Filament Brand: Polymaker

On this page, you will find basic statistics and information about the "Polymaker" brand of 3D printing filaments. Do you see any issue or mistake? Do you want to add your experience with this brand? Lets talk!

The tables below display the quantities, prices, and user ratings of the individual materials in our database. To ensure the information remains as current as possible, only products data downloaded from Amazon websites in the last three days are shown. Price ($) per kg Ratings
Material Count Min Avg Max Avg
ABS 3 $22.99 $45.74 $57.11 4.4 / 5.0
ASA 18 $24.60 $29.50 $34.99 4.6 / 5.0
PA 7 $50.00 $71.64 $99.95 4.8 / 5.0
PC 17 $28.00 $46.97 $79.96 4.6 / 5.0
PETG 28 $18.00 $21.90 $24.99 4.4 / 5.0
PLA 86 $18.00 $27.34 $79.99 4.4 / 5.0
PLA-W 1 $19.99 4.4 / 5.0
All 160
Show all Polymaker discounts Price (€) per kg Ratings
Material Count Min Avg Max Avg
ASA 1 €34.60 4.5 / 5.0
PETG 1 €29.95 4.4 / 5.0
PLA 39 €19.62 €25.26 €57.49 4.5 / 5.0
PLA-W 1 €19.95 4.4 / 5.0
All 42
Show all Polymaker discounts

Review Analysis

Last updated: May 21, 2024. This is an AI-generated analysis of user reviews available on Amazon marketplaces. The final text is always reviewed by a human. Do you notice any issues or mistakes? Would you like to share your experience as well? Lets talk!


Polymaker filaments are generally well-regarded by users, with most receiving high ratings for print quality and reliability. Among the various types of filaments offered, PLA PRO and Carbon Fiber variants appear particularly favored. Specific complaints usually relate to spooling difficulties, filament moisture, and challenges in printing under certain conditions.

Positive Aspects

  1. Print Quality and Strength: Many reviews praise the print quality and durability of Polymaker filaments. Users found the filaments to produce strong, well-finished prints with minimal issues [#1, #2, #3].
  2. Adhesion and Bed Compatibility: Bed adhesion generally is satisfactory, leading to consistent and reliable printing results. This is particularly true for PLA PRO and ABS filaments [#4, #5].
  3. Moisture Resistance: PLA PRO filaments often receive positive comments for moisture resistance, indicated by lack of print quality degradation even when filament is left on the printer for extended periods [#4].
  4. Color Accuracy and Finish: Many users are satisfied with the color accuracy and finish of the filaments, including options with specific aesthetic properties like glitter and metallic finishes [#6, #7].
  5. Ease of Use: Several reviews highlight the ease of use and minimal need for fine-tuning, especially with standard PLA and Carbon Fiber filaments [#2, #8].

Negative Aspects

  1. Spooling Issues: A recurrent issue noted involves filament tangling and poor spooling, which can interrupt print jobs and cause nozzle clogs [#9, #10].
  2. Moisture in Filament: There are occasional complaints about filament arriving with moisture, requiring users to dry the filament before use [#11, #12].
  3. Inconsistent Filament Quality: Some reviews report that filament quality can vary between batches, affecting print reliability [#13, #14].
  4. Challenging Printing Conditions: Some filaments, like the ASA and PETG variants, seem to be more challenging to print with, requiring specific temperature adjustments and meticulous handling [#15, #16, #17].
  5. Cost: Several users mention that Polymaker filaments can be more expensive than competitors, especially for specialized types like Carbon Fiber Nylon [#18, #19].

Detailed Observations

  1. PLA PRO: Known for robustness and high print quality, excellent for high-durability applications [#11, #20]. Users appreciate the moisture-resistant properties even after prolonged exposure [#4], but bed adhesion issues require careful monitoring and fine-tuning [#7].
  2. ABS: Provides solid results with good bed adhesion and minimal warping if printed correctly [#1]. Some users report color consistency and strength [#21], whereas others note issues with temperature settings leading to poor prints [#22].
  3. Carbon Fiber PLA: Lauded for its strength and finish, successfully hides layer lines and provides a high-quality matte finish [#23, #24]. However, ensuring proper layer adhesion remains crucial [#25].
  4. PETG: Has mixed reviews due to its finicky nature and propensity to string. Users needing high strength and reliability had challenges even with Polymaker’s guidelines [#17, #26].
  5. PA (Nylon): Generally well-received for high strength and low warping, though some users faced adhesion issues that affected print quality significantly [#27, #28].

Recommendations for Users

  1. Pre-Drying Filament: To avoid moisture-related issues, it is advised to dry the filaments, especially for PLA, PETG, and nylon materials, before use.
  2. Conducting Thorough Trials: Given the variability in filament performance, users should initially run small-scale trial prints to determine optimal print settings for their specific printer and environment.
  3. Storage Solutions: Invest in effective storage solutions, such as sealed containers with desiccants or dedicated dry boxes, to maintain filament quality.