Hey - so I'm not a resin printing expert, but I run a digital marketing agency and we've dealt with similar air quality challenges in our office spaces. When we moved our team from Santa Cruz to St. Petersburg, we had to tackle some serious ventilation issues in our workspace. For odor control at workstations, I personally went with a combination approach: a quality carbon filter box paired with direct exhaust to a window. The carbon filter was the MVP here - we used an AC Infinity CLOUDLINE with activated carbon filters, and it cut the chemical smell by about 70-80% in our main work area. The key was positioning it within 2 feet of the source and running it continuously. The single biggest difference-maker was sealing the enclosure properly with weather stripping foam tape around all gaps. Sounds basic, but before we did that, everything else was just band-aids. Once we sealed it up, the carbon filtration actually had a chance to work since the air was being forced through the filter instead of leaking out. We also added a small inline fan to push filtered air out a dryer vent kit we installed in a window - this created negative pressure inside the enclosure. That combo of sealed enclosure + carbon filter + exhaust is what finally made our space comfortable enough that nobody complained anymore.
An effective odor control setup for apartment-friendly resin 3D printing includes a fully sealed enclosure with a HEPA filter and an activated carbon filter system. The activated carbon filter is crucial for adsorbing volatile organic compounds (VOCs) and odors released during printing, preventing their escape into the environment. The HEPA filter complements this by removing particulate matter, maintaining high air quality in the workspace.