Multi-Jet Fusion (MJF) technology creates robust and durable parts by fusing Nylon 12 powder, resulting in highly functional 3D printed parts that are ideal for custom finishing models.
Services for custom finishing models
MJF is widely used for fit and function testing due to its chemically resistant and extremely rugged nature. Below we’ll cover a few options to take your standard gray MJF parts to the next level with our functional features and secondary appearance finishing services.
- Creating large parts: Our MJF machines have a large build volume, but oversized parts can be accomplished through secondary bonding. Parts can be designed with an overlapping feature on the joint for extra strength and rigidity once adhered.
- Brass inserts: Another valuable service is the placement of brass inserts within your parts. The threaded inserts increase functionality for fit testing and assembly.
- Hinges and clips: MJF has a flexibility and rebound that lends itself to applications such as hinges, closures, and clips. We recommend the post processing of annealing living hinges to assist with movement.
- Part coloring: Directly off the printer MJF parts are gray with a slightly textured surface. Parts can be dyed black with a RoHS compliant dye. The dye penetrates the Nylon PA 12 material ensuring colorfastness even if the part endures cosmetic surface scratches. Black parts are a great option for basic prototyping.
- Color matching and graphics: If your project requires color matching and a smooth surface finish, then custom paint and graphics might be a good choice. Parts are primed and finished with industrial grade paints in our walk-in spray booth. Secondary graphics such as a logo or text can be applied. Metal simulation can be achieved with electroplating. The finish level options range from a muted patina to a highly polished look.
Learn more about our custom part finishing services and view more examples.
Written by Sarah Smith
Sarah Smith is a Marketing Specialist focused on Additive Manufacturing at TriMech, where she has worked since 2021. With a career spanning manufacturing and marketing, Sarah concentrates on technology applications and adoption across the industry. Based in Connecticut, she is energized by emerging technologies that help clients innovate.
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