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Built on the foundation of the FDM4, the FDMDuos deliver stronger low-end performance with enhanced output below 100 Hz. If you like a little junk in the trunk, these bad boys are for you. They still carry the top end sparkle of the…
Attach this clamp to the edge of your desktop, swivel your speaker to any angle you wish, lock it into position, and ROCK OUT! Maximum speaker weight: 8.3 lb (3.8 kg) Print Settings: 4 walls (minimum) for .6mm nozzle 6 walls (minimum) for…
Built on the foundation of the FDM4, the FDMDuos deliver stronger low-end performance with enhanced output below 100 Hz. If you like a little junk in the trunk, these bad boys are for you. They still carry the top end sparkle of the…
This model is a type of micropipette based on single use Pasteur pipettes. I use it to drop small, controlled amounts of silver ink on electronic samples. You can use the control screws to handle repeatable amounts of liquid or use the…
Developed in the summer of 2023, these 3D printed bookshelf speakers are our first attempt at properly meshing 3D printing and audio. We believe that we hit the mark! FDM5 Loudspeakers throw out an impressively wide soundstage and boast a…
The "Geos" are edgy, literally 😎 We've combined the sugary sweetness of the FDM5 top-end with an accurate and punchy mid-section and bottom end. If you're into critical listening, or even mixing and mastering, the FDMGeos are for you! The…
This is our 3rd speaker design to date. We went way off-script with this loudspeaker, hoping to attract those with smaller build volumes and a desire for deep bass and excellent off-axis response. They pack the party animal of the FDM5's…
This is a 3D printable cabinet for an 8" powered subwoofer by Deposition Sound LLC. If you have a medium/small living space that is in desperate need of thick, juicy, and fast bass, these are just for you! They have been carefully tuned…
Swivel your desktop speaker to any angle you wish, lock it into position, and ROCK OUT! Maximum speaker weight: 8.3 lb (3.8 kg) Print Settings: 4 walls (minimum) for .6mm nozzle 6 walls (minimum) for a .4mm nozzle 15-20% gyroid infill…
