3D printing my laptop ergonomic setup | nicole@web

Apparently, one of my hobbies is making updates to my ergonomic setup, then blogging about it from an Amtrak train. I've gone and done it again.

My Horse 3D — Horse Creator

The 3D printer makes her shape — her body, her mane and tail, with extra-strong legs on an oval base — all in one plain colour. It can’t print colours, markings or tack. That part is up to you: paint it! Use your design as the painting guide.

Free 3D-Printed Modular Storage 🧱

Boards, bins, drawers, mounts — all free to download. Build a setup that grows with you.

Pantheon Design - High Speed 3D printers

Pantheon Design develops 3D printing systems that allow industrial grade flexible manufacturing at a speed never seen before.

Modular Desk Shelf .STL Pack (Digital Files)

3D print your own modular desk shelf with this Digital STL Pack. Built for practical storage and modular flexibility, this is the complete set of over 1,000 STL files for 3D printing a fully customizable desk shelf system.�  All files are supported by a complete 40+ page step-by-step Print & Assembly Guide! What's Included� 📦 Complete Desk Shelf STL Library 🧩 Detailed Print & Assembly Guide 📘 Free Lifetime Updates 🚀 Features � ️ This modular desk shelf uses off-the-shelf wooden dowels paired with your own 3D printed components to create a strong and flexible shelf system.�  Compatible dowel diameters: 7/8 in (22mm) 21mm 20mm (This product is a digital download. No physical parts are included.)

Bambu Lab P2S

A refined multi-filament 3D printer ready for effortless multi-material, up to 20-color printing, with 70% more extrusion force, flow-rate compensation, and adaptive airflow.

WORBY - Wall Organizer with Red, Blue, and Yellow - Free 3D Print Model - MakerWorld

Download this free 3D print file designed by Scott Yu-Jan. Watch the project video for details: WORBY (Wall Organizer with Red, Blue, and Yellow) is a modular system designed to live at the intersection of functional organization and neoplasticism-inspired art. It transforms the clutter of daily life into a balanced, scalable composition, allowing you to build an organizer that fits your specific needs without sacrificing the aesthetic of your space. All standard modules click into the WORBY base grid magnetically using 10x3mm magnets, while hook and shelving modules use a mechanical cleat system for added strength. Simply slot the top cleats under the grid before snapping the bottom into position. This ensures maximum rigidity without compromising the modular design. Design your WORBY here: theWORBY.com (only works on desktop)

Zdog

Round, flat, designer-friendly pseudo-3D engine for canvas and SVG

Smart Disorganized Individuals: SpimeScript

These days, I'm thinking a lot about 3D printers, desktop manufacturing and software to create physical things. Last year I did some art...

Underware for openGrid - Free 3D Print Model - MakerWorld

Download this free 3D print file designed by David D. This is the openGrid adaption of the Underware system by Hands on Katie. The channels can be directly snapped onto the openGrid base board - the lite board version increases print speed and reduces filament usage. If you want to create your own variation of the openGrid Underware channels I can highly recommend the awesome openGrid Underware generator created by @pedroleite! This allows you to create any size of channels and also wider channels. Boost MeLike this project? Boost me! See my introduction video for details:

Home : Random Geekery

Did you know you can buy some of those drawings on shirts, mugs, stickers, tapestries, etc? It's true! You can find my designs on Threadless and Design By Humans

Foaming photopolymers as a high-resolution biomimetic printing platform

Nature creates a diverse range of foam-like materials, from bones to banana peels, through a rich orchestration of physical and biochemical processes across hierarchical length scales1. Here, we introduce deep-foam photolithography, a spatially controlled, light-induced foaming process in which a photosensitized polymer film is exposed to deeply penetrating UV-A light, which initiates the production of both scission and crosslinked polymers throughout the depth of the film. Hypotonically driven case II permeation2 of a weak solvent triggers pore nucleation, expansion and a controllable viscoelastic collapse to create foams through a localized solubilization of polymer fragments within a crosslinked network. The resemblance to amorphous structural whites in nature enables inkless printing in white and greyscale; the resolution is high enough (about 20,000 dots per inch) to generate diffractive colour. This uniquely allows the printing of mechanically expanded and collapsed foams with high aspect ratios (20×); controlled collapse creates hierarchically rough surfaces with lotus-like super-hydrophobicity. Deep-foam photolithography is applied to both films and fibres, using a range of amorphous and semi-crystalline polymeric materials. Patterning μm-level spatial differences in foamability, wettability, optical properties and local thickness enables high-resolution printing, microfluidics and picolitre capture of liquids and colloidal matter.

Foaming photopolymers as a high-resolution biomimetic printing platform

Nature creates a diverse range of foam-like materials, from bones to banana peels, through a rich orchestration of physical and biochemical processes across hierarchical length scales1. Here, we introduce deep-foam photolithography, a spatially controlled, light-induced foaming process in which a photosensitized polymer film is exposed to deeply penetrating UV-A light, which initiates the production of both scission and crosslinked polymers throughout the depth of the film. Hypotonically driven case II permeation2 of a weak solvent triggers pore nucleation, expansion and a controllable viscoelastic collapse to create foams through a localized solubilization of polymer fragments within a crosslinked network. The resemblance to amorphous structural whites in nature enables inkless printing in white and greyscale; the resolution is high enough (about 20,000 dots per inch) to generate diffractive colour. This uniquely allows the printing of mechanically expanded and collapsed foams with high aspect ratios (20×); controlled collapse creates hierarchically rough surfaces with lotus-like super-hydrophobicity. Deep-foam photolithography is applied to both films and fibres, using a range of amorphous and semi-crystalline polymeric materials. Patterning μm-level spatial differences in foamability, wettability, optical properties and local thickness enables high-resolution printing, microfluidics and picolitre capture of liquids and colloidal matter.

Catlantean 3D - Making Graphics Like It's 1993

Personal website and blog.

BED SPONGE HOLDER NO SUPPORTS - Free 3D Print Model - MakerWorld

Download this free 3D print file designed by IK3Digital. Wash your dishes with style with this adorable bed for your sponge.  It prints in 2 parts, and it needs no supports at all, the pieces attach together by pin.  It has been designed to be used with sponges measuring 75mm W x 130mm L x 20mm H but I will resize if needed to other standard sizes, just flick me a message. All of my models are for personal use only, unless you are an active member of my Patreon IK3D. You will also get free models every month and access to a welcome package, full access to my whole catalog of over 250 high quality models on your third month: http://patreon.com/ik3d Happy printing!