SICAM Corporation | 3D Printing, Rapid Prototyping, Additive Manufacturing

3D-Printed Jigs, Fixtures and Assembly Tools for Aerospace: When MJF, SLS or FFF Makes Sense

How aerospace manufacturers can use additive manufacturing to reduce tooling lead times, improve ergonomics, and select the right process for durable production aids.

In aerospace manufacturing, the parts that never leave the factory can be just as important as the parts that eventually fly. Assembly fixtures, drill guides, alignment tools, inspection fixtures, masking tools and custom workholding all help technicians build complex assemblies accurately and consistently.

7 Mistakes You’re Making with DfAM (and How to Fix Them)

Practical DfAM guidelines for mechanical design engineers using MJF and SLS for plastic parts.

Design for Additive Manufacturing (DfAM) is often touted as a "limitless" frontier. For mechanical design engineers transitioning from traditional subtractive manufacturing or injection molding, the freedom to create complex lattices and internal channels feels like a superpower. However, industrial 3D printing: specifically powder bed fusion technologies like Multi Jet Fusion...

Why PPS-CF is the Unsung Hero of High-Performance 3D Printing

The High-Performance Workhorse That Outsmarts PEEK and Ultem on Price and Precision

While PEEK and Ultem usually grab the headlines, PPS-CF (Carbon Fiber reinforced Polyphenylene Sulfide) is the real "unsung hero" for engineers working in brutal environments. This post...

FFF Print Farms Vs. Industrial MJF: Which Is Better for Scaling Your Production?

If you are comparing unmanaged desktop printing to true production manufacturing, the answer is easy: go industrial.

On paper, any print farm can look like a bargain. But the real question is whether that farm can produce functional parts with repeatable quality at scale. That is where the gap between unmanaged...

7 Mistakes You’re Making with Surface Finish Specs for 3D Printed Parts

You’ve spent weeks perfecting the geometry of your part. The FEA looks solid, the tolerances are tight, and the assembly is ready for a production run. But then the parts arrive from the lab...

Design for Consistency: Best Practices for Engineering Low-Volume Parts Using MJF vs FFF 3D Printing

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When you're producing 5 to 500 parts using additive manufacturing, consistency becomes everything. Your customers expect the 50th part to perform exactly like the first one. But achieving this...

FFF 3D Printing: How Mechanical Engineers Are Rewriting the Rules of Innovation

Why Forward-Thinking Engineers Choose FFF—and the Right Partner—to Bring Complex Ideas to Life

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If you’re a mechanical design engineer, you know the pressure—move fast, cut weight, hit tolerance, and get that prototype off your screen and into the real world, fast. Whether...

How Rapid Prototyping with 3D Printing is Changing Medical Equipment Design

(and Why Engineers Should Care)

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Ever wish you could hit “undo” on hardware the way you do in CAD? Welcome to the age of rapid prototyping for medical equipment—where that level of flexibility isn’t just a...

How to Create a Good STL File from Your Solid Modeling Software

Choosing the Best Technology for Rapid Prototyping Mechanical Parts

News & Insights in 3D Printing Additive Manufacturing

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3D-Printed Jigs, Fixtures and Assembly Tools for Aerospace: When MJF, SLS or FFF Makes Sense

How aerospace manufacturers can use additive manufacturing to reduce tooling lead times, improve ergonomics, and select the right process for durable production aids.

7 Mistakes You’re Making with DfAM (and How to Fix Them)

Practical DfAM guidelines for mechanical design engineers using MJF and SLS for plastic parts.