The RECREUS 3D PRINTING channel focuses on innovative materials in 3D printing, particularly on flexible filaments like Filaflex. The videos offer valuable information on new products and technologies in the 3D printing field.
In diesem Video wird demonstriert, wie die Druckzeit mit dem Filaflex 2.20 mm System auf dem Bambu Lab P2S von 5 Stunden auf 2,5 Stunden halbiert werden kann. Der Fokus liegt auf der Verwendung von Filaflex 82A und der Effizienzsteigerung bei hohen Infill-Dichten.
In this video, the Snapmaker U1 is tested with Filaflex 2.20mm filament to print flexible sneakers. The demonstration showcases the impressive speed and flexibility of the printer when processing different materials.
This tutorial shows how to increase the printing speed of TPU by up to 4x using the Filaflex 2.20mm system. The Bambu Lab H2S is used as an example to demonstrate the installation and benefits of the new system.
In this video, Filaflex 60A is tested on a Bambu Lab P2S to compare the printing speed with two different extrusion systems. The 2.20 system allows for a significant time savings of 37.5% when printing with flexible material.
In this video, the myth is debunked that thicker filament like the Recreus Filaflex 2.20mm leads to a loss of precision. The viewer learns that it's not just about the size of the filament, but about the control during printing. Additionally, it is explained how to print flexible parts three times faster without losing detail accuracy.
This video presents the Filaflex 2.20 system from Recreus, which revolutionizes the printing speed and strength of flexible materials. The viewer learns how to double the production speed without having to buy new machines. The system allows for an impressive flow rate of 15 mm³/s with soft materials like 82A.
In this video, the new Filaflex 2.20mm system from Recreus is presented, offering a revolutionary solution for printing flexible materials. The viewer learns how this system significantly increases printing speed while minimizing the risk of clogs. Additionally, the compatibility with existing 1.75mm filaments is highlighted, allowing for seamless integration into existing printers.
Bambu Lab P2S
Bambu Lab P2S
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Bambu Lab P2S
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Bambu Lab P1S
Bambu Lab
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Prusa Research Core One
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Prusa Research Core One
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Prusa Research Core One
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Prusa Research MK4S
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Prusa Research MK4S
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Prusa Research MK4S
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Bambu Lab P1P
Bambu Lab P1P
Bambu Lab
Bambu Lab P1P
This video demonstrates how to print four times faster with the Bambu Lab P2S TPU filament by installing the new Filaflex 2.20mm. The viewer will learn how to significantly increase print speed through a simple hotend exchange while avoiding the risk of clogs. Additionally, the functionality of the innovative 2.20mm system is explained.
Bambu Lab P1S
Bambu Lab
Bambu Lab P2S
Bambu Lab
Bambu Lab P2S
Bambu Lab P1S
Bambu Lab P1S
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Bambu Lab P2S
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Prusa Research MK4S
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Prusa Research MK4S
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Bambu Lab P1P
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Bambu Lab P1P
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P1P/P1S
This video demonstrates how to print TPU filament faster using the Filaflex 2.20mm system. The viewer will learn how to quadruple the printing speed through a simple hotend swap while avoiding clogs. Additionally, the functionality and advantages of the new system are explained.
Bambu Lab P1S
Bambu Lab
Bambu Lab P1S
Bambu Lab
Bambu Lab P1S
Prusa Research Core One
Prusa
Prusa Research Core One
Prusa
Prusa Research Core One
Prusa
Prusa Research MK4S
Prusa
Prusa Research MK4S
Prusa
Prusa Research MK4S
Prusa
Bambu Lab P1P
Bambu Lab
Bambu Lab P1P
Bambu Lab P1P
P1P/P1S
This video demonstrates how to increase the printing speed for TPU using Filaflex 2.20mm filament by up to four times. The viewer will learn how to change the hotend and take advantage of the new system to avoid printing errors and clogs. Additionally, the compatibility with various printer models is explained.
Bambu Lab P1S
Bambu Lab P1S
Bambu Lab
Bambu Lab P1S
Bambu Lab
Prusa Research Core One
Prusa
Prusa Research Core One
Prusa
Prusa Research Core One
Prusa
Prusa Research MK4S
Prusa
Prusa Research MK4S
Prusa
Prusa Research MK4S
Prusa
Bambu Lab P1P
Bambu Lab
Bambu Lab P1P
Bambu Lab P1P
P1P/P1S
In this video, the innovative filament Recreus Filaflex Foamy is presented, which allows for an expansion of up to 1.6x through its Dynamic Foamy Technology. The viewer learns how to save up to 50-60% material by using this filament, while simultaneously creating ultra-lightweight and flexible structures for applications such as footwear and drones.
This video explains how to switch between 1.75 mm and 2.20 mm filament without changing the electronics or the extruder. The viewer learns how the new Recreus system combines flexibility and rigidity in a 3D printer. Additionally, the advantages of the quick hotend change are discussed.
In this video, the new Filaflex 2.20 mm filament is introduced, which offers better flexibility and efficiency in 3D printing. The viewer learns that this filament is 100% compatible with existing 1.75 mm systems and allows for higher printing speeds. Additionally, it is explained how using an optimized hotend significantly improves the printing of flexible parts.
In this video, Ignacio García, CEO of Recreus, presents the new Filaflex 2.20 mm, which accelerates flexible printing by three times. The viewer learns how this filament is compatible with existing 1.75 mm systems and can print elastic parts like shoes in no time. The innovation promises a revolution in the field of flexible 3D printing.
This video presents the new 2.20 mm flexible filament from Recreus, which represents a revolution in 3D printing. The viewer learns how this system can triple the printing speed and what advantages it offers for the use of flexible materials. Additionally, future kits and updates for the 2.20 ecosystem are announced.
This video presents the new Filaflex 2.20mm standard technology, which significantly accelerates printing with flexible materials while minimizing the risk of clogs. The viewer will learn how this innovation increases print speed by up to 3.7x and which printers are compatible with this system. Additionally, the advantages of the new standard compared to conventional filaments are explained.
Bambu Lab P1S
Bambu Lab
Bambu Lab P1S
Bambu Lab P1S
Bambu Lab
Prusa Research MK4S
Prusa
Prusa Research MK4S
Prusa
Prusa Research MK4S
Prusa
Prusa Research XL
Prusa
Prusa Research XL
Prusa
Bambu Lab P1P
Bambu Lab P1P
Bambu Lab
Bambu Lab P1P
Bambu Lab X1C
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