Case study · Industrial & food processing

Optimizing 3D-printed production machinery components for improved waste flow

Norden replaced a complex sheet metal assembly in its tube filling machinery with a single MJF-printed PA12 trim waste chute, then vapor smoothed the part so waste flows freely and the surface stays easy to clean.

Published Free download, no form

Black 3D-printed trim waste chute with the Norden logo on its side
PhotoNorden’s 3D-printed, vapor-smoothed trim waste chute.
Customer
Norden
Application
Trim waste chute for tube filling machinery
Printing
HP Multi Jet Fusion
Material
PA12
Published

From sheet metal to one printed part

Moving the trim waste chute to additive manufacturing simplified production and gave Norden a lightweight, robust part suited to demanding industrial environments.

Why vapor smoothing

Vapor smoothing creates a sealed, smooth surface that reduces internal friction and supports more efficient waste flow. The sealed surface also improves cleanability by minimizing dust and debris buildup, an important factor in hygiene-sensitive production settings.PDF

The result

By integrating 3D printing with vapor smoothing, Norden improved both manufacturing efficiency and operational performance in its tube filling machinery. A second Norden story, its pick-and-place part, follows the same route.

Norden Machinery on video

Watch the scale-up story

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Watch on YouTube:

FootageLength 2:09

How Norden Scaled 3D Printing with PostPro Vapor Smoothing | From 3,000 to 10,000+ Parts in 2 years

Norden Machinery on how vapor smoothing let it place printed parts in hygiene-sensitive areas of its tube filling machines, and how its use of printed parts grew.

Watch on YouTube (opens in a new tab)

Test your parts

Send us a part. See it smoothed.

We vapor smooth your own parts and send them back with the results. No cost to evaluate · Parts returned · Typical turnaround 2–3 weeks1