The name Laser Engraver sounds like a device that can only be found in a large factory, but MicroSlice allows you to achieve laser engraving at home. It is a miniature laser engraving machine controlled by Arduino Uno, which can cut materials or print words. Its small size is suitable for small workshops and hand workshops.
MicroSlice can program the controller through related open source software, which can cut paper, or carve wood and plastic. The product will be delivered to the user in the form of an assembly bag. The user will need to spend about 15 hours to assemble the product. All accessories and materials are included in the assembly bag. The product has a wooden structure and is lightweight. In addition, the framework design similar to the jigsaw is convenient for users to assemble their own MicroSlice.
The product moves the laser head through two stepping motors, and determines the coordinates of the laser head according to the code. This principle is similar to the industrial Laser Engraver. In order to ensure the circulation of air, it uses the same honeycomb-type cutting table as a professional laser engraving machine. Traditional laser engraving machines use expensive and cumbersome gas lasers. MicroSlice uses lightweight, high-energy laser diodes: This type of diode is commonly used in DVD player.
This product uses Grbl to compile and motion control Arduino Uno. Users can use G code to compile their own designs. Users can also use the vector graphics editing software inkscape to directly draw machine-recognizable vector graphics: the size of the image must be controlled within 5cm X 5cm.
The development team also provides “enhanced” engraving machines for users who are looking for a more professional Laser Engraver. It will use plexiglass as the main material of the frame and carry a 200mw laser.
At present, the development team has sold 97 laser engraving machines. They hope to reduce the cost by purchasing large quantities of accessories. They plan to send the products to buyers in April this year.