... or you attach an encoder to the axis or dc motor shaft and use a STEP/DIR-Servo-driver ... but it's much pricier, than steppers ...von VDX - Mechanics
... hmmm ... I don't think, he'll read the answer after two months without reactions -- but hope the best ...von VDX - Delta Machines
... if the thermistors have different specs, then you'll need a different temperature table too ... AFAIK the specs even of the same types can differ by something like 5% or 10%.von VDX - General
... hmmm ... some of my (12V) LED-stripes have already internal current regulation, so simply connecting to a 12V PS would be enough. Others (mostly RGB-types) have either 4 pins for the "colors" and GND or 2 pins for the current and one for the selection or serial data. Do you have a link to your specific type or the data sheet?von VDX - Firmware - Marlin
... look into the data sheet of the LED stripe, which current it uses ... then check, what max. current is supported by the output ...von VDX - Firmware - Marlin
... some other methodes to coat printed housings with metal is to spray or paint it with a conductive material, then use galvanics to coat it with the metal, previously solved in the galvanic bath. Here are some paints or copper-stripes or other eventually usefull and slightly cheaper conductives -von VDX - Firmware - Marlin
... is the drawn current supported? ... and what's with the polarity or reference level?von VDX - Firmware - Marlin
... there are some, but not conducting as good, as pure metal ( or [3dk.berlin]) I'm coating the surface with a thin layer of metal and repeat this, until the thickness is sufficient for the needed current. But the material could be any other typt too - plastic, ceramic, glass, ... - or any combination in any count or variation of materials in the stacked "layers". Here for example Titanium ovon VDX - Firmware - Marlin
... DIY can be pretty sophisticated with a good idea - this is the target with this type of "thermotransfer" ... e.g. conductive layers or any type of materials on any type of surface (here PCB's made of glass, paper or plastic sheets)von VDX - Firmware - Marlin
... do you awaiting an answer after 12 years?von VDX - Object repositories
... here one of the testresults with copper - from left to right the "printed" layer heights were from "0" to some ten nanometers to maybe 1 micrometer on the rightmost side. When repeating this 2x, then from mid to right the layers starts to get "thick enough" to look metallic, as pure copper chould bevon VDX - Firmware - Marlin
... in one of my actual projects I'm trying to create and to "print" ultra thin layers with down to some hundred nanometer thickness -- but it's not with "common" FDM, but more with thermo-transfer ... but too, experimented, what's the thinnest layer height, possible with FDM and smaller bore diameters - best was 20 microns with a 0.1mm (100microns) bore, but not really usefull or reproducible .von VDX - Firmware - Marlin
... yes, this is, what I know or remember ...von VDX - Firmware - Marlin
... IIRC it was first pretty simple, without any internal compensation, as you move the head in Z, until the paper is just caught, then set this position as "0". The next, more "comfortable" adjust, was the Z-offset parameter, measured with the "paper methode", then saved into the parameter set. All this fancy "calculation" was then added for the automatic bed-level measuring with a probe ...von VDX - Firmware - Marlin
... this was something from the "beginning" or the early years, when we started at 2007. "Paper sheet" was the easiest and most available methode to get a uniform distance and was meant for printing paper with 0.1mm thickness ...von VDX - Firmware - Marlin
... if you look onto the results and integral meaning, then many softwares can be pointed out as "CAD" == "Computer Aided Design" ... even a simple text-editorvon VDX - Printing
... wegen den "Laser-Umbau" - das geht auch mit einfach lichtdicht abdecken oder Austausch der Plexi-Scheiben gegen z.B. Alublech und Kamera(s) für die Beobachtung/Anzeige. Wenn du Interesse hast - ich könnte eine oder zwei von den diversen IR-Laserdioden abgeben ... hab' welche mit Leistungen von 136W bis 360W auf einen Spot von 0.2mm ... die brauchen Wasserkühlung, mit den stärkeren kann man nvon VDX - Schwarzes Brett
... Junior hat nicht genug Geld und keinen Platz. Ich bin am Überlegen, ob das Gehäuse und die XYZ-mechanik was für mein "Laser-Multimaterial-Sinter"-Projekt wäre -- bin aber noch mit den Firmen am verhandeln, ob/wann die das Förderprojekt starten wollenvon VDX - Schwarzes Brett
... could eventually be overheating of the driver?von VDX - General
... auf den 2. Blick - hast du evtl. Interesse an einem Umbau des Gehäuses in Richtung "Laser-Dicht" und dann was in Richtung Laser-Gravieren und SLS/DLM (="Selective Laser Sintering" oder "Direct Laser Melting") mit Pulverbett oder Draht/Filment aufschmelzen à la "Metalldraht-FDM" zu machen?von VDX - Schwarzes Brett
... ich geb das mal an meinen jüngeren Sohn weiter, ob das was für die 3D-Druck-Werkstatt/Makerspace an der Uni wäre (die haben da mehrere BambuLab's und nicht wirklich zufrieden damit)von VDX - Schwarzes Brett
... with my methode its halfway between "FDM" and a "paste-dispenser", what I was developing and using many ears. Instead of a heated chamber to melt the material and extrude it in a "semifluid" state, I'm touching the surface with a "cold" wire and then only melt the tip, touching the surface, so it forms and releases a droplet of molten metal, if retracting the wire before switching the laser(von VDX - Developers
... see my other post. For the extruder -- with metal alloys and solid metals, melting them with lasers, it's a complete different and much easier setup - here it could be a simple wire-feeder, as used for wire wielding ...von VDX - Developers
... I was testing with "metall-FDM-3D-printing" with weldig alloys or solid metals like platinum, melting them with lasers ... it's working, but you'll need a much more sphisticated and expensive setup, than common with the DIY-3D-printers - mostly for shielding gas an all needed shielding against the reflected laser beams ...von VDX - General
... von den kleinen "Messemustern" der Steilspindel habe ich einige da (gab's als kostenlsen give-away auf einigen Messen) -- die isnd aber auch nicht spielfrei bzw. neigen zu Verschleiß der Kunststoff-Muttervon VDX - Mechanik
... ist hier leider auch etwas zu ruhig gewordenvon VDX - Forum für Umwelt-Fragen ...
... Zahnstangen-Antriebe lassen sich mit unterschiedlichen Optionen auch spielfrei konfigurieren ... die Inspiration für meinen ersten CO2-Lasecutter - mit Seilzügen und beide Motoren "fix" an einer Seite - habe ich mir vom mechanischen Aufbau und Antrieb eines Hafenkrans im hamburger Hafen geholtvon VDX - Mechanik
... da würden sich evtl. auch Zahnstangen anbieten - hab' mir mal extrem günstig 10 Zahnstangen mit 1m Länge aus einem Forumsangebot schicken lassen und mir passend dazu ein paar POM-Zahnräder bei Amazon bestelltvon VDX - Mechanik
... I don't have the time to look into - but it seems, you have to adjust the polarity of the homing switch signal too, beside the moving and homing (min/max) directions ...von VDX - CNC Routers, Mills, and Hybrid RepRapping
... helpfull, even 10 years later!von VDX - Repetier