Semiconductor 3D Printing
If you need to manufacture semiconductor industry-related equipment but need to verify the design of a custom product, 3D printing may be your best option. With 3D printing, you can design and print complex semiconductor-related equipment parts using plastic or metal powders. You can create a wide range of products and equipment using this method.
3D Printed Semiconductors
Elimold is one of the first manufacturers worldwide to 3D print highly complex parts for the semiconductor industry. As your development and manufacturing partner, we not only offer prototypes or Low volume production of 3D printed semiconductor components, but also a supporting digital value chain, including 3D CAD/CAM drawings, numerical simulations or targeted optimization of component topology. In addition, we can also provide numerous finishing options, such as polymer or liquid silicon infiltration, to produce components with individual material properties according to your requirements.
Additive Manufacturing of Semiconductor Equipment
Semiconductor lithography and wafer processing equipment needs to continue to innovate to meet the precision, speed, reliability and productivity requirements of increasingly complex microchip production. Therefore, the need to continuously improve the quality of semiconductor equipment parts, reduce equipment production costs, shorten time to market and minimize supply chain disruptions remains.
With many years of expertise in semiconductor additive manufacturing and a dedicated team, Elimold understands these challenges and can help semiconductor industry OEMs and suppliers overcome them. As a complete solutions provider, we will work with you on equipment and application development, helping you transition from prototype to production and realize your own equipment design.
Semiconductor 3D Printing Solutions
If you need to manufacture semiconductor industry-related equipment but need to verify the design of customized products, 3D printing may be your best choice. With 3D printing, you can design and print complex semiconductor-related equipment parts using plastic or metal powders. You can create a variety of products and equipment using this method.
Semiconductor industry-related manufacturers can now turn to additive manufacturing to increase production and bring new products to market faster, shorten product cycles, meet new consumer expectations, and cope with the pressure of a more turbulent market environment. In addition, 3D printing enables semiconductor equipment manufacturers to reassess and broaden the scope of feasibility. 3D printing has great potential to help overcome semiconductor scarcity and strengthen the supply chain.
Traditional manufacturing methods have some limitations when it comes to rapidly increasing production. 3D printing can eliminate these limitations, allow greater design freedom, and achieve a smooth transition from prototyping to Low volume manufacturing of customized products. At present, 3D printing technology is mature and can ensure the authenticity and quality of products.
Looking for a semiconductor 3D printing supplier?
You’ve come to the right place! At Elimold, we’re committed to ensuring our customers get the top semiconductor industry related products they need. We’ve been in business for years, which means you can rest assured that our cutting-edge knowledge always keeps us ahead of our competitors. Have any questions about what we can do for you? Want to get a quote on a part designed specifically for your needs?
How can Elimold help you with your semiconductor parts needs?
Leading semiconductor manufacturing equipment manufacturers require their suppliers to be certified to ensure the highest quality levels. We work hard to help multiple chip manufacturing equipment manufacturers obtain and maintain these certifications. Elimold has a reputation for helping semiconductor companies bring their innovative products to market quickly and cost-effectively.
- Provide you with engineering assistance to help you optimize your designs for manufacturability, reliability, and durability.
- Help you select the best material for each component to ensure it provides optimal performance and life in your critical applications.
- Support you throughout the product lifecycle, from rapid prototyping of new part designs to bridge and production manufacturing.
Our 3D Printing Additive Manufacturing Services
Industrial 3D printing services hold great potential for the semiconductor industry, as it enables manufacturers to create parts that cannot be made through machining or metalworking. Possibilities include parts with internal cooling channels and the consolidation of components into a single part without welding them together. For consumer electronics, additive manufacturing can be used to quickly turn ideas into physical prototypes, helping you accelerate new product concepts and bring them to market faster.
Elimold can produce strong plastic parts using additive technologies such as Fused Deposition Modeling (FDM), Selective Laser Sintering (SLS) and Multi Jet Fusion (MJF). Additive metal technologies such as Direct Metal Laser Sintering (DMLS) are ideal for more demanding applications. Elimold is one of the professional industrial 3D printing service companies with many years of expertise in the field of additive technology. And, we can also provide a full range of post-processing services to ensure that your additive manufactured parts meet all your cosmetic and functional requirements.
Benefits of 3D Printing Integration for Semiconductors
Adopting 3D printing technology opens the way not only for prototyping but also for end-use part production. Traditionally, there was no one-size-fits-all part for such chip trays. As a result, the supply chain cycle from validation to manufacturing became cumbersome – costing more time and money, limiting part design. With 3D printing integration, semiconductor manufacturers can:
- Perform design iterations and bring optimized parts from design to printing in a short period of time.
- Get replacement parts without MOQ restrictions at a fraction of the cost.
- Minimize the potential contamination of trays due to storage.
- Unlock digital inventory – keep physical storage space lean and save space costs.
Why choose Elimold?
- We have the technical expertise to deliver high-performance, cost-effective parts that meet your critical requirements.
- We offer unmatched manufacturing technology (made in-house, not through third parties) to meet all your needs, including sheet metal forming, precision CNC machining and injection molding. We also offer years of expertise in industrial 3D printing services and multiple additive technologies to meet your needs.
- We specialize in prototyping and small to medium-volume production. We are committed to helping you accelerate your design cycle, reduce new product development costs and bring new products to market faster.
- We are problem solvers. Give us your complex geometries, short-run/high-mix parts and “impossible” projects. We will help you get the job done!
- We have a long history of success, providing high-quality parts to several leading manufacturers in chip manufacturing equipment and the semiconductor industry.
- High quality and accuracy in cleanroom environments, our metal additive solutions ensure high material quality and part accuracy, producing parts in inert gas with stable and very low oxygen content and using proprietary processes for optimal particle cleanliness. This way, metal parts meet cleanroom requirements and are suitable for use in high vacuum environments.
- Scalability and risk reduction, our manufacturing facilities provide increased capacity, flexibility and reduced inventory. We can help OEMs eliminate supply chain risk through technology transfer by replicating our manufacturing processes and certifying your suppliers.
Get Instant Semiconductor 3D Printing Quotes
Upload your 3D CAD file to get instant quotes for your semiconductor 3D printing designs. In our quote platform, you can see real-time cost impacts based on your choice of semiconductor 3D printing material and resolution level. If you have any questions about quotes or designs, you can work with our application engineering team who will help you through the process.