90W Laser Cutter From Scratch | Smoke Eater v2.0 скачать в хорошем качестве

90W Laser Cutter From Scratch | Smoke Eater v2.0

I've decided to try a different version of the smoke eater. My goals were to make it easier to maintain, increase airflow by using larger diameter vent pipes and making it cheaper. If you haven't watched the original smoke eater video, I suggest watching that first, as this video will make more sense! I want to make it clear that the first version WAS working great! The smoke eater cleared the laser's smoke, and I could not detect any odor in the room. I tested the airflow (with the lid open) before and after the version two update to get some baseline numbers. First, I disassembled the old smoke eater. I removed all of the four-inch ventilation ducting. I dismounted the small fan from the wall and capped the entry hole with two 3D printed caps. Next, using a pencil, I marked the carbon filter location to pass through the exterior wall. I found the center of the circle and drilled a pilot hole. Using a hole cutting jig, I cut out the approximately six-inch hole for the carbon filter. I cut the frame for the new air filter on the Shapeoko XL from 3/4" MDF and assembled it using wood glue, some metal braces, and a couple of air nails. I found some eyelet hooks and a bungee cord to use to secure the filter to the frame. I had initially intended the frame to screw into the 3D printed corner brackets I made, but the filter frame was a tight enough fit that I didn't need them. I used some duct tape to seal the edges, even though this is probably not necessary. After installing the six-inch ducting on the carbon filter and new eight-inch fan, I sealed the smoke eater chamber back up and moved on to the last step. I needed to make a new quick-release set for the acrylic window I'm using for ventilation, and doing so, I needed to cut a larger opening. I just put the whole window onto the Shapeoko XL and ran a quick job to cut the slot. The quick-release set was 3D printed, and I inserted magnets during the print. I attached these prints to the window using some bolts. After the window was back in place, I gave it a quick test. As you can see, I have almost doubled the airflow with this new version! IMPORTANT: I AM STILL VENTING THE SMOKE OUTSIDE!! DON'T ATTEMPT TO USE THIS WITHOUT VENTING THE SMOKE OUTSIDE! EXHAUST FROM LASER IS DANGEROUS AND MUST BE VENTED OUTSIDE FOR SAFETY! 🎬 SMOKE EATER V1:    • 90W Laser Cutter From Scratch | Smoke Eater   🍺 SUPPORT MY CHANNEL: https://paypal.me/acwrightdesign -------------------------------- 🚀 FOLLOW ME OR GET IN TOUCH Instagram:   / acwrightdesign   Twitter:   / acwrightdesign   Pinterest:   / acwrightdesign   Github: https://github.com/acwright 📜 PLANS AND DOCS Further Fabrication:    / @furtherfabrication   🤖 3D PRINTED PARTS AND FILES Thingiverse: https://www.thingiverse.com/thing:475... 📦 ITEMS I USED IN THIS VIDEO As an Amazon Associate, I earn from qualifying purchases. I get commissions for purchases made through links in this post. They help me to be able to create more content for you. Thank you for your support! 8-Inch Inline Fan: https://amzn.to/3b6XtyK Dryer Hose: https://amzn.to/37gc3mr Duct Clamps: https://amzn.to/3rUFli5 Air Filter: https://amzn.to/3tWqYfj Carbon Filter: https://amzn.to/3dfueMF Anemometer: https://amzn.to/3ppewRs