Wickedlasers claim their Spyder 3 Krypton is the world’s brightest handheld laser so powerful its beam breaks through the atmosphere into outer space. With a theoretical range of 85 miles, the S3 Krypton is the first and only handheld laser visible from outer space. Directly viewing the dot of a the Krypton 1-watt laser (86 million lux) will appear over 8,000 times brighter than looking directly at the sun. Safety goggles are a must.
A green laser was chosen because the human eye perceives pure green light brighter than red, blue or purple light.
The Krypton is the first laser to contain an internal thermopile detector. When excess heat is detected, the internal microprocessor gradually lowers operating current to ensure temperature stabilization. A Tactical Smartswitch 2.0 feature on the device offers 9 operation modes including 5 new tactical modes like SOS (Hi / Low) , Beacon (Hi / Low), and Tactical Hibernation. SmartSwitch technology locks out unauthorized access to your S3 Krypton making this super-powered laser inoperable when unattended. [via]
World’s brightest commercial laser has 85 miles range - [Link]
Laser-cut project box tutorial @ Ponoko Community Hub. Rich writes – [via]
Lately I’ve been learning about laser-cutting my own project boxes for the electronic gear I build. The process took me a little while to get my head around, but now that I know what I’m doing, I’m hooked. The finished product looks great and works great. For about the same price as I would pay for a generic plastic box from an electronics retailer, I can get my own enclosure made with every hole cut out perfectly and all the labelling included.
Laser-cut project box tutorial - [Link]
This was a project made as a request.
The idea was to build a circuit that was capable of simulating a tripwire trap. This type of of trap uses a wire placed 20 centimeters above the floor strapped to some bars or trees. When the intruder enters the protected area he trips on the wire and activates the alarm.
Laser tripwire with Alarm - [Link]
The 8 pins PIC12F683 microcontroller is one of the smallest members of the Microchip 8-bit microcontroller families but equipped with powerful peripherals such as ADC and PWM capabilities. This make this tiny microcontroller is suitable for controlling the DC motor speed. In order to demonstrate the PIC12F683 capabilities and to make this tutorial more attractive, I decided to use the PIC12F683 microcontroller to generate simple and yet fascinating laser light show from a cheap keychain laser pointer.
Building your own Simple Laser Projector using the Microchip PIC12F683 - [Link]
Joe Grand has finished work on his Laser Range Finder (LRF) project. This project, which has been in development in cooperation with Parallax Inc., is now in final beta testing. Check out Joe’s development diary for all the exhaustive details and links to development videos.
Joe reports that after final tweaking is completed, he expects the module should be going into production sometime in July and would be ready for sale through Parallax a few months after that.
Joe Grand’s laser range finder – [Link]
This project is my second one with laser, I had learn many thing from my first green laser projector. Now I had decide to make a professional laser projector with 3 laser of 3 different color, Red, Green and Blue. And with galvos who have better spec. I had buy a 30kpps galvo, a 300mw red, 80mw green and 250mw blue.
RGB Laser Projector - [Link]
A 5-wire unipolar stepper motor (these could also be salvaged from old 5¼” floppy disk drives), ULN2003 IC (stepper motor driver), wire, stripboard (or a solderless breadboard ), solder and DB-25 Male connector (buy these two if you can solder. Soldering is not necessary for doing this project, but it will ensure that your connections are secure), DB25 (female/male) parallel port cable, a multimeter, a power adapter (with voltage rating depending on your motor’s requirements)
Joe Grand of Grand Idea Studio has released the code and complete design files for his open source Laser Position Sensor (LPS) project. The project is based on the Freescale MC9S08JM8CLC and several Linear Technology LT1491ACS op amps.
The Laser Position Sensor (LPS) module is an optical sensor that measures and provides the two-dimensional coordinates of visible red laser light (630-694nm) shined onto its surface. The LPS has a resolution of 0.0001″, an accuracy of 0.001″, and a measurement range of +/-0.2″ (+/-5mm). Applications include positioning and alignment, long-range beam-break/security trip wires, remote device control, data communications, and high-speed photography.
Laser Position Sensor – [Link]
I have been trying to get my hands on a laser cutter for some time but they always seem out of reach. All the great things that can be done with a real laser cutter tickle the imagination. Now I feel it’s time to share my latest project – a low cost laser engraver, and maybe just have the chance to get my hands on the real thing . The workspace is a bit small but none the less it works and comes so cheap that most will be able to replicate the result. I did take a few shortcuts, as I feel I don’t have the knowledge to do all the electronics I opted for readymade but low cost in favor of trying to make my own (and most likely fail). All parts used are however easy to find.
Pocket laser engraver – [Link]
I have been messing around with a few components and my arduino. I figured out this project last week and just had to share it with all of you. What it is, is a laser beam hitting a photo cell. The arduino reads the photo cell and when it detects the voltage level is below a certain amount, the beam must be broken while sounding an alarm. The alarm stays on until you punch in the code you have set up to the keypad in. Once the correct code is typed in, the arduino turns of the buzzer and gives you 15 seconds ( or what ever you set the delay time to) to reset the laser beam. You are able to change the code if you like. The steps are very easy to follow and i hope everyone makes one!!!
Arduino laser detector with keypad – [Link]