineering approach, Veco aims to empower engineers in various industries to achieve next-level breakthroughs by providing critical precision components and tailored Electroforming expertise.