IC3D ABS 3D Printer Filament

IC3D ABS 3D Printer Filament

Price range: $17.50 through $199.99

(10 customer reviews)

1 kg (2.2 lb) Spools

$3499Per Kilogram
  • 400+ Meters

2.5 kg (5.5 lb) Spools

$2800Per Kilogram
  • 1000+ Meters

10 kg (22 lb) Spools

$2000Per Kilogram
  • 4000+ Meters

High impact resistance & durability make ABS perfect for end-use products.

Description

ABS has a reputation as an industrial standard for consumer plastic parts due to its high impact resistance, strength, and slight flexibility. IC3D engineers prefer it for the ease of support removal. We use it for a wide variety of print jobs from end-use automotive parts to net shape or near-net shape industrial parts.

Have a big project and the color you want is out of stock? Send us an email. All colors and diameters are always available for bulk purchases. Check out our bulk discounts here.

Specifications

Recommended Use

  • Automotive

  • End-use Applications

  • Net Shape Industrial Objects

3D Printing Tips

  • Extrusion Temperature:

    Brass Nozzle, 220°C – 260°C (428°F – 500°F)

  • Print Surface Temperature: ~110°C (~230°F)

  • Print Surface Recommendations:

    PEI, PEX, Garolite

  • Recommended Drying Temperature: 65°C (149°F)

  • Enclosure Recommended

  • Solvents & Post-processing Suggestions: Acetone

Documentation & Downloads

Regulatory Information

Yellow Triangle Warning Sign

WARNING: ABS filaments when used for 3D Printing can expose you and others nearby to Styrene, a chemical known to the State of California to cause cancer. www.P65Warnings.ca.gov.

ALWAYS USE THIS PRODUCT IN A WELL-VENTILATED AREA.

Additional information

Weight N/A
Dimensions N/A
Size

1.75mm, 3mm

Weight

1 kg (2.2 lb), 2.5 kg (5.5 lb), 10 kg (22 lb)

Color

Black, Blue, Bright Green, Green, Grey, Natural, Orange, Red, White, Yellow

10 reviews for IC3D ABS 3D Printer Filament

  1. Paul Nanna –

    On my third spool of 3mm ABS product and have had no difficulties using a 3 year old TAZ5 printer.
    Currently printing custom camera mounts to install into a tractor trailer rig to assist in an autonomous driving system for R&D.
    The filament is consistent and not prone to cracks or curl off the bed even through varying infill and temperature conditions.
    After trying various suppliers for a good ABS, this is the brand that does the best job so far.

  2. Mike –

    I will NEVER buy any other filiment. I had no idea the difference quality filiment made! DO NOT BUY ANY OTHER FILIMENT, THIS IS THE BEST!!

  3. 3ghendricks –

    This has by far been the highest quality filament that I have used. The options for larger quantities and the made in the USA factor are an additional plus. I can not recommend this filament enough.

  4. Joseph Conlin –

    I have to agree with the previous two reviews. This has been the best performing filament we’ve used.
    Recently tried another brand’s ABS filament, and the parts would not stick to the bed. Wasted so much time and material. We ended up returning that and switched back to IC3D. Same exact gcode and the parts turned out perfectly. The quality really does make a difference!

  5. B.J. –

    I’ve gone through spools and spools of this on my Taz 5. It’s perfect!

  6. S.Moir –

    I love all of IC3D ABS filament EXCEPT WHITE. the warping and layer adhesion is rough with white for whatever reason. I print with a Lulzbot Workhorse and use an enclosure. The temps that have worked best for my setup have been a heated build plate at 105C and the nozzle between 250-260C.

  7. Shad Moir –

    I love the abs filament from IC3D more than any other company. Not only that, when I received a couple reels of bad filament, I was put in contact with a very qualified employee of the company who made sure I was sent new reels to test. This company cares about their customers, and I could not be more satisfied with my experience working with them. I will only buy from IC3D.

    When I print, I am using a Lulzbot Taz Workhorse with an enclosure.
    My best prints have been with the bed temperature at 105C and the nozzle temperature between 250-260C.
    Glue stick for build plate adhesion and easy part removal.

  8. brian luschen (verified owner) –

    I’ve been using this filament for years. My most recent purchase was the 10kg spool of blue ABS. I bough a large 3″ bearing and printed parts to hold the spool horizontally as opposed to the traditional vertical holding. My printer pulls this spool effortlessly! I’m using the Flashforge Creator Pro 3D printer with the flashprint software. I use the Suave max hold (level 8) hair spray for bed adhesion (it is flammable so put it on when it cold). I’ve been printing nonstop with nearly perfect prints. I only wish IC3D would come up with a water soluble material that works with there ABS for supports.

  9. Graham Watson (verified owner) –

    IC3D was the first ABS that I had ever printed with, and I haven’t strayed far from it since. It’s low odor and low to no warp in an enclosure heated to >35C. It has been so easy to work with, and it gives me great peace of mind to know that I don’t have to deal with the traditional ABS headaches when using this stuff! I’ve recently adopted IC3Ds PETG full-time as well, and I’m looking forward to trying out their PLA soon. At this rate, I’ll be printing IC3D materials exclusively! Thank you guys for your dedication to making a great product!

    Printed at 235C Nozzle @ 85-105C Bed Temp (Depending on the part and enclosure temp)

  10. Thomas Hogan (verified owner) –

    I exclusively use the 10kg spools and almost never have any issues. I do rarely get a nozzle clog but I’m not sure if that’s the filament or me in some way. Either way its a very easy fix. I never have any bed adhesion issues or layering issues. I’ve bought about 4 spools so far and I don’t think I’ll be changing brands anytime soon. I do wish I had a better setup to hold the spool though. The spools like to try to unravel themselves when I use them. My spool holder initially had very little friction and the spool can move freely, which sounds good but this means the spool will continue to spin a bit after the extruder motor stops pulling. That extra movement would loosen the filament to where it would go over the side and get tangled around the spool holder. I had to add things that drag on the edge of the spool to keep it from spinning. I wish there was some commercial thing I could buy for this.

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