Issue link: https://iconnect007.uberflip.com/i/1533904
62 SMT007 MAGAZINE I APRIL 2025 In addition, customization can extend to features like ventilation channels and opti- mal support structures to further improve soldering quality, something that some tra- ditional manufacturing methods struggle to accommodate. JEDEC Trays JEDEC trays play an essential role in the handling, storage, and transport of sensi- tive surface-mount components. Tradi- tional manufacturing of these trays can be both time-consuming and expensive, partic- ularly when manufacturers require custom- ized designs to accommodate different com- ponent sizes. Additive manufacturing provides a solu- tion to these challenges by enabling the pro- duction of JEDEC trays with tailored dimen- sions, optimized for specific component types. As additive manufacturing technology continues to evolve, it is likely that manufac- turers will increasingly rely on 3D printing to produce JEDEC trays that not only pro- tect components but also reduce production costs and improve supply chain efficiency. e reduction in lead times is another important benefit of additive manufacturing in JEDEC tray production. By printing trays on demand rather than waiting for mass production or custom molds, manufactur- ers can more quickly respond to changing production requirements and avoid inven- tor y shortages. Support Tooling: Cost-Effective and Customizable Solutions Support tooling, such as jigs, guides, and holding fixtures, is used in several assembly processes. It ensures that components are correctly positioned and securely held dur- ing operations like inspection, testing, or assembly. Additive manufacturing provides a cost- effective and highly flexible solution. By designing and printing support tooling in-house, manufacturers can create cus- tom tools that are specifically suited to the requirements of a particular job. Whether it's a jig designed to hold a complex PCB shape, or a guide that helps position a specific com- ponent, additive manufacturing makes it possible to quickly produce tools with tai- lored features. is ability to design and produce cus- tom support tooling can lead to significant cost savings, as it can significantly reduce the involvement and stress on a manufacturer's labor force. Additionally, additive manufac- turing supports rapid design iterations, allow- ing manufacturers to refine their tools quickly to improve performance and efficiency. Conclusion Additive manufacturing is quickly becom- ing an essential tool in electronics manufac- turing. e ability to produce customized sup- port items offers manufacturers greater flexi- bility, faster lead times, and reduced costs. As this technology continues to advance, additive manufacturing will play an even more signifi- cant role in shaping the future of electronics production, driving innovation, and improv- ing efficiency across the industry. SMT007 Josh Casper is regional sales manager for Horizon Sales.