WRYEDGE

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: effect of moisture on 3D print quality PA6-CF15 drying test: same material, same settings, different results. Discover how moisture impacts surface quality, stringing, and print stability.

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.

3D SLA – kai reikia šiek tiek didesnio, bet tikslaus objekto 😎

Spausdinti master'iai vakuuminiam liejimui (vacuum casting'ui). Tai patikrintas kelias apdailos detalėms, laminavimui, liejimui ar gamybai mažomis serijomis, kur svarbus geometrijos tikslumas ir pakankamas tvirtumas.

Kodėl SLA?
• Aukštos kokybės paviršius → mažiau papildomo darbo.
• Tiksli geometrija → aštrios briaunos, plonos sienelės, tikslios ertmės ir įdubos.
• Pakartojamumas → mažoms serijoms ir greitoms iteracijoms.
• Post-cure ir paviršiaus apdirbimas → atsparumas ir stabilumas pagal poreikį.

Reikia didesnių, bet tikslių detalių? [email protected] | +370 604 31565