We Made TPU Printing 3.7x Faster... Without Clogs. скачать в хорошем качестве

We Made TPU Printing 3.7x Faster... Without Clogs.

Flexible printing is slow, unreliable, and prone to clogs. We all know it. But what if the problem isn't your printer... it's the filament standard? For over 18 months, we've been working on the solution. Introducing the Filaflex 2.20mm Standard, a revolutionary passive system that allows you to print flexible materials 2x, 3x, and even 3.7x faster than 1.75mm—with zero clogs. Learn More & Join the 2.20 Standard: ➡️ https://recreus.com/pages/the_220_rev... This new standard combines our 2.20mm flexible filament with a modified hotend, creating the perfect balance of column stiffness and thermal efficiency. It solves the buckling and clogging issues of 1.75mm and the thermal lag of 2.85mm. Key Benefits of the 2.20mm System: Print 2-4x Faster: Achieve speeds of 11 mm³/s to 18 mm³/s with flexible materials. Eliminate Clogs: We've run tests for hundreds of hours without a single clog or failure. Full Compatibility: This system is 100% compatible with your existing 1.75mm rigid filaments (PLA, PETG, ABS). Use the same hotend for both. Plug-and-Play: No new extruder or hardware changes needed. Just swap the hotend and adjust your slicer. Incredible Quality: Maintain perfect detail, reliability, and print quality at higher speeds. Validated Printers: Bambu Lab: P1P, P1S, X1C (and upcoming H2S, P2S) Prusa Research: MK4S, Prusa XL, Core One & Core One L It's time to stop babysitting your prints and unlock the true potential of flexible materials. Find all profiles, settings, and components on our website: ➡️ https://recreus.com/pages/the_220_rev... 📨 Follow us for more innovations: Instagram:   / recreus3d   LinkedIn:   / recreus   ____ 00:00 The Problem with Printing Flexible Filament 00:19 Why TPU is the "Slowest" and "Fails the Most" 00:58 The REAL Problem: Filament Column Stiffness 01:06 Why 1.75mm Filament Fails for Flexibles 01:26 The Solution: The Filaflex 2.20mm Standard 01:47 The BIG Question: What About 1.75mm Rigid Materials? 02:00 Performance: Numbers That Matter 02:22 3.7x Faster Printing Speeds Explained 02:46 Volumetric Flow vs. Filament Diameter (The Data) 03:32 The 2.20 System: Full Compatibility Explained 03:48 Use 1.75mm Rigid Filament in the SAME Hotend 04:13 Quality, Detail, and Reliability at High Speed 04:51 Why 2.20mm and NOT 2.85mm? 05:16 The 2.20mm "Sweet Spot" (Stiffness vs. Melting) 05:37 Validated Printers: Bambu Lab & Prusa 06:08 How to Start: Slicer Settings Tutorial (Bambu / PrusaSlicer) 06:49 FAQ Express: Your Questions Answered 07:00 Q1: Do I have to change ALL my hardware? 07:17 Q2: Can I keep using my 1.75mm spools? 07:33 Q3: Do I lose detail with a "thicker" filament? 07:58 Q5: What materials does this system cover? (60A-95A) 08:23 Join the New 2.20mm Standard by RECREUS #3DPrinting #TPU #Filaflex #FlexibleFilament #BambuLab #Prusa #3DPrintingTips #2.20system #filaflex2.20 #3DPrinter #Recreus