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PLA Ingeo 850 Filament
1.75 mm / 1 Kg / White
Eolas Prints
Parque Empresarial Besaya
D-14
39538 Reocín
Cantabria
Spain
Order before 4PM to receive it tomorrow.
Express shipping options available at checkout.
No VAT on all EU B2B orders at checkout. (Except Spain)
Safe for contact with food
Certified safe for toys
Manufactured in Cantabria
PLA INGEO 850 Filament
Elevate your 3D printing creations with the unparalleled quality of PLA INGEO 850 Filament. Exceptionally crafted for the discerning enthusiast, this filament harmonises the simplicity of PLA with the robustness akin to ABS. Revel in its splendid ease of printing and superior adhesion properties, ensuring each layer bonds flawlessly, as depicted in the sleek black sheen of our product image.
Engineered for endurance, this tough PLA showcases a remarkable impact resistance that can be further enhanced via a straightforward crystallisation process. Subject it to 120°C for a mere 15-20 minutes, and witness a transformation that bestows upon your prints a glass transition temperature soaring to 85°C - rivaling ABS with a 15% increase in impact resilience.
Ideal for both intricate prototypes and durable end-use parts, PLA INGEO 850 Filament stands as a testament to innovation in 3D printing materials. Whether crafting bespoke jewellery or engineering components, this filament delivers with striking precision and strength. Make the switch to pla ingeo 850; it's not just a choice, it's an investment in excellence.
195 - 220 °C
0 - 50 °C
40 - 100 mm/s
1.24 g/cm3
0.15 - 1.2 mm
Not Mandatory
Not mandatory
Not mandatory (Use one for increased adhesion)
± 0.05 mm
"Subject it to 120°C for a mere 15-20 minutes, and witness a transformation"
I would not recommend heat treating unless you absolutely need it, and then, careful consideration needs to be taken regarding part geometry.
I ruined a part that took 3 days to print, as it warped and curled so badly that it rendered the part scrap.
I'm not saying it's a fault with the material, but there are many factors at play when you put a part in a heated environment necessary to achieve the properties desired.
So don´t think that you're just going to pop a part into the oven at 120C and wait 15 minutes and have a stronger part. Make sure your oven is calibrated, Consider the part geometry carefully. And consider whether you actually need to heat treat the part.
Otherwise happy with the filament! I will order it again.
Estupendo, ningún problema al imprimir con este filamento. Repetiré compra seguro.
Muy bueno
Calidad excelente
Buen filamento que se imprime muy bien , deseando ver la durabilidad en entornos de bastante calor y humedad , fabricando cubre perfiles que tienen que trabajar en condiciones exigentes,
H7Metrology
FAQs
Our customer support is available Monday to Friday: 9AM - 6PM (CET).
The key differentiating factor between normal PLA and PLA INGEO 850 is the latter's capacity to enhance its mechanical properties via crystallisation. However, our PLA filament has the same mechanical properties as PLA INGEO 850.
Crystallisation involves heating the material to bring about a rearrangement of its internal structure, which enhances its mechanical properties. This results in improved impact resistance, hardness, and a higher glass transition temperature. To accomplish this, place the printed parts in an oven at a temperature of roughly 120°C for roughly 20 minutes. No additional equipment is required.
Yes, Our PLA filament is certified safe for contact with food. Please contact us and we will be happy to send over the certificate of conformance.
We have published print profiles for three of the most commonly used slicers Ultimaker Cura, Raise3D IdeaMaker, and PrusaSlicer. If you need profiles for any other printer, please contact us.
Yes, You can use our colour on request service for custom colours and we also offer big size spools from 2.5 - 15 kg.
