Engineering Resources & Insights

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 breaks down why PPS-CF is a game-changer, offering world-class chemical immunity (literally no known solvents at room temp!) and thermal stability up to 220°C, all while being more dimensionally stable and budget-friendly than its "exotic" rivals. Whether it's under-the-hood automotive parts or downhole oil tools, PPS-CF is the high-performance bridge between standard industrial...

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 printing and industrial manufacturing gets very real, very fast.

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...

3D Printed Tooling Vs Traditional Injection Molding: Which Is Better for Your Bridge Production?

You’ve finished the prototyping phase. Your design is locked, the stakeholders are happy, and the market is waiting. But here’s the rub: you aren’t quite ready to pull the...

MJF Vs SLS: How to Choose the Right Powder Bed Tech for Functional Parts

If you’re a mechanical design engineer, you’ve likely moved past the "cool factor" of 3D printing. You aren't just printing desktop trinkets; you’re looking for...

The Short Run Production Outlook: Why 3D Printing Is Winning the Factory Floor

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We’re seeing a massive migration toward additive manufacturing for short run production (think anywhere from 1 to 1,000 units). The reason isn't just that the printers got faster: though...

The Design Engineer's Guide to Qualifying AM Parts for Production

Additive manufacturing gives you incredible design freedom, but with that freedom comes variability...

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So you've designed a killer part using additive manufacturing, and now your boss is asking, "Can we scale this to production?" It's a question that makes a lot of design...

7 Material Selection Mistakes that Derail Your Project

...and How to Dodge Them Like a Pro

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If you’ve ever watched a production-ready part unravel because of a material choice that looked good on paper, you’re not alone. Material selection is one of those deceptively...

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

What SICAM's ISO Certification Means for Your Parts: Quality, Reliability, and Peace of Mind

Why the ‘Right’ Plastic Isn’t Always Obvious: A Guide for Consumer Product Prototyping

How 3D Printing and Additive Manufacturing are Reshaping Precision Parts Today

Turning Complexity into a Competitive Advantage (with a Little Help from MJF)

Teledyne's Transition from CNC Machining to MJF 3D Printing / Additive Manufacturing

From Prototype to Production: The SICAM Approach to Rapid, Reliable Parts

From CAD to Capture: End-to-End Workflow for 3D Printed Photography Equipment

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

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 you’re developing aerospace brackets, EV battery components, or automation tooling, the gap between...

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

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 pipe dream, it’s business as usual.

How NASA and SpaceX Use Additive Manufacturing to Push the Boundaries of Space Exploration

Additive manufacturing (AM), commonly known as 3D printing, is transforming the aerospace industry—and no two organizations are pushing its limits more than NASA and SpaceX. From fabricating spare parts aboard the International Space Station to revolutionizing rocket engine design, both...

[CASE STUDY] Revolutionizing Instrument Design with MJF Additive Manufacturing: The WARBL Mouthpiece

When a seasoned creator and instrument maker set out to create the WARBL—a MIDI wind controller that mimics the experience of playing a flute or whistle with advanced tech built in—he knew the design would require precision engineering.

News & Insights in 3D Printing Additive Manufacturing

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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

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.

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

3D Printed Tooling Vs Traditional Injection Molding: Which Is Better for Your Bridge Production?

MJF Vs SLS: How to Choose the Right Powder Bed Tech for Functional Parts

The Short Run Production Outlook: Why 3D Printing Is Winning the Factory Floor

The Design Engineer's Guide to Qualifying AM Parts for Production

Additive manufacturing gives you incredible design freedom, but with that freedom comes variability...

7 Material Selection Mistakes that Derail Your Project

...and How to Dodge Them Like a Pro

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

What SICAM's ISO Certification Means for Your Parts: Quality, Reliability, and Peace of Mind

Why the ‘Right’ Plastic Isn’t Always Obvious: A Guide for Consumer Product Prototyping

How 3D Printing and Additive Manufacturing are Reshaping Precision Parts Today

Turning Complexity into a Competitive Advantage (with a Little Help from MJF)

Teledyne's Transition from CNC Machining to MJF 3D Printing / Additive Manufacturing

From Prototype to Production: The SICAM Approach to Rapid, Reliable Parts

From CAD to Capture: End-to-End Workflow for 3D Printed Photography Equipment

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

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

How NASA and SpaceX Use Additive Manufacturing to Push the Boundaries of Space Exploration

[CASE STUDY] Revolutionizing Instrument Design with MJF Additive Manufacturing: The WARBL Mouthpiece

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