Popping the Hood on the Flux Beamo Laser Cutter

While the K40 has brought affordable laser cutting to the masses, there’s no question that it took a lot of sacrifices to hit that sub-$400 price point. There’s a reason that we’ve seen so many upgrades and improvements made to the base model machine, but for the price it’s hard …read more

Continue reading Popping the Hood on the Flux Beamo Laser Cutter

Hackaday Podcast 071: Measuring Micrometers, the Goldilocks Fit, Little Linear Motors, and 8-bit Games on ESP32

Hackaday editors Mike Szczys and Elliot Williams fan through a fantastic week of hacking. Most laser cutters try to go bigger, but there’s a minuscule one that shows off a raft of exotic components you’ll want in your bag of tricks. Speaking of tricks, this CNC scroll saw has kinematics …read more

Continue reading Hackaday Podcast 071: Measuring Micrometers, the Goldilocks Fit, Little Linear Motors, and 8-bit Games on ESP32

Tiny Laser Cutter Puts Micro Steppers to Work

The influx of cheap laser cutters from China has been a boon to the maker movement, if at the cost of a lot of tinkering to just get the thing to work. So some people just prefer to roll their own, figuring that starting from scratch means you get exactly …read more

Continue reading Tiny Laser Cutter Puts Micro Steppers to Work

Planetary Gears Tell Time In This Ornamental Clock

A clock is perhaps one of the the most popular projects among makers. Most designs we see are purely electronic and do not bother with the often more complicated mechanical part. Instructables user [Looman_projects] though was not afraid of calculating gear ratios and tooth counts for his planetary gear clock. …read more

Continue reading Planetary Gears Tell Time In This Ornamental Clock

Harmonic Analyzer Does It With Cranks And Gears

Before graphic calculators and microcomputers, plotting functions were generally achieved by hand. However, there were mechanical graphing tools, too. With the help of a laser cutter, it’s even possible to make your own!

The build in question is nicknamed the Harmonic Analyzer. It can be used to draw functions created …read more

Continue reading Harmonic Analyzer Does It With Cranks And Gears

Making Models with Lasers

Good design starts with a good idea, and being able to flesh that idea out with a model. In the electronics world, we would build a model on a breadboard before soldering everything together. In much the same way that the industrial designer [Eric Strebel] makes models of his creations …read more

Continue reading Making Models with Lasers

Cardboard Longboard Uses Quarter-Isogrid Structure

Skateboards are most typically crafted by hand, carved out of wood layered by care. However, many makers have sought to explore alternative techniques. [Technovation] decided to combine alternative materials and digital fabrication techniques to produce this attractive cardboard longboard.

The structure of the board was designed in Fusion 360, featuring …read more

Continue reading Cardboard Longboard Uses Quarter-Isogrid Structure

The Practical Approach to Keeping Your Laser in Focus

You could be forgiven for thinking that laser cutters and engravers are purely two dimensional affairs. After all, when compared to something like your average desktop 3D printer, most don’t have much in the way of a Z axis: the head moves around at a fixed height over the workpiece. …read more

Continue reading The Practical Approach to Keeping Your Laser in Focus

Creating A Laser Cutter From A 3D Printer

The average FDM 3D printer is not so different from your garden variety laser cutter. They’re often both Cartesian-coordinate based machines, but with different numbers of axes and mounting different tools. As [Gosse Adema] shows, turning a 3D printer into a laser cutter can actually be a remarkably easy job. …read more

Continue reading Creating A Laser Cutter From A 3D Printer