Description

Main Features Boosting Speed with High-Speed Core Unlock up to 10 times [1] faster output when you pair our High-Speed PLA Filament with a high-speed 3D printer. Designed as the ultimate companion to our Kobra 2 Series 3D Printers. Engineered to match the rapid pace of modern 3D printing technology. [1] The High Speed PLA supports a maximum speed of 500mm/s, compared to the standard printing speed of 50mm/s. Results printed using Anycubic Kobra 2 Pro. Data obtained from Anycubic’ s lab. for reference only. High Fluidity & Rapid Shaping Compared to standard PLA filaments the high-speed PLA filaments boast enhanced fluidity and better cooling effect, ensuring smooth and consistent feeding for filaments after melting and rapid model cooling and shaping. Efficiency Meets Quality Elevate your printing efficiency while maintaining impeccable results. Experience smooth and intricate surfaces on models, particularly on those challenging overhanging parts. Engineered with high toughness and minimal shrinkage, this filament ensures a superior level of quality for your printed creations. Worry-free Printing Uninterrupted material output is guaranteed with superior flow and its good cooling effect, ensuring no clogs, no shortage, and no bunching during high-speed printing. Its uniform and seamless filament diameter eliminates the risk of tangles. Compatible with both high-speed and standard 3D printers on the market. Specifications Models Display Filament Parameters Product Type High Speed PLA Net Weight 1kg/roll Diameter 1.75mm Tolerance +0.02mm Gross Weight 2.16KG Length 330m Density 1.25g/cm³ Tensile Strength 1000-1200MPa Tensile Strength 7.8MPa Elongation at Break 6.1% Flexural Strength 2863MPa Young's Modulus 2834MPa Izod Impact Strength 6.7KJ/m² Melting Point 162.6°C Melt Index 16.27g/10min Heat Deflection Temperature 57.8°C Storage Environment Dry and ventilated Color Type Recommended Printing Parameters Nozzle Temperature 190-230°C Build Plate Temperature 30-60°C Printing Speed 30-300mm/s Retraction Distance 0.8-3mm Retraction Speed 30-60mm/s Other Parameters -45°C Attention How to install consumables Install the spool on the spool holder of a 3D printer, and preheat the nozzle. Cut the top of the filament into a spire shape, and thread it into the extruder and feeding tube. Manually push the filament through the feeding tube to the nozzle until the filament melts through the nozzle. Extra attention needed When installing and replacing filaments, make sure to heat the print head (heated to above 230°C), otherwise the print head might get clogged. Payment Delivery details Terms of sales About us Contact Payment 1.We accept Paypal,Google Pay,CreditCard,Visa,MasterCard,etc. 2. Payment must be within 8 days after you ordered the item. Delivery details 1.We cannot arrange shipments on weekend or public holidays. 2.Your orders will be shipped out within 1-2 business days after payment received. 3.If there is any question about delivery details,please contact us, we're alwasys at your service. Terms of sales 1.The returns should be returned with our original packages. 2.Defective products must be returned within 30 days. 3.Customers must contact us first for the return address. 4.In all cases, buyers pay for the shipping fees at their own cost to return products for exchange or refund. We will be responsible for the postage of replacements. 5.Please kindly feel free to contact us first, if you receive the items with quality problems or damaged, we would like to offer replacement or refund service for you. About us Who are we? Founded in 2015, Anycubic has become one of the most popular 3D printer brands in the market, with around 300 employees based in China.But, we didn’t start fancy as it seems to look today. "Graduated in 2015, I came back to China from New Zealand. I was so excited and full of curiosity when landed in Shenzhen the first time”, James , co-founder of Anycubic and a Ph.D of University of Auckland said. "Lu Ouyang, Anycubic’s Founder and CEO, is my childhood friend. He had a company before Anycubic providing electronic modules and 3D printer accessories for over 4 years.3D printer itself wasn’t our first choice. We hadn’t even had the confidence to rush in. But after seeing clients increasingly relying on us for key components of their DIY printers, We realized we could do it, and do it much better.” “I didn’t think much but only hope to explore more possibilities with the 3D printing technology. There is nothing to be afraid of. So why not make a difference.” Ouyang added. In 2015, Anycubic was founded, without much hesitation. “Following our heart is important. But the real world is harsh. There were so many up and downs. We cannot remember how many sleepless nights out there at the early stage.” Anycubic founders said. After a whole year’s hard work, the 1st model Anycubic Mega came on board in2016. Fortunately our work paid off. Mega became so popular in the market in a short period of time and our journey as a professional 3D printer maker officially started. We all were amazed and excited but we did not stop there. The second and third generations were launched soon after along the way.. Indeed, 3D printing technologies can do a lot. But first of all we believe 3D printers should be accessible and affordable to all instead of being rocket science and beyond budget. We believe each one of us deserves the freedom to make our ideas, creativity and imagination a reality. Anycubic is committed to being one of the best choices for freedom to make. 3Dream, for freedom to make, Side by side with you, we know we will make it. For Freedom to Make 3D Printing Education Incubation Project Inspired by Anycubic' s vision — "For Freedom to Make" — the project is the company' s 3D printing education incubator founded in Shenzhen on September 2, 2020. It demonstrates Anycubic' s aspiration of helping everyone achieve the freedom of creation and invention using 3D printing technologies. Deemed Anycubic' s first high-tech 3D printing incubator, the project aims to support 3D printing basic research and training, and create a 3D printing education ecological circle to encourage more people to explore the applications of 3D printing in different areas. Support will include 3D printing products, printing services and consultancy, among others. Incubated partners will hail from various sectors including but not limited to universities, research institutes, and enterprises. This project indicates Anycubic's perseverance in exploring the 3D printing world and boosting the development of innovation in the economy and society. Addressing the barriers to STEM education will require a collective effort from both institutions and 3D providers, in which we leverage effectively our resources to initiate four 3D printing camps this summer. The first camp ceremony was held at Yale School of Engineering and Applied Science on April 23 followed by 3 online boot camps known as "ANYCUBIC X Yale Funbotics 3D Modeling and Printing Camp". Guided by Yale mentors, in all boot camps, the students will learn about the inner workings of 3D printers and how to 3D model as well as 3D print their creations. The Bigger Picture with Education Incubation Project Promoting 3D printing education and research is a marathon not a sprint. The partnership with Yale Funbotics is Anycubic' s first port of call and the company will continue to work hard to sponsor cooperation with more global universities, research institutes, enterprises, and academic organizations of a global nature and help them achieve success in exploring the world. 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