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About 10,000 papers for “3d printer”

3D Printer

Voitiuk, D., Kruglei, N., Rossolovskii, A. et al. · Repository of Belarusian National Technical University (Belarusian National Technical University) · 2021

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3D printer

Partridge, Matthew · Figshare · 2025

A bar graph cartoon comparing maintenance frequency for a 3D printer before and after an upgrade. Highlights frustration with equipment and improvement through upgrades.

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3d Printer

Bulletin of Miscellaneous Information (Royal Gardens Kew)

The investment in a 3D printer is sure to enable you to bring products into the market in a much quicker way than traditional methods. The process of identifying and fixing small details or issues during the process of the manufacturing process can be handled directly and having less impact on your manufacturing results. This is because you will gain advantages to your competitors. https://pick3dprinter.com/best-resin-3d-printer/

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3D printer

Jimenez Girbau, Carles, Universitat Autònoma de Barcelona. Escola d'Enginyeria · Dipòsit Digital de Documents de la UAB (Universitat Autònoma de Barcelona) · 2024

Although 3D printing was invented decades ago, it is in this century that it has had a big impact and there have been many improvements. It is now used professionally in many fields, and even for personal use. It is particularly useful when producing prototypes without having to make a mould or for printing parts for old objects that are not being produced any more, like a gear of an old watch, among other uses. In this work, a FFF (Fused Filament Fabrication) 3D printer has been designed and developed to deepen the understanding of this technology and explore its potential applications, ultimately benefiting industries, education, and hobbyists.

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3D printer

Partridge, Matthew · Figshare · 2025

A bar graph cartoon comparing maintenance frequency for a 3D printer before and after an upgrade. Highlights frustration with equipment and improvement through upgrades.

Cited by 0Open access

3D Printer

Ctibor, Jiří · Brno University of Technology Digital Library (Brno University of Technology) · 2016

Diplomová práce se zabývá tématikou 3D tisku, konkrétně výrobou hardwaru řídicí a výkonové elektroniky pro tiskárnu s technologií FDM. Práce po jejím prostudování nabízí čtenářovi přehled o základních technologiích 3D tisku. Více pak získá informací o používané technologii FDM, včetně popisu všech důležitých komponent. Hlouběji je rozebrána problematika elektrických pohonů. V případě zájmu je součástí diplomové práce i schéma zapojení řídicí elektroniky, podle které je možné elektroniku zkonstruovat. Z praktických důvodů dokumentace neobsahuje podklady pro navržené desky plošných spojů, ty je možné obdržet po kontaktování autora práce. K řízení tiskárny je použit jeden z dostupných open source řídicích softwarů. Problematika mechaniky včetně mechanického návrhu je řešena v jiné paralelní diplomové práci studentem Fakulty strojního inženýrství.

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3D Printer

2023

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3D Printer

Jiri Ctibor · Digital Repository (National Repository of Grey Literature) · 2016

Master thesis deals with topic about 3D printers, concretely making hardware of control and power electronic for FDM 3D printer. The work could offer an overview about basic 3D printing technologies after reading. More information could be read about FDM technology, which is used in our printer, also with description of all important components. The furthest is discussed about electronic drives. If reader is interested in this topic, part of this thesis is schematic design of control electronics, which can be used to build own boards. Design of printed circuit boards is not present in attachment and can be obtained by contacting the author. For own control is used one of the open source control software. Mechanical problems and also mechanical design is done in parallel thesis by other student of Faculty of mechanical engineering.

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3D Printer

Jiri Ctibor · Digital Repository (National Repository of Grey Literature) · 2016

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3D Printer

Ayush Rastogi, Aryman Vishwakarma -, Nitin Singh - et al. · International Journal For Multidisciplinary Research · 2023

Digital fabrication technology, also referred to as 3D printing or additive manufacturing, creates physical objects from a geometrical representation by successive addition of materials. 3D printing technology is a fast-emerging technology. Nowadays, 3D printing is widely used in the world. 3D printing technology has been increasingly used for the mass customization, production of any types of open-source designs in the field of agriculture, in healthcare, automotive industry, locomotive industry and aviation industries. 3D printing technology can print an object via layer-by-layer deposition of material directly from Computer Aided Design (CAD) model. This paper presents an overview of the types of 3D printing technologies, the application of 3D printing technology, and the materials used for 3D printing technology in the manufacturing industry.

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3D printer

Caraban Gonzalez, Noemi · 2014

Le Bulletin version 3D

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3D printer

Ivan Diklić · Repository of the University of Rijeka · 2017

U ovom radu prikazan je pregled razvoja aditivne tehnologije i 3D printanja. Prikazan je povijesni pregled razvoja aditivne proizvodnje i 3D printanja i prvi koraci komercijalizacije proizvodnje. Prikazan je pregled razvoja uređaja, te razvoj svih načina 3D printanja, a najbolje su opisana tri najčešće korištena načina SLA, FDM i SLS. Objašnjeni su mehanizmi 3D printera te pobliže definirani svi njegovi dijelovi, pogon, odnosno procesi printanja svake od navedenih tehnologija. Trodimenzionalni ispis se sve više koristi pa je tako opisano i koja su područja primjene 3D printera. Možemo reći kako je prva industrijska revolucija započela izumom parnog stroja odnosno druga industrijska revolucija korištenjem nafte i električne energije pa tako možemo reći da je treća industrijska revolucija nastala izumom 3D printera prije nekoliko godina kada su se na tržištu pojavili prvi 3D printeri. Također su dani materijali za ispis 3D printera. Opisane su prednosti te nedostatci materijala za printanje 3D printera te koji se sve materijali mogu koristiti i njihovi kemijski sastavi te temperature na kojima se tale. Čitatelj bi trebao biti upoznat sa svim dobrim stranama koje nosi aditivna tehnologija odnosno tehnologija 3D printanja, koja bi mogla biti u porastu što se tiče industrijalizacije 3D printanja. 3D printanje, odnosno aditivna tehnologija je zapravo vrlo jednostavan način izrade željenog predmeta u kratkom vremenu no predmet se prije toga mora osmisliti u specijaliziranom programu na kompjuteru. Glavna prednost kod 3D printanja je njegova brzina i jednostavnost te mogućnost izrade modela od kombinacija različitih vrsta materijala, bez potrebe za spajanjem. U radu su iznesene sve prednosti tehnologije 3D printanja, te razvoj industrije i proizvodnje koje bi 3D printanje omogućilo u budućnosti. I zaključno opisana je budućnost 3D printanja te mogući napredak tehnologije, koja se tek počela razvijati.

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3D printer

CERN Video Productions, Caraban Gonzalez, Noemi · 2014

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3D Printer Arena

Bulletin of Miscellaneous Information (Royal Gardens Kew)

There are several different types of 3D printing technology that exists. This is because of the open nature of 3D printing. Communities are championing. Multinational corporations are spending a lot of time and resources on making it simpler and better.To know more: http://3dprinterarena.com

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Nanoscribe 3D printer

Nanoscribe · 2DCC - DMR-FIRST · 2024

The Nanoscribe is the world’s highest resolution 3D printer, based on two-photon polymerization (2PP). It can achieve sub-micrometer resolution printing, with feature sizes down to 200nm. These 3D printed samples (seen below) mimic the exact geometry of FIB (focused ion beam) prepared specimen (20x7x1 µm) and can be used to help master ex situ and in situ lift-out micro-manipulation methods. These 3D printed specimens can be used for practice and training. 3D printed FIB teaching aids can help new FIB users learn lift-out steps in a timely and cost-effective manner, easily repeating lift-out steps without the need for creating expensive FIB specimens.

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