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FTMQ6UNIN63CZON.jpg (JPEG Image, 1920 × 1440 pixels) - Scaled (53%) Doubling-stepper-motor-drivers. Probably the machine for which Smoothie is most used, due to Smoothie's roots in the RepRap project, 3D printers are fairly simple to Smoothiefy.


This is a step-by-step guide to connecting your board to the various components of the 3D printer, configuring everything, from the beginning to actual printing. This guide is a community effort, and this page is a Wiki. Please don't hesitate to edit it to fix mistakes and add information, any help is very welcome. New MKS SBASE Smoothieware-compatible board from China.

I love clones when done right.

New MKS SBASE Smoothieware-compatible board from China

Hell, if it wasn't for clones I wouldn't be on this PC now because back in the day IBM sued over clones (hurt their business) and had they won we would not have what we have today or all would be stuck on an Apple (or rich as hell and have a real IBM). My i3 Rework is a turd. I spent thousands and thousands of hours tweaking it and it finally gave me the finger and will not lay down a first layer. I have had people look at it and they were stumped so a lemon from the get go. So, I am printerless at the moment but my last ditched effort is to replace the MK2B and the "frog" Y plate so I can do 3 point leveling because I can level between two points but level all four points the same and the middle pops up (even through a heat spreader and 3mm thick boro glass). So, once I get a printer (I can't print any parts or I would just start all over on something else) I want an ARM based controller so a real clone would be nice from a price vantage point.

9ab5951c-724c-464d-a991-c3540cf4c361.jpg (JPEG Image, 350 × 350 pixels) Titan Aero - E3D-Online. Machined Parts Titan Aero Heatsink (1.75mm or 2.85mm) V6 Heatbreak (1.75mm or 2.85mm) V6 Heater Block V6 0.4mmm Nozzle (1.75mm or 2.85mm) Plastic Parts Titan Body (prefitted with bearing and threaded insert) Idler Lever (prefitted with bearing) 1.75mm Filament Guide 2.85mm Filament Guide Fixings Cold Side Mounting Screws for 2mm mounting plate. 3 x M3x30 1 x M3x8 Mounting Screws for 7mm mounting plate. 3 x M3x35 1 x M3x12 M3x25 (for securing the Aero sink in the bottom right corner) Parts for adjusting idler force. 1 x M4 Thumbscrew 1 x M4x10 Button Head Screw 1 x M4 Nut Idler Spring 4 x Self-tapping Screws Shake-proof Washer Bearing Nylon Spacer Pinion Gear Grub Screw Hot side 1 x M3x10 Button Head Screw 1 x M3 Washer 1 x M3x4 Grub Screw Hex Wrenches 1.5mm 2mm 2.5mm Gears Steel Pinion Gear Acetal Gear with Filament Drive Shaft Electronics.

Titan Aero - E3D-Online

Amazon. Insert à frapper M3 Pour le plastique sachet 20pcs SIMAF. MKS TFT 2.8" or 3.2" Touch Screen user guide. Introduction: MKS-TFT28 and MKS-TFT32 color display Touch screen is designed to control RepRap Open source 3D printer.

MKS TFT 2.8" or 3.2" Touch Screen user guide

It can work with MKS Base, MKS GEN and MKS MINI series 3D control board. Notice: 1) Pls check the MKS Base V1.4/V1.5 or Gen V1.4 3D printer board Marlin firmware installation guide 2) Pls check the MKS Mini V1.2 3D printer board Marlin firmware installation guide. MKS SBase 3D printer control board user guide. 1 Overview MKS SBase advantage over 2560 control board: 2.

MKS SBase 3D printer control board user guide

Connection Graph 3.Prerequisite for running. Rôle et réglage des pilotes moteurs pas à pas - L'impression 3D pour tous. Les pilotes de moteurs pas à pas sont des petits modules qui permettent de contrôler la rotation d'un moteur en fonction des instructions reçues de la carte de pilotage.

Rôle et réglage des pilotes moteurs pas à pas - L'impression 3D pour tous

Ils sont connectés à cette dernière, soit directement, soit par l'intermédiaire d'une interface. A gauche le pilote A4988, à droite le DRV8825 Pour les imprimantes 3D, les modèles couramment utilisés sont le A4988 et le DRV8825. *** CONSEILS POUR DEBUTANTS *** (Page 1) — Section Francophone. Voila j'avais dit que je lancerais un thread pour aider les nouveaux venus sur les imprimantes solidoodle.

*** CONSEILS POUR DEBUTANTS *** (Page 1) — Section Francophone

The Toranado Precision Geared 1.75mm Extruder - Side Mount Version by Toranado3D. Toranado Precision Geared Extruder - Legacy Versions by Toranado3D. This page supports all legacy versions of the Toranado Precision Geared Extruder. - These versions are no longer officially supported, but all of the info to build one is still made available. v2.1 - Toranado Precision Geared Extruder Latest Build The Toranado Precision Geared 1.75mm Extruder - Current Build v2.02 Why the Toranado?

Toranado Precision Geared Extruder - Legacy Versions by Toranado3D

Configurer le firmware Marlin. Pour fabriquer une imprimante 3d ou bien pour repousser les limites de sont utilisation il est nécessaire de mettre les mains dans le firmware.

Configurer le firmware Marlin

C’est une étape qui peut en rebuter plusieurs et j’essaierais dans cet article d’expliquer au mieux les étapes requises pour mettre en route une imprimante 3d. Pour vous rassurer nous allons modifier qu’un fichier et nous allons nous concentrer à activer et désactiver des options ainsi que des valeurs de variables. Si vous avez des questions n’hésitez pas à les poser dans la zone de commentaires. v6 HotEnd Full Kit - 1.75mm Universal (Direct) (12v) From mid-June 2016 E3D Hotends will transition to using a standard cartridge-type format for temperature sensors.

v6 HotEnd Full Kit - 1.75mm Universal (Direct) (12v)

This means a new heater-block and thermistor cartridge will be supplied with the E3D-v6 as standard. For a full explanation read the sensor documentation page. The E3D-v6 has been redesigned from the ground up. We have invested a lot of time and used all of our experience to design E3D's latest and greatest HotEnd. If you would like to know more about the design process, check out this blog post. Assembly guidelines for the v6 can be found here. Print the Widest Range of Materials Possible. Building on our signature high temperature performance that allows you to print high temperature materials we've now focussed on adding increased functionality with soft and flexible filaments. E3D v6 Information, Installation Guides, and Review. Sharebot NG dual extruder / Kiwi fan duct with adjustable support by Camaleonte. Semaker 3D market. By Toranado3D, published V1.1 Printing @ 85mm/sec and 500mm/s^2 default acceleration.

Toranado PGE X-Carriage - Prusa i3 8mm by Toranado3D. [TUTO] Step by Step autour des moteurs Pas à Pas /// Part #1 - Tutoriels - Forum pour les imprimantes 3D et l'impression 3D. Imprimantes 3d : Smartfriendz - SmartfriendzShop. RepRap Options/fr. /! \ Page en cours de traduction /! \ Cette page a pour but de présenter la manière dont tous les éléments nécessaires pour créer une RepRap s'articulent les uns avec les autres. Cette étape est facultative, et si vous souhaitez passer immédiatement à la pratique, alors le mieux est d'aller directement consulter le guide incomplet du débutant RepRap et la catégorie concernant les instructions de montage.

Par ailleurs, vous pouvez également consulter les liens de la section Modèles ci-dessous. Structure des composants d'une RepRap Cela étant dit, pour obtenir une vue plus globale, nous commençons ici par présenter les différents modèles de RepRaps, ainsi que les quatre composants principaux d'une RepRap : Montage-Logresse_-_V2.

Prusa P3-Steel — Wiki LOGre. Projet de fabrication à moindre coût d'une imprimante 3D basée sur la P3Steel La page de l'imprimante est maintenant ici : Présentation La P3 Steel est un remaniement du design de la Twelve Pro elle même basée sur la Prusa I3 de Josef Prusa. Leonardo, la première version de la P3Steel fut construite en avril 2013, après que son concepteur, Irobri, eut assisté à un Maker Show à Saragosse (Espagne) Son chassis, en acier découpé au laser lui assure une rigidité supérieure, limite le nombre de pièces plastiques imprimées et facilite le montage. Instructables - DIY How To Make Instructions.

Makerarm. What is a Bowden extruder? One of the challenges when getting started with 3D printing is learning the terminology. Depending on your background, the various mechanical and project names may be complete gibberish. Fortunately, most of the ideas are pretty simple when you take a step back. For example, let’s look at the Bowden Extruder. In its simplest form, when someone refers to a Bowden-style extruder, what they mean is that there’s a flexible tube guiding the filament from the extruding motor (cold-end) to the nozzle (hot-end.) In fact, you can convert a “traditional”, direct extruder into a Bowden extruder by separating these two parts and running a tube (generally made of teflon) between them. The Direct Extruder The direct extruder is more common, and it’s easier to explain the Bowden variant in terms of its differences. (Source: wiki) The diagram above illustrates the workings of a typical, DIY extruder.

(Image source: File:P3Steel Render.jpg. P3Steel. English • Español • Italiano Introduction | Bill of materials | Proteins | Vitamins | Painting the steel frame parts | Main steel frame assembly | Y-axis assembly | X-axis assembly | Connecting X-axis and Z-axis | Motor assembly | X and Y-axis motions | Heated bed assembly | Extruder assembly | Electronics and wiring | Extras P3Steel Release status: working The P3Steel is a remix of Twelvepro's redesign of Josef Prusa's i3. Leonardo - the prototype P3Steel printer - was designed and built by Irobri in April 2013, after attending a local Maker show in Zaragoza, Spain.

The main frame structure, built from laser-cut 3mm steel, is extremely strong and simple to assemble, and eliminates the need for several printed parts due to the use of steel parts instead of threaded rods for the "Y" subframe (as in the original Prusa i3 and many of its variants). P3Steel V1.2 Renderization. Chroniques d'une imprimante 3D - ekito people ekito people.