eSUN ASA Filament 1.75mm, Weather Resistant 3D Printer Filament for Outdoor Functional Parts, 1KG Spool 3D Printing Filament for 3D Printers, Black

Great product worked well and the quality was spot on. For reference the filament well in my P1S Bambu Kab 3D printer 5/5.

What can I say. It works as it should. Great quality and pulling out some good prints with it. Thank you

Had some inconsistent prints on the firat metre or so of the spool, and then it got corrected. Maybe some moisture on this portion or something.The petg is as expected, decent adhesion on all surfaves and nice glossy finish. Might become my everyday filament.

esun filiment, wouldn't use any other, does the job very very well, I usually use ASA or nylon in my V3 KE

I have to say that I am extremely disappointed with this White ASA. I print ASA extensively in a number of colours which give me consistency good results.However, this is my second roll of While eSUN ASA+ and the finish quality is extremely poor with both rolls. I dry the roll to 15% exactly like all my other colours, but it prints terrible. I assume this is down to the pigments used.and yes, I have tried recalibrating my temps and flows specifically for this colour to no avail.

Print quality is great, relatively low odour, great layer adhesion, low warpingGreat stuff, worth every penny

The media could not be loaded. eSUN ASA Filament 1.75mm, Weather Resistant 3D Printer Filament for Outdoor Functional Parts, 1KG per ....I assumed this was PLA as I did not read the listing properly. I had not heard of ‘ASA’ and it was only when I was reading the label for the temperature settings that I realised this wasn’t PLA as it requires a nozzle temperature between 240°C and 270°C and a bed temperature between 90°C and 110°C.I have an original Ender3 and was unsure if I could use this filament at those temperature, however I was pleasantly surprised when I had no problem at all. The only problem I had at first was that I forgot to level the bed and could not understand why I could not get a first layer to stick.Having levelled the bed, set the temperatures of 250°C and 100°C for nozzle and bed, the first layer went down perfectly. Subsequent layers went down fine, and my test piece remained stuck to the bed even after dropping the bed temperature after the first few levels. When finished the print came away from the bed with ease and I was quite impressed with the print quality. A matt black finish, the print was full of detail, no stringing either, the print looked pretty good.During printing it does emit a strange smell though, I cannot describe it, it’s not strong and only noticeable in the immediate vicinity, however a quick search on the internet does say that ‘ASA’ “tends to release fumes that might be potentially toxic during printing”. Slightly worrying as there is nothing on the box or spool to indicate any potential hazard!The box contains 2 spools, the windings on the spool are uneven and when I unwrapped some, I found that the filament had some cross windings and took about 5m of unwrapping to completely remove the overlaps. During the printing I found there were still overlapping wraps and I could hear my printer tugging at the filament. I think I will have to unwind some more to remove the cross overs before it snags completely.In conclusion, I am very impressed with this filament, it requires higher temperatures than I am used to and produces some ‘not so nice’ fumes, but the results are excellent. Pity about the untidy wrapping but still 5 stars.

This turned out to be the perfect amount of ASA for me to print my latest project which was a 3d printed modcase project for my pc - I had the usual ASA teething pains with getting it dialled in and keeping it heated well enough to control shrinkage even with my heated bed and full enclosure. What I ended up doing was wrapping my entire chamber in a blanket whilst printed overnight (room has an hepa filter too), and setting up a cooldown ramp for the bed which helped reduce the lifting in the extremities of my parts as they cooled. IF it helps as a starting point for you, this is what worked for me:; Ramped bed cooldown to control chamber temperatureM140 S95 ; set bed tempM400 S1800 ; pause for 1800 seconds (30 minutes)M140 S90 ; set bed tempM400 S1800 ; pause for 1800 seconds (30 minutes)M140 S85 ; set bed tempM400 S1800 ; pause for 1800 seconds (30 minutes)M140 S80 ; set bed tempM400 S1800 ; pause for 1800 seconds (30 minutes)M140 S75 ; set bed tempM400 S1800 ; pause for 1800 seconds (30 minutes)M140 S70 ; set bed tempM400 S1800 ; pause for 1800 seconds (30 minutes)M140 S65 ; set bed tempM400 S1200 ; pause for 1200 seconds (20 minutes)M140 S60 ; set bed tempM400 S1200 ; pause for 1200 seconds (20 minutes)M140 S55 ; set bed tempM400 S1200 ; pause for 1200 seconds (20 minutes)M140 S50 ; set bed tempM400 S1200 ; pause for 1200 seconds (20 minutes)M140 S45 ; set bed tempM400 S1200 ; pause for 1200 seconds (20 minutes)M140 S40 ; set bed tempM400 S1200 ; pause for 1200 seconds (20 minutes)M140 S35 ; set bed tempM400 S600 ; pause for 600 seconds (10 minutes)M140 S30 ; set bed tempM400 S600 ; pause for 600 seconds (10 minutes)I still had some challenges on sharp corners but I got to a state I was more than happy with.