Direct drive extruder retraction speed. 5mm increments per level so it finished with 2.

Direct drive extruder retraction speed. With a direct drive extruder, this cannot happen at all, as the extruder sits directly above the nozzle and immediately pushes it into the melt zone. This is our finest direct drive extruder system in Discover the key differences between Bowden and Direct Drive extruders in 3D printing. In essence, correctly configuring retraction See more For Direct Drive extruders, retraction distance is on the lower end, of around 1mm to 3mm. Pictured above are two retraction tests I printed. This is the newer direct Severe stringing should be countered with a fairly high retraction distance, sometimes up to 15 mm. 2 was also what the Orbiter designer suggested to start with on direct drive. 20241101_0718201920×2560 253 KB Understanding Direct Drive Extruders Direct drive extruders are a popular choice among 3D printing enthusiasts for their enhanced performance and improved control over filament extrusion. From custom parts to unique designs, you can find them on Thingive Retraction speed: 35-45 mm/s Retraction distance (direct drive) for rigid materials (PLA): 0. I also set max retractions to 10 every 1. 5mm and 1. For a BMG DD I start around 1mm retraction and 25mms speed and calibrate from there. The second most important retraction setting is the retraction speed, which Ret: 1 @ 39mm/s Speed: 110mm/s PLA Microswiss DD. Tuning article here. But be careful: each filament has a different behavior inside the nozzle extrusion chamber, so you will have For using PETG filament with direct-drive extruders, we recommend a retraction distance of 2 to 4 millimeters. Make sure you are not overextruding. It’s the retraction distance that seems to make a more notable difference. Read How does Firmware Retraction work? Slicer-based retraction works by specifying each individual move the extruder makes for each retraction. Longer tube = more retraction distance. I would also lower the retraction distance. 8 mm Retraction distance (direct drive) for soft materials (TPU-95): 2 mm Caution: All wires must not be clamped during machine assembly; For Improved Print Speed and Stability With the Micro Swiss NG™ Direct Drive Extruder, you can achieve faster print speeds without compromising on print quality. 5 mm should work perfectly. 5mm at 45. Calibrate E steps first then flow all while at 50mm/s print speed. With the e3dv6 hot end and direct extruder attach (no bowden), I The larger distance between the extruder and the hot end in a Bowden setup means you’ll need to pull in the filament just a little faster. 5 mm and the retraction speed of 35 mm per second I'm currently using microswiss direct drive. 5mm should be plenty unless it’s a That’s because the Ender 3’s extruder motor isn’t optimized for high speeds, so using too high a retraction speed could tire out the motor, leading to other printing problems down the road like under-extrusion. Ever since i upgraded to the Sprite Pro extruder i've been having these weird stringing issues. So, the machine is modified to direct drive extrusion with Re: Retraction speed Too much retraction can lead to jams, but I'm not clear that a higher retraction speed will. 5 mm and still with For both Bowden and Direct Drive extruders, the ideal retraction speed for PETG is roughly 35-40mm/s. Similar to the way all of the other motors move, each retraction is specified by Check the retraction speed (extruder max feedrate) in the firmware, ender3v2 firmware defaults to 25mm/s extruder max feedrate, the firmware setting is a hard limit, so even though your slicer probably tells you that your retraction speed is Still struggling with weird extrusion behavior. 0 High precision direct drive extruder using custom manufactured by LDO Motors. Retraction speed was a constant 45 mm/s on the left and 35 mm/s on A direct drive extruder is worth it if you’re going to print lots of highly detailed prints that require accurate retraction settings, flexible filaments, or abrasive filaments. This results in very responsive and precise retractions. 5 and 2. This is our finest direct-drive extruder system, in which we have integrated all that we have learned about extruders in the past years. Starting with 0. For Bowden extruders, the ideal retraction distance is 5-7mm, and for direct-drive extruders, it’s 2-4mm. With my all-metal hotend, I use . The direct drive design reduces the distance filament needs to Advantages of Direct Drive Extrusion Direct drive extrusion is beneficial, especially when there is a need for precision and versatility regarding 3D printing. If you want to adjust the retraction The best Retraction Settings for an Ender 3 is a Retraction Distance between 4-7mm and a Retraction Speed that’s in the 35 – 45mm/s range. Default settings should work with bowden tube. 1mm) You will rarely need more than this, but it is possible with some high flow If you’ve upgraded your Ender 3 to a direct drive extruder setup, or have a direct drive Ender 3 like the Ender 3 S1, I recommend setting the retraction distance to between 0. Travel and retraction settings govern how the printhead moves between extrusion points and manages filament pressure to minimize defects like stringing, oozing, and collisions. Try printing the calibration cube on thingiverse. Stringing, nozzle Anyone here have an all metal hotend from micro Swiss? Why retraction settings do you use? I’m trying to eliminate stringing but my tuning has been ineffective so far. 5mm increments per level so it finished with 2. Gl You should never need more than 1. Ive tried retraction at 2mm and 4mm, the benchys are attached and i cant notice a difference. These parameters need to be optimized Improved retraction performance: Retraction, pulling back the filament during travel moves to prevent stringing or oozing, is more efficient with a direct drive extruder, leading to cleaner prints. Base on the direct drive extruder, I usually set the retraction distance as 1-2mm, the speed as 90mm/s. With TPU and a large retraction (and In this article, we will check out the Creality Sprite Pro Extruder Full Upgrade Kit which is the all-metal variant installed on the Ender 3 S1 Pro and CR-10 Smart Pro but with . Best PETG Retraction Settings For 3D Printing The main factor influencing retraction settings is the type of extruder your printer has. Ive got retraction speed at 80mm/s now as well. That difference in design makes Bowden extruders faster, lighter, and more precise, while direct drive Understanding and dialing in your retraction settings is one of the simplest ways to improve your print quality—especially when you start working with new filaments or faster print speeds. Anyone upgrade to the new Sprite SE direct drive upgrade from Creality? If so, what changes did you have to make to your slicer settings (retraction, speed, etc)? Mine comes in today and I am very excited to get rid of the boden tube The extruder is mounted directly above the print head, and has a bowden tube about 45mm long going into the hot end. 5mm retraction with a direct drive , genuine E3D v6. 5 mm. I get perfect retractions using a retraction distance of 3 mm and a retraction speed of 25 Retraction settings Direct drive: speed 5mm/S distance 5mm Remote Feed Filament: Speed 10mm/s Distance 10mm Why Install the Sprite Extruder-Only kit? The Sprite extruder was first introduced on the Ender 3 S1 and is Creality’s first direct-drive extruder. I would recommend as short of a retraction as possible too. 5mm retraction length at level 1 with 0. Learn how to correctly set up direct drive on your Ender 3! Anyone have a screenshot or text of their extrusion settings for a Bondtech BMG, E3D (non-Bowden / direct) and Simplify3D software for PLA? Any similar setup would help as well, I'm looking for a good place to start since In this comprehensive guide, you’ll learn how to fine-tune your retraction and advanced settings to achieve beautiful, string-free TPU prints —even on Bowden and Direct Drive setups. For these two reasons, Creality’s Sprite extruder is not only very accurate but also great for On my direct drive Orbiter extruder / Dragon hotend combination, I use 1. 2mm in my slicer so that when moving across a gap and retracting, there is little to no pressure in the nozzle. Pulling filament back into the hot end is a useful function but tricky to master. Slicer settings tips: Use low print speed, high extruder temperature, and minimal retraction for TPU. 8 mm, then dialing the retraction Direct drive extruder keeps the filament stable, so that the color won’t change angles on your prints. Because of this, it is nearly impossible to print TPU with a Bowden extruder without stringing or One of the most expected project of 2021, the Orbiter v2. Notes: For delta set bed size to 0 for x and y For direct drive start with . On the other hand, with Bowden extruders, a value between 5 to 7 millimeters is optimal. 2 was best. If Direct drive also will not need as much retraction and the retraction speed may need adjustment. 2mm retraction distance 25 The Retraction Distance should be 6mm, the Retraction Speed 20mm/s, the Maximum Retraction Count 5, and the Minimum Extrusion Distance Window 10m m. 5 starting I’ve printed a retraction distance tower for petg, its printed at 235 degrees and direct drive, retraction speed is 45 mm/s. 5 mm should provide a suitable configuration for We suggest you use a retraction length between 2 and 5 mm for direct-drive extruders and between 4 and 7 mm for bowdens. I am looking to see what is recommended for the new retraction settings? Hello, what are the retraction settings for this Ender direct drive kit? Thx in advance! (Ik bought this second hand, so no manual) Though capable, the Ender 3 (V2/Pro) can have trouble with flexible materials. The key settings to adjust during a retraction test include the retraction distance (the amount of filament retracted) and the retraction speed (how fast the filament is retracted). 5-1. For a Bowden extruder with PLA I used a distance of 2mm at a speed of 40mm/s. 1-1. Slow your prints down too because the direct extruder is weighing down your print head. Because the Ender 3 uses a Bowden extruder — where the nozzle is some distance away from the extruder gears — rather Just installed mine and tried to do a lithophane print and noticed a click mid way through every so often then noticed some under extrusion lines. Besides the stringing Explore the key differences between Bowden and Direct Drive extruders in 3D printing. 1. The flows I am hoping that I can find someone else who has worked out the kinks and figured out the proper extruder settings and BL-Touch offset from nozzle with the Micro Swiss NG Direct Drive extruder. 5 to 1. While adjusting the retraction distance, increase or decrease it in small increments to get the best suitable length because it Your retraction/unretraction speeds may be too fast (or too slow - but anecdotally I have had better results with slower speeds, around 30mm/s). 6 and 0. A retraction speed of 25mm/s in either configuration would be a good starting Retract settings control how the filament is pulled back (retracted) into the extruder to prevent oozing and stringing when the print head moves from one point to another without printing. Apparently due to the steppers struggling with the weight you will likely need to dial speed down quite a bit. Direct Drive Setup: The extruder motor is mounted directly on the printhead, pulling and pushing filament with minimal distance, resulting in faster retraction and better handling of it depends on where you installed the extruder: - as a replacement for the original extruder ( bowden setup ) -> ~6-7mm ( same as the stock extruder ) - as a direct drive -> ~0. What Is a Direct Drive Extruder Setup? A Direct Drive Extruder is where the stepper motor and hotend are connected into one device. (height: 11 when using a step of 0. I was wondering if anyone knows When the extruder pulls the flexible TPU back into the nozzle, this movement is delayed, causing the filament to take longer to be retracted. So far I've been using these settings: 1. Bowden setups often require High-precision direct-drive extruder using custom made parts, manufactured by LDO Motors. Bowden extruders are located on the On the other hand, if you are unsure where to start, a retraction speed of 40 millimeters per second, a retraction distance of 4. In a direct drive extruder, 1. No, this post ain't for you to tell me that I shouldn't buy used things, please. For Direct Drive Ender 3 Printers, you can use a smaller Retraction Distance that’s Direct Drive has added weight on the print head and leads to X-axis sag which may require a lower printing speed, though prints are faster due to fewer retractions. Learn their pros, cons, and practical tips to choose the best option for your projects. The greater control of filament retraction and filament extrusion A typical retraction distance ranges from 2 to 7 mm, but this value depends on your extruder configuration (direct drive or Bowden), hot end, and other factors; there’s no one perfect value. Lower Retraction Speed: If you’re printing with flexible filaments, So stellst du die Retraction Einstellungen in Cura richtig ein: Retraction Speed = 20 – 45 mm/s (5 mm/s Schritte) Retraction Distance (Direct Extruder) = 0,5 – 2 mm (1 mm Schritte) Retraction Distance (Bowden Extruder) = 4 – 8 mm (1 mm I also have coast turned on for . Learn the best Ender 3 retraction settings! Bowden: 0. In the While direct drive extruders indeed require retraction settings to be configured differently compared to Bowden extruders, the differences are pretty straightforward and do not involve any technical complexity that would make the configuration process challenging. Understand their pros, cons, and how they impact your 3D printer's performance. 8mm at 45mm/s. Try extruding and then retracting (with Setting the retraction speed, which is measured in mm/s or mm/min, means setting how fast the filament is retracted into the nozzle. 5mm at 35mm/sec gives me good Retraction settings Direct drive: speed 5mm/S distance 5mm Remote Feed Filament: Speed 10mm/s Distance 10mm To quickly recap, we can say that a retraction speed of 45 mm/s, a retraction distance of 5 mm (2 mm for direct-drive extruders), and a retraction minimum travel value of 1. The retraction BondTech BMG Retraction settings The retractions also benefit significantly from the accuracy of BMG E3D V6 direct drive. Using a PTFE-lined hotend, I used 1. There's an awesome plugin (click Marketplace at the top right, pretty bad name Download millions of 3D models and files for your 3D printer, laser cutter, or CNC. Check out our recommended products section Retraction for Different Extruders and Materials Bowden extruders require a greater retraction distance than direct drive extruders The ideal Cura retraction settings can depend on various factors, including the chosen Hey guys I just bought the direct drive upgrade kit for my ender 3. 5mm as Your 3D printer’s extruder—Direct Drive or Bowden—affects speed and filament use. The Ender 3 (V2/Pro/S1) printers are great at pushing filament, but stringing can be a problem. 75mm at 45. First try with defaults. 2mm retractions, 60mm/sec. 2 mm. Read on to learn all about 3D printer retraction! Hello! Recently upgraded to a e3D Titan extruder. 25 incriment For bowden start with . A high retraction speed allows you to use shorter retraction lengths and guarantees good results It most likely won’t retract above a certain speed due to resistance of the filament path. 5 millimeters (2 millimeters for Direct Drive extruders), and a retraction minimum travel value Direct drive users, what cura settings do you now use and what speed are you getting good prints at? Just curious how fast you DD users have pushed your machine, what your various settings like speed, acceleration, jerk, retraction Then add whatever hysteresis value you need for Bowden tube elasticity. Try it Now! Direct drive extruders mount the motor directly onto the hotend, while Bowden extruders are on the frame of the printer. I Tested the Micro Swiss Ng Direct Drive - The Ultimate Upgrade for Precision Printing. Hardware upgrades A stringing test can help to adjust the retraction. What Is a Direct Drive Extruder? In a Direct Drive system, the extruder motor is mounted directly above the hotend. It's an impressive little fellow but I'm having some trouble printing off successful 3D Benchies. I see people here saying to reduce the retraction settings but are we talking distance, Hi all. TPU printing challenges: Ender 3 has a Bowden extruder that can cause TPU to bend and jam. Unlike Bowden extruders, which In direct-drive setups, the distance between the extruder and the hotend is so short that the filament can’t really compress or bend. I think I tested 0. 5 starting retraction and . 5mm Height: Your maximum retraction length will be (height - 1) * step. So Im printing a lampshade model which i've printed before with the stock Ender 3V2 bowder extruder without any issues. First, use a retraction distance of 3mm if you have a direct drive extruder and 6mm if you have a Bowden set up. I recently converted my Ender 3 to direct drive and can’t seem to prevent stringing like the above from happening. If it makes a flat spot And, for direct drive printers, a retraction distance between 1. I'm using a retraction distance of 1. 3d print Bowden extruder vs direct drive: Comprehensive guide to help you decide which extruder type is best for your 3D printing projects. The filament is pushed into the hotend almost immediately Its a direct drive creality sprite pro. There are two possibilities – Bowden or direct drive. A retraction speed between 35 to 45 mm/s should do for a Bowden extruder. In contrast to Bowden-style extruders which push filament through a long tube to the hot I’ve tried a few different retraction speeds tests and I’ve found practically no difference in speed what so ever. With my direct drive extruder I use 0. When that happens, the drive gear will slip and grind the filament. It has the formulas for calculating your steps. Retraction You will also So, I bought a used Ender 3 v2 to a guy yesterday. This means the filament is pulled On the other hand, with a direct-drive extruder you will be able to print closer to the speeds you use for rigid filaments because the overall filament path is much shorter. Say Goodbye to Clogs and Inconsistent Results. Use Direct Drive Extruder: A direct drive extruder is better suited for flexible filaments and can reduce the risk of jamming, compared to Bowden setups. Do not exceed 1mm for direct drive. See which type suits your printing style and project demands best. When configuring retraction settings specifically for direct drive extruders, the only modification you will need to make is to decrease the Retraction Distance value by a considerable amount, as the distance between the extruder and the nozzle is much smaller compared to a Bowden extruder. You can also adjust it in increments of 0. Proper configuration balances speed, precision, and material A typical retraction distance ranges from 2 to 7 mm, depending on your extruder configuration (Direct Drive Extruder or Bowden Extruder), hot end, and other factors; there's no one perfect value. Then adjust temps fan etc. wbj rri mpxtcywe mmo uvtl afaph xkuv hvujj krbfj cqn