The controversial LOOP filament recycling device promises all-in-one waste-to-filament conversion while industry experts question its technical feasibility and market claims.
A new desktop filament recycling device, LOOP, is generating quite a lot of excitement in the 3D printing world. This could change the way makers get rid of their printing waste. The device, priced at $2,499 with an early-bird option of $1,489, claims to transform used filament and failed prints into fresh, print-ready material through an innovative all-in-one system.
The compact machine, measuring 27 inches in height, 10 inches in width, and 16 inches in depth, reportedly combines grinding, extrusion, and spooling capabilities within a single unit. According to the manufacturer’s specifications, the device features a 1200-watt motor, precision controls allowing filament diameter adjustments between 0.5-3.5mm, and compatibility with common materials including PLA, ABS, and PETG.
The concept of desktop filament recycling could be transformative for the industry,” said a leading additive manufacturing consultant who reviewed the device’s specifications. “However, the technical challenges of achieving consistent filament quality in such a compact form factor are significant.”
Key features of the LOOP device include a durable aluminum construction, stainless steel blades, and a sound-dampening shield claimed to maintain noise levels below 65 dB. The system promises precise filament diameter control with a tolerance of +/-0.07mm and 10-micron accuracy.
However, industry experts have raised several concerns about the device’s feasibility. Technical challenges include the complexity of maintaining consistent filament diameter, material cross-contamination risks, and questions about the effectiveness of the noise reduction system in a compact format.
The company’s pre-order process, requiring a $100 deposit, has also drawn scrutiny due to limited transparency regarding the development team and manufacturing capabilities. The product’s online presence consists primarily of computer-rendered images, with no demonstration of a working prototype.
While the 3D printing community strongly supports sustainable solutions, potential customers should carefully evaluate pre-order opportunities,” noted another expert, a veteran in additive manufacturing technology. “The promised specifications are impressive, but achieving them in a single, compact device presents significant engineering challenges.”
The manufacturer maintains that the LOOP system will begin shipping by the end of Q4 2024, though specific production and quality control details remain undisclosed. The company has indicated plans to foster an open-source community for customizable accessories, potentially adding value to the ecosystem if successfully implemented.
As the 3D printing community continues to evaluate this innovation, the LOOP device represents either a significant breakthrough in desktop manufacturing or a cautionary tale in crowdfunding enthusiasm. Potential customers should also do a deep due diligence before committing to preorder.
Content Source: makewithloop
Alexa Sipes is a U.S. tech journalist with 5 years of experience, now writing for 360TechInsights. She covers emerging technologies and industry trends across North America, Europe, and Asia. Sipes’ concise reporting offers readers valuable insights into the latest tech news, innovations and the companies behind them.
Feel free to reach out to me at AlexaSipes@360techinsights.com.
