The Sidewinder X1 has two Z steppers. Therefore, the X-axis does not “sag” or “hang” at an angle from a certain height. A toothed belt “synchronizes” both Z-axes. At this moment there was already Klipper v0.10.0 and Mainsail v2.1.0, buz no problem, with MainsailOS it's super easy to update all components. Some of the newer 3D printers come with stepper drivers meant to reduce noise during operations. However, when the printers have cheap fans, the noise is not reduced. For me, the primary advantage of converting a budget machine like the Artillery Genius to use linear rails is for ease of maintenance: unlike the POM roller wheels and eccentric nuts, linear rails don’t need to be carefully adjusted to fit *juuust* right; and, if kept properly lubricated, they will not wear out or need to be replaced. You *may* also see improvements in print quality—particularly if your existing rollers are a little worse for wear—but a properly-tuned roller wheel setup will produce results every bit as good. It just won’t stay that way without a little bit of TLC. If you’d rather spend your time, say, working on other projects rather than nurturing your rollers, linear rails might be for you! The high-quality broadband power supply is underpinned by sophisticated technologies and a stable power supply.

How fast does the sidewinder print : r/SidewinderX1 - Reddit How fast does the sidewinder print : r/SidewinderX1 - Reddit

By using this belt, no “drooping” of the X axis was encountered during my testing. Lead screw stabilization bearings are also installed. I had issues in the past with these, but on the Sidewinder X1 there’s no issue for me. 4. X axis assembly Klipper is an open-source firmware for your 3D printer that combines the power of a Raspberry Pi and your printer main board for better printer control. By doing this, You are able to run your printer at higher speeds with better precision and control. Why Install Klipper on Sidewinder X1? Artillery developed a 32-bit mainboard, which is characterised by its high stability, powerful computing power and great expandability.

PRESS REVIEW

The power supply is passive, but considering that it only powers the printer hardware and hotend, it’s more than enough. The heatbed runs on mains power (in my case 220V) and it’s powered by the integrated Solid State Relay. I can’t wait to test it’s little brother, the Artillery Genius and see if it performs just as well. In addition, both Z-axis spindles are connected to a loose or non-adaptable GT2 toothed belt, which is intended to enable synchronous up and down movement. The two Z-axes are connected with a toothed belt (GT2). A direct drive extruder significantly improves the reliability of the 3D printer, especially with flexible filaments. This is a rare feature for a 3D printer in the entry-level segment.

Artillery Sidewinder X1 3D Printer, V4 Version Lattice Glass Artillery Sidewinder X1 3D Printer, V4 Version Lattice Glass

Out of the box, the Artillery Sidewinder X1 prints good quality prints. See the test cube from Artillery that I printed. In addition, the heating bed ran at 80° C! “Test Cube” from Artillery It’s recommended to perform a PID tune to make sure the temperatures are stable. You can follow PID Tuning Guide to do this. Inside the Artillery Sidewinder X1, the cables have been properly fixed. The SWX1 screwed on: good cable management With protection against overcurrent, overvoltage, excessive temperature, short circuit and other safety risks, the Sidewinder X2 is a trustworthy partner.

Inside the Klipper Configuration, look for [ mcu] and past your device ID. It’s the same we use when flashing the printer. Example: If you were hoping for a simple “yes” or “no”, I have to disappoint you. The Artillery Sidewinder X1 is really good, does a hell of a lot right. However, it’s not perfect. You only notice this in most places after prolonged intensive use. The heating bed gets hot in just under 30 seconds. The well-insulated printing surface is heated to 60 degrees thanks to the 220V power supply. According to the manufacturer, the printbed can get to 110°C in 130 seconds. Thanks to the insulation attached below, the temperature, according to Octoprint, is also kept relatively constant. In my opinion, the BMG Wind is an excellent direct drive extruder upgrade for any kind of printer. If you are looking for a compact extruder with excellent filament control, then this is the upgrade to get. It can improve print quality with a small cost. The machine’s print head has an RGB LED on the underside. Therefore, your print object will always be beautifully illuminated (see below).

Artillery Sidewinder X1 Review: Best in Mid-Range | All3DP

Due to popular request, the Sidewinder X1 Firmware containing the BLTouch settings is currently available. I have also tested larger prints to see how the adhesion is over the entire heating bed. The Facehugger – as a bigger test As the successor to the world-renowned Sidewinder X1, the Sidewinder X2 from Artillery is characterised by new features and smart developments.Heating to 60c takes ~50 seconds and reaching 100c takes less than 2:30 minutes. Excellent results considering the size. The extruder assembly, including the LED’s, hotend, fans and motor is powered using a single flexible flat cable that plugs into the side. I really like this design because it makes the whole printer look a lot better eliminating the need for wire management. I’ve uploaded everything needed to my PrusaPrinters.org profile. Because my parts will be living in a heated printing enclosure, I printed them in ABS for the increased temperature tolerance. PETG would be a good choice for room-temperature applications. I would avoid PLA due to its tendency towards creep under sustained loads, such as will be experienced by the belt mounts. Disassemble Y axis and remove roller wheels