Best Kodak 3D Printing Filament in 2026

【Clog-Free & Bubble-Free】-- Designed and manufactured with clog-free patent to guarantee a smooth and stable printing experience with these PLA refills. Complete drying for 24 hours before packaging and vacuum sealed with desiccants in a transparent bag

【Less-tangle and Easy to Use】Full mechanical winding and strict manual examination, to make sure the line tidy and less-tangle, so as to avoid possible snap and line breaking; Larger spool inner diameter design makes feeding smoother

【Dimensional Accuracy & Consistency】advanced CCD diameter measuring and self-adaptive control system in the manufacturing guarantee these PLA filaments of 1.75 mm diameter, Accuracy +/- 0.03 mm; 1 kg spool (2.2lbs)

【Material】 Metal and Plastic, stable, durable

【Application】Suit for 0.5KG 1KG PLA ABS 1.75mm 3.0mm 3d printer filament

【Widely Used】Suit for all 3D printers

3D Printer filament holder: the width can be adjusted (about 33mm-77mm/1.30inch-3.03inch) to adapt to different wire reels

4pcs green U-shaped wheels with bearings inside, which rotate smoothly and feed printing flexible filament more smoothly, Stable and durable foot pads increase stability and prevent the bracket from moving during work

The Filament tray fits closely to the U-shaped wheel so that the filament will not fall out of the U-shaped wheel during work, the material draws and slides smoothly to avoid jamming and winding of the spool

3D Printer Filament Spool Holder Material:High Quality Aluminum alloy; Surface Treatment: anodizing,long service life,fine workmanship

Install:Easy and quick installation, Use 2pcs M4 screws to fix, stable and not loose

Filament Holder Suitable for 0.5kg or 1kg and below ABS/PLA 1.75mm 3.0mm 3D printer filament

What's contained: you will get 2 set black 3D printer spool holders, 4 pieces separated holders, compatible with PLA/ABS/TPU/Other 3D printing materials

Smooth bearings design: filament spool holder adopt the latest technology, the silicone anti-slip mats has better adhesion than before and the holders are not easy to slip; The filament spool holder bearings are covered with a ring to prevent the bearings from becoming stuck due to oxidation, and the bearing runs smoothly, reduces all drag on your 3D printer filament

Easy to use: the filament roller is a pre-assembled holder, no tools needed, easy installation and quick installation, the bearings may be a bit stiff when you first use, please lubricate a little more and they will run well

High impact resistance. Uv, heat and abrasion resistance

Main application: functional prototyping

Filament diameter: 2.85Mm

Compatible with 500g, 1kg, 3kg, 5kg material racks.

High Stability: The feeding seat is rotated by the bearing to avoid flaming paper jams and entanglement, which makes feeding more smooth.

Exquisite Craftsmanship: The entire frame of the 3D printer paper feed bracket is composed of thin sheets of metal and is integrally cast to ensure long-term durability and the stability of the material rack.

Upgraed universal Adjustable Filament Holder: New Design, this new version can steadily stay on the desk, also can be mounted on the bracket. It can meet different usages, convenient. The base provides some weight and the 4 pads can prevent skids, the rollers turn very smoothly.

Apply to all printing filament, Suit for 0.5KG 1KG PLA ABS 1.75mm 3.0mm 3d printer filament, especially Heavy TPU filament.

Widely Used for all 3D printers, including CR-10S S4, Ender 3 etc.

EXTRA-DRY: vacuum resealable ziploc bag with silica gel to protect filament from humidity and dust.

FLEXIBLE: semi-flex 3D print TPU filament with a shore hardness of 98A for shatterproof prints.

PREMIUM: flexible 3D filament TPU engineered to reduce jamming for reliable 3D printed parts.

EXTRA-DRY: vacuum resealable ziploc bag with silica gel to protect filament from humidity and dust.

SOLUBLE: D Limonene dissolvable filament for lighter parts which can be effortlessly post-processed.

PREMIUM: HIPS 3D printing filament engineered to reduce jamming for reliable 3D printed parts.

EXTRA-DRY: vacuum resealable Ziploc bag with silica gel to protect filament from humidity and dust.

STRONGER: Tough PLA filament has a 9 times higher impact resistance and outstanding mechanical properties.

PREMIUM: Premium Tough PLA 3D printing filament for engineering applications.

EXTRA-DRY: vacuum resealable ziploc bag with silica gel to protect filament from humidity and dust.

STRONGEST: premium filament with high tensile strength for extremely robust and heavy duty components.

PREMIUM: PVA 3D printing filament engineered for reliable and easy 3D printing.

【Mechanical Properties】-- Tensile strength (X-Y): 31.9 ± 1.1 (MPa), Elongation at break (X-Y): 6.8 ± 0.9 (%), Bending modulus: 1174 ± 64 (MPa), Bending strength: 53.7 ± 2.4 (MPa), Charpy impact strength: 5.1 ± 0.3 (kJ/m2).

【Clog-free & Bubble-Free】-- Designed and Manufactured with Clog-Free patent to guarantee a smooth and stable printing experience. Complete drying for 24 hours before vacuum aluminum foil packaging, which can effectively protect the PETG filament from moisture. As the PETG material is sensitive to moisture, please remember to put it back into the re-sealable aluminum foil bag timely after using to maintain excellent printing result

【Less- tangle and Easy to Use】-- Full mechanical winding and strict manual examination, which guarantee the PETG filaments tidy and easy to be fed; Larger spool inner diameter design makes feeding smoother

【Foaming Process】AIR PLA is a low-density foamed PLA, the foaming process allows the filament to have a lower density than ordinary PLA, making the print quality lighter (compared to about 80% of the weight of ordinary PLA)

【Density stable】The pre-foaming process is adopted, and the foaming is completed during the wire making process. Compared with the filament of Foaming When Printing, it has higher printing density stability and is better at suppressing stringing

【Application】AIR PLA has the potential to print lightweight parts because of its low density. It can be used to print models such as drones and RC-planes, or for the manufacture of cosplay props