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This is a project of Open Source Time-Of-Flight (TOF) Lidar. It is designed for fast 2D scanning. No standalone laser rangefinder modules were used in this Lidar, so it's schematic and firmware are fully open. This Lidar is based on conventional optics (CS and M12 lenses), which are cheap enough. The high performance 3D laser scanners from the product range of the LASE D Series are based on the components of a 2D laser scanner out of the LASE Dx-Series and a swiveling platform which is powered by a servo-drive. Elettronics (power supply, laser diode, stepper motor & motor driver) Hardware (rails, linear bearing) Personal computer talk to Arduino board via USB in a language called G-Code. G0 X10 Y10 (Fast move to position X10, Y10) M3 (Turn on Laser) G1 X20 Y10 (Linear move to X20, Y10).
Our Bulletin 45LMS Laser Measurement Sensors offer an excellent mid- to long-range measurement solution. Available in three ranges, this sensor uses the Time of Flight (ToF) principle and has a relatively small beam spot, even from a distance of 50m. This is a project of Open Source Time-Of-Flight (TOF) Lidar. It is designed for fast 2D scanning. No standalone laser rangefinder modules were used in this Lidar, so it's schematic and firmware are fully open. This Lidar is based on conventional optics (CS and M12 lenses), which are cheap enough. Aug 29,  · This open platform has been in use for several years in our laboratory and might serve as a guide for others wanting to upgrade a laser scanning microscope (commercial or prototyped on an open-platform such as reported in) to high-resolution, high-speed TCSPC-based FLIM using off-the-shelf and cost-effective components.

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