The Neo-Artist: a high-tech guide to making

One man’s mission to solve the economic downturn for creative people.

Lincoln Kamm spent 12 years in the animation industry before breaking out and producing his own works. He has since met with notable success with six-figure sales and is now helping others learn how they too can do the same.

In an upcoming publication The Neo-Artist, Lincoln expands on his college lecture series and consulting experience. The book is a treasure-trove of knowledge that aims to teach creative people about the latest in high-tech hardware and software for turning ideas into real physical objects.

Topics covered include 3D printing and laser cutting, designing custom electronics, clothing and more. Most importantly, The Neo-Artist will also show how to make other aspects of the available technologies work for you to help market and sell your work. It’s perfect for makers who are just starting out and will still have plenty to offer those who have been in business for years, guiding them to the next level and beyond.

So if you are a creative person who’s into technology, be sure to take part in The Neo-Artist Kickstarter campaign and make a pledge to secure yourself a copy of the book. It’s time to leave the rat race behind.

The Neo Artist via Kickstarter

Related posts:

Multi-colour prints from a single extruder

Tutorial shows how to liven up your 3D prints

Are you finding the monochromatic output of your 3D printer a little drab? According to Andre Tiemann, coloured prints are easily achievable and he has written up a neat tutorial explaining how to achieve multiple hues… and you don’t even need to have the latest high-tech equipment.

With dual-head extruders becoming more and more commonplace, coloured prints may not seem so exceptional – but what sets Andre’s efforts apart is that he is producing multiple colours from a single extruder.

Referring to the prints as 2.5D (rather than full-blown 3D objects), he explains the process of colour swapping based on layer height to radically change the appearance of the printed object.

“…while this isn’t a breakthrough in 3D printing, it is a fun technique to liven up prints.”

Instructables via 3Ders

Related posts:

Pibow: stacked laser-cut enclosure

A new way of building DIY electronics project boxes
Since the Raspberry Pi launched six months ago, a huge ecosystem of enclosure designs have sprouted up out of the creative commons community. The Pibow is a particularly innovative approach, consisting of a stack of laser-cut acrylic layers. It’ll be interesting to see how long it takes for this new technique to spread to through the community.

Related posts:

My First Synth

A compelling toy for all ages

Here’s an Instructable that goes into great detail about the design and build process of this marvellously over-engineered kids toy. This project really ticks all my boxes: sweet laser cut enclosure, arcade buttons, weird noises, and it’s educational!

Related posts:

CNC routing for casting intricate mechanical parts

Or, how to be an absolute boss

Here’s a wonderful write-up on the trials, tribulations, and inspiring successes of Michal Zalewski’s 6-year journey into robotics. This well-written story is focussed on techniques for using CNC routing to create intricate molds for casting precision mechanical parts. Mouth-watering pictures after the break… (more…)

Related posts:

Tutorial: Gears & Joints with SketchUp and SketchyPhysics Part 2

Mechanical modelling with free software tools

Following on from last week’s introductory tutorial, here’s a bit more information on how to make mechanical models in SketchUp with SketchyPhysics. By the way, here’s a great resource if you want to learn more about mechanical linkages, gears, and all that good stuff (hat tip to Edgar Castelo for the link).

Related posts:

Tutorial: Gears & Joints with SketchUp and SketchyPhysics

Continuing my commitment to using free software even though it drives me up the wall sometimes

Following my recent obsession with drawing machines, I’m working on a new project with lots of gears and linkages. I figured it would be a good time to learn how to do mechanical modelling in SketchUp. Sketchy Physics is a plugin for Google SketchUp that allows you to simulate mechanical models. It is very capable but also very frustrating!

Figuring I’m not the first person to get frustrated on the way to creating meshing gears in SketchUp, I wrote this tutorial. I hope it will help some of you get up the steepest part of the learning curve.

Stay tuned for Part 2 coming soon.

Related posts:

Laser-Cut head with a secret compartment

Instructables tutorial: slice up your loved ones, hide your treasures inside.

Ever wondered what the CEO of Autodesk gets up to in his spare time? This guide from CarlBass on Instructables gives us a little insight into his private moments, as he walks us through a fantastic laser-cut project to create a secret hiding place for his son.

And what kid wouldn’t love a secret compartment that is inside their own head?!?

The process is all laid out on Instructables, and makes good use of a few handy apps from Autodesk.

Photographs are converted into a 3D model using 123D Catch, and then sliced up for laser cutting in 123D Make (after the addition of a generous cavity to hide all those treasures, of course!). Locations and alignments for dowels and magnets are also planned in, so that the completed form can snap closed to conceal the secret compartment.

As happens with all good Instructables guides, a lively conversation has followed in the Comments section of the post.

Instructables via BoingBoing

Related posts:

10 excellent tips & tutorials on 3D printing

So you’ve seen the famous wrench video, you’ve got yourself a 3D design program, and you’re ready to try out 3D printing.

But where do you start?

If you’re not using your own desktop 3D printer, you’ll want to check this out:

Things you must know for 3D printing with Ponoko. This forum post lists 6 key considerations when using 3D printing — things like minimum wall thickness, hollowing out your geometry, and material selection.

For details on all that stuff plus a lot more, jump into these super helpful tips and tutorials.

1. Strength guidelines of 3D printing materials

You need to pick a material before you start designing, so you can take the benefits and limitations of each material into consideration as you design. This strength guideline depicts what proportions are suitable for which materials.

2. What does wall thickness mean, and how do I get it right?

This is one of *the* most important things for getting a successful 3D print. This post explains how to determine the minimum wall thickness you’ll need to get a sturdy result.

(more…)

Related posts:

CNC milling waves!

Rhino tutorial on simulating wave patterns!

I’ve recently been checking out the Grasshopper forums where people have been experimenting with CNC milling fibreboard and plywood with wave forms. For those interested in creating these patterns there is a tutorial by over at Instructables by Brian Ottrogge on how to achieve some similar forms, without needing to fire up Rhino’s Grasshopper plugin. (more…)

Related posts: