WRYEDGE

07/06/2026

Custom ABS-FR0 Electrical Enclosure Manufactured Using FDM 3D Printing

Not every 3D printed part is a prototype.

This project demonstrates how engineering-grade flame-retardant materials can be used to manufacture functional electrical enclosures for real-world applications.

The enclosure was produced using ABS-FR0 material and features:

✅ Flame-retardant engineering plastic.
✅ Brass threaded inserts for durable assembly.
✅ DIN rail mounting system.
✅ Suitable for low-volume production.
✅ Rapid customization without expensive tooling.

For specialized industrial and electrical applications, FDM 3D printing can be a practical alternative when flexibility, fast development, and low production quantities are required.

📖 Read the full project article:

https://wryedge.com/abs-fr0-electrical-enclosure-for-din-rail-components/

ABS-FR0 electrical enclosure manufactured using engineering-grade FDM. Includes technical overview, print settings, and application insights.

02/05/2026

We kept everything identical. Same printer. Same settings. Same PA6-CF15 material.

Only one thing changed — moisture. The difference?

Left: printed straight from vacuum packaging. Right: dried 12h at 70°C. Result:

• Stringing vs clean geometry.
• Rough vs smooth surface.
• Unstable vs consistent extrusion.

Conclusion: drying is not optional for PA6-CF materials.

👉 Full real-world test + settings:
https://wryedge.com/pa6-cf15-drying-test/

Have you seen similar issues with nylon?

PA6-CF15 drying test: same material, same settings, different results. Discover how moisture impacts surface quality, stringing, and print stability.

27/04/2026

ABS vs ABS-FR vs ABS-CF — which one actually works best in real 3D prints? 🤔

These three ABS materials look similar — but behave very differently.

• ABS → general-purpose, easy to print.
• ABS-FR (V0) → flame-retardant, safer for electronics.
• ABS-CF → stiff, strong, but more demanding.

Choosing the wrong one can cost you time, money, and failed prints.

🔧 Main differences:

• ABS = balanced and forgiving.
• ABS-FR = safety-focused.
• ABS-CF = structural performance.

⚠️ Common mistake:

Many assume ABS-CF is always better — but it's more brittle and harder to print.

📊 When to choose:

• Go with ABS → prototypes & general parts.
• Use ABS-FR → electrical / safety-critical parts.
• Choose ABS-CF → rigid, load-bearing components.

I tested all three in real prints — the difference is clearly visible 👇

Full article here 👇

Compare ABS vs ABS-FR vs ABS-CF materials for 3D printing. Discover and learn key differences, printability, and best use cases.

25/03/2026

We manufactured a functional fixture designed for precise positioning and securing of components in a production environment.

Material: HtPA-CF25 (PA6 + 25% carbon fiber)
This is not just plastic – it’s a true engineering-grade material built for real-world loads.

Key advantages:
• High stiffness and structural stability.
• Excellent temperature resistance.
• Low deformation under load.
• Strong layer adhesion.
• Suitable for functional, end-use parts.

Applications:
• Production fixtures.
• Assembly positioning tools.
• Automation components.
• Custom engineering solutions.

21/03/2026

These functional gears are 3D printed using HtPA-CF15 – a high-performance carbon fiber reinforced polyamide designed for demanding engineering applications.

✔ High stiffness and strength
✔ Excellent wear resistance
✔ Dimensional stability under load
✔ Ideal for functional prototypes and end-use parts

From concept to production-ready components – we deliver engineering solutions that work.

📩 Need similar parts? Let’s talk.

19/03/2026

ENGIQ – išmanus AI įrankis, skirtas STL modelių peržiūrai ir analizei.

Tai visiškai nemokamas, patogus ir greitas įrankis, turintis daugiau funkcijų nei paprasta 3D failo peržiūra. ENGIQ padeda aiškiau suprasti STL modelį, greičiau įvertinti jo geometriją, peržiūrėti svarbius parametrus ir patogiau judėti link realaus gamybos sprendimo.

Išbandyti ir naudotis galite čia: https://wryedge.com/engiq/

ENGIQ kuriamas kaip auganti platforma, skirta ne tik patogiai visų formatų 3D modelių peržiūrai, bet ir pažangesnei analizei bei ateities inžineriniams sprendimams.

ENGIQ - daugiau nei STL peržiūra.
AI pagalba 3D analizei.

18/12/2025

This lightweight but tough part was printed from PC-CF15 – a chemically resistant, carbon-fiber reinforced polycarbonate designed for demanding environments.
Here it’s used as a coolant transfer component, where elevated temperature, pressure and aggressive fluids.

It may look like a small, light black, tube, but if it stops working – the whole system gets hot under the collar. 😄 Sometimes the tiniest part has the biggest responsibility.

✅ High stiffness and strength for pressurised coolant lines.
✅ Excellent chemical resistance to automotive and industrial coolants.
✅ Dimensional stability at elevated temperatures.
✅ 3D printed geometry optimised for flow and weight reduction.

Perfect for functional prototypes and end-use parts in harsh working conditions.

14/12/2025

These compact enclosures were printed from EM-S-ABS10 using 3D SLA technology – perfect when you need:

✅ High dimensional accuracy for snap-fits and clips.
✅ Smooth surfaces straight from the printer.
✅ Strong, impact-resistant parts for everyday use.

EM-S-ABS10 is an engineering SLA resin formulated to mimic ABS plastic – tough, slightly flexible and resistant to everyday impacts. It combines low warpage with good heat resistance and dimensional stability, making it a solid choice for functional prototypes and end-use housings that need both accuracy and durability.

Ideal for custom battery packs, small electronics and prototyping where a clean look and reliable geometry really matter.