Filament Brand: ELEGOO

On this page, you will find basic statistics and information about the "ELEGOO" 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.

Amazon.com Price ($) per kg Ratings
Material Count Min Avg Max Avg
ASA 1 $14.44 4.1 / 5.0
PLA 55 $12.99 $16.91 $19.99 4.5 / 5.0
All 56
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Amazon.de Price (€) per kg Ratings
Material Count Min Avg Max Avg
PLA 5 €14.75 €18.04 €19.99 4.5 / 5.0
PLA-HS 1 €18.50 4.5 / 5.0
PLAP 1 €27.99 4.5 / 5.0
All 7
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Review Analysis

Last updated: April 12, 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!

Summary

ELEGOO's PLA filaments receive generally positive reviews, as indicated by the average rating of reviews based on the provided data. The filaments exhibit a majority preference, with 71% of reviews boasting a full 5-star rating. Only a small fraction of reviews fall into the negative spectrum, solidifying ELEGOO's reputation for delivering consistent and reliable filament for 3D printing enthusiasts.

Positive Aspects

  • High User Satisfaction: The data shows a strong user satisfaction with 71% of the reviews rated at 5 stars. This indicates that a majority of customers are satisfied with the product quality, dimensional accuracy, and overall performance of the filaments when used in various printer models [#1, #2, #3].
  • Compatibility and Quality: Several reviewers commend the dimensional accuracy of +/- 0.02 mm which ensures a high-quality print on most FDM printers [#4, #5]. The filament also performs well across different brands of 3D printers, demonstrating great layer adhesion and a smooth finish [#6, #7].
  • Environmental Consideration: Users appreciate the use of cardboard spools instead of plastic, viewing it as a responsible choice towards environmental sustainability [#8, #9].

Negative Aspects

  • Spool and Quality Issues: There are consistent comments about the filament being poorly wound or having variable diameters, leading to frequent printing interruptions or extrusion problems [#10, #11, #12].
  • Adhesion Problems: Some users report issues with filament adhesion to the print bed, which can be crucial for the success of a print. There are instances where the filament's adherence quality does not meet user expectations [#13, #14, #15].
  • Inconsistency with Colors and Filament Quality: A few reviewers noted color inconsistency and unexpected quality variations, leading to a less satisfactory user experience [#16, #17].

Detailed Observations

  • Positive Feedback on Print Quality: Reviewers frequently compliment the print quality, noting that when the filament works as intended, it produces excellent results with minimal issues such as stringing or bubbling [#18].
  • Concerns Over Spool Quality: Negative reviews often mention spool-related issues which impact the overall printing process, highlighting the need for better quality control in filament spooling and packaging [#11, #19].

Recommendations for Users

  1. Printer Settings Adjustments: To mitigate issues with bed adhesion and filament flow, users may need to finely tune their printer settings, potentially increasing bed temperature or adjusting the flow rate.
  2. Storage Solutions: Implement proper storage solutions such as dry boxes or silica gel packs to prevent the filament from absorbing moisture, which could lead to print failures [#20].
  3. Manual Spool Monitoring: Given the feedback on spool quality, users might find it beneficial to manually monitor the filament spool during longer prints to prevent interruptions [#21].
  4. Purchasing Decisions: Users should consider buying smaller amounts initially for testing with their specific printers before committing to bulk purchases, due to the variability in filament and spool quality.

References