DustBox RT - Router Table Dustextraction

The DustBox RT is a dust extraction enclosure designed to be mounted underneath a router table, capturing chips and dust directly at the source. It was developed for the Enjoywood router lift integrated into a Bosch GTS10XC table saw, but can be adapted to similar setups. The enclosure features a front door with an acrylic window, held in place by eight 6×3 mm magnets (four in the door and four in the housing), allowing quick access while maintaining a clean and enclosed system. A two-part cable pass-through is integrated into the housing, equipped with a matching two-part seal. The seal can either be 3D printed in TPU or cast in silicone using the included mold files. The pass-through is threaded into the housing for a secure and modular installation. The main body consists of a center section (split into four parts for printability and later bonded), two side panels, and the front door. A dedicated routing template is included for precisely machining the acrylic insert using a flush trim bit. Dust extraction is handled via a 50 mm hose connection mounted on the side, designed to be secured with a hose clamp for reliable operation. For assembly, cyanoacrylate (super glue) was used to bond the housing parts and to fix the magnets. After bonding, the inner seams were additionally sealed with construction adhesive to improve airtightness and dust extraction performance (optional but recommended). The acrylic panel was also installed using construction adhesive. The DustBox was printed in Bambu Lab PETG HF, while the cable pass-through was printed in PLA Matte (red in this case), but materials can be adapted depending on your setup. The DustBox RT is a dust extraction enclosure designed to be mounted underneath a router table, capturing chips and dust directly at the source. It was developed for the Enjoywood router lift integrated into a Bosch GTS10XC table saw, but can also be adapted to similar setups. The enclosure features a front door with an acrylic window, held in place by eight 6×3 mm magnets (four in the door and four in the housing), allowing quick access while maintaining a clean and enclosed system. A two-part cable pass-through is integrated into the housing, equipped with a matching two-part seal. The seal can either be 3D printed in TPU or cast in silicone using the included mold files. The pass-through is threaded into the housing for a secure and modular installation. The main body consists of a center section (split into four parts for printability and later bonded), two side panels, and the front door. A dedicated routing template is also included for precisely machining the acrylic insert using a flush trim bit. Dust extraction is handled via a 50 mm hose connection mounted on the side, designed to be secured with a hose clamp for reliable operation. For assembly, cyanoacrylate (super glue) was used to bond the housing parts and to fix the magnets. After bonding, the inner seams were additionally sealed with construction adhesive to improve airtightness and dust extraction performance (optional but recommended). The acrylic panel was also installed using construction adhesive. The DustBox was printed in Bambu Lab PETG HF, while the cable pass-through was printed in PLA Matte (red in this case), but materials can be adapted depending on your setup.