Sale!
Clearance – Acro PVA 3D Printer Filament – 1.75mm
Brand:Ooznest Materials
** END OF YEAR CLEARANCE SALE **
HURRY WHILE STOCK LASTS
Ends 1st January
Acro PVA 3D Printer filament is the ideal solution to a common problem, removing support material. Breaking away support material on a 3D Printer can be a tiresome process. Ooznest Materials Acro PVA is the solution, simply print the support material in Acro PVA, soak your finished print in water, and watch the support material dissolve away.
WHAT MAKES ACRO PVA DIFFERENT?
As 3D Printing is a bottom up process, if you wanted to make a part which has an overhang, you need support material to hold up the over hang. Just like an Acro Prop in the building industry. Once the print is finished, this support material needs to be removed, usually this is a manual process. However, Ooznest Materials Acro PVA can be simply dissolved using water.
Normal PVA filament can be troublesome to print, with bad extrusion, and terrible adhesion to the main part. Ooznest Materials Acro PVA is a modified formula to make a painless, easy support material to work with.
Acro PVA 3D Printer filament comes in two variants, PLA/PET-G or ABS/Styrene. We advise you to choose the Acro PVA variant which matches your base material most closely. Choosing the variant which matches your base material will help with adhesion between the two materials. Also the print temperatures of the two variants has been developed to match the base material.
WHY CHOOSE OOZNEST MATERIALS?
At Ooznest we live, breath and dream 3D Printing. We use 3D Printers on a daily basis whether it is manufacturing parts for our machines, or just having fun.
Ooznest Materials was launched out of a necessity to bring the widest range of premium materials to every maker at affordable prices. Our filaments are manufactured in Europe to the highest standards, with only premium, not contaminated raw materials.
All our Ooznest Materials 3D Printer Filaments are manufactured to a 0.05mm diameter tolerance. Our filaments arrive vacuumed packed, inside a shrink wrapped box, with an extra special secret treat :). This insures your 3D Printer filament arrives in a pristine condition ready for printing.
Normally filament is wound onto plastic spools. We recognised that winding 3D Printer filament onto a plastic spool is completely unnecessary. All our Ooznest Material filaments are wound onto a 100% recyclable cardboard spool. Our cardboard spools are extremely rigid, they will not twist, deform, or tear from repeated use.
Not sure if our filament is right for you? Don't worry you can just buy an Ooznest Materials sample and give it a try, we guarantee you won't be disappointed with Ooznest Materials.
We have built a reputation for outstanding customer service, and we plan to keep that with Ooznest Materials. A member of our expert team is available by email or phone, for printing advice, or just a general chit chat. We have a no hassle return or exchange process, if you are happy, we are happy.
1 review for Clearance – Acro PVA 3D Printer Filament – 1.75mm
Only logged in customers who have purchased this product may leave a review.
Related products
Sale!
Sale!
(1)
£1.08 - £14.26 (Inc VAT)
This product has multiple variants. The options may be chosen on the product page
Sale!
(4)
£1.60 - £12.48 (Inc VAT)
This product has multiple variants. The options may be chosen on the product page
Sale!
(13)
£1.10 - £10.48 (Inc VAT)
This product has multiple variants. The options may be chosen on the product page
Sale!
(4)
£8.47 (Inc VAT)
This product has multiple variants. The options may be chosen on the product page
Sale!
(2)
£12.37 (Inc VAT)
This product has multiple variants. The options may be chosen on the product page
Sale!
Sale!
(85)
£0.95 - £11.75 (Inc VAT)
This product has multiple variants. The options may be chosen on the product page
MR DEREK HEWITT (verified owner) –
This is the second time i have purchased this pva filament so i guess i must be happy enough with it as to part with my money again. it took a while to get the retraction settings dialled in but some of this was down to having just converted my machine to be a dual extruder setup and i had to figure out how to keep oozing of the second print head under control.