Hey there @optimus and @CREALITY crew,
I’d be thrilled to beta test and provide feedback on the upcoming filament dryer! Based on my experience with the Space Pi and CFS, here are a few theories on what it might incorporate. Some are realistic, some are pure fantasy—but hey, one can dream! Ha!
A mini-CFS???
Okay okay, I know… dreaming. Gotta start off strong here!
• **Enhanced Sealing:** The Space Pi box lacks a proper gasket and latch. The CFS has latches on each side, keeping the filament secure and the lid shut tight—this new dryer should get that same treatment!
• **Desiccant Integration:** Expand desiccant compartments or allow user-customizable storage to maintain optimal humidity levels. Maybe even an automatic regeneration system? The current CFS and Space Pi boxes could definitely be bigger!
• **(Fantasy) Motorized Filament Handling:** Imagine a fully automated system that seamlessly feeds filament from the dryer to the printer while communicating with the CFS. No more manual swaps or Y-connectors for a side spool (my CFS/K2 setup requires this)… just load & go.
• **Spool Size Capabilities:** You know what they say about a BIG printer… right??? BIG SPOOLS. 🤓 Ha! The K2 devours 1kg spools so fast, so having a box that fits a 3kg or even 5kg spool would be a game-changer. It’s hungry, and it wants to be fed!!!
• **CFS Compatibility:** Maybe this could be the dedicated carbon fiber box, keeping abrasive filaments out of the CFS to prevent contamination? Those tiny carbon fibers get EVERYWHERE. A dedicated, slightly warmer box could help contain them.
Or maybe… a Support Filament Vault? A dedicated chamber for dissolvable support filaments to keep them in perfect printing conditions for high-end materials?
• **Uniform Heat Distribution:** How about a motorized spool rotator that slowly spins 180° clockwise, retracts, then spins counterclockwise? Like one of those swinging ships at a carnival. 🚢 That would prevent tangles while helping distribute heat more evenly, reducing strain on the fans and potentially cutting drying time.
• **High-Temperature Capability:** Just a hunch here, but I feel like when I put filament that's cold into my rig, I notice more VFAs and layer inconsistencies. During winter, we don't really heat our home and it gets really cold in my office. I imagine it's like throwing ice into a bowl of soup. 😂 A pre-heated spool chamber could reduce thermal shock and improve print quality & consistency. We’ve got the 350°C nozzle and 60°C chamber… I swear I won’t burn down my house 😇😬.
• **Creality Cloud Connectivity:** Remote humidity monitoring, drying status alerts, and real-time notifications from Creality Cloud. Maybe even direct filament painting inside Creality Print 6? Okay okay… now it really is starting to sound more like a mini-CFS with integrated heating, the fantasy continues!!! Hahaha.
• **Intuitive Touchscreen Display:** The CFS and Space Pi screens already look great, but the Space Pi touchscreen requires too much pressure. A smoother, more responsive interface would be a huge quality-of-life upgrade.
I’m located in The Woodlands, TX, where our relative humidity averages 75%+. Our muggiest months are just ahead
! That said, humidity controlled enclosures and boxes are my best friend. It would be a great environment to put your new dryer to the test! Oh… and if you couldn’t tell, I love to write!!! So you’ll get plenty of feedback!
Thank you!