table

Attention over time

7-day rolling share of analyzed posts/comments mentioning this entity · 90 daily points ending 2026-10-16

Final complete day: 2026-10-16. Attention was 0.1% — this entity appeared in 13 of 12,303 analyzed posts/comments in the seven days ending that day (13 mentions).

Each point is a seven-day rolling window of complete UTC days; a point is comparable only when at least 100 analyzed posts or comments fall inside it. A day with no analyzed records counts as zero; missing coverage is marked and never shown as zero. The series ends at the latest complete analyzed day — it never extends into the current incomplete day. How attention is measured.

Recent mentions

1. 2026-10-15 22:32 UTCComment

   Ipull the head near the table. It goes up all the way and break? I don't have this printer, so i don't know were the stops are. But all printers i see they stop only low, there is no superior stop. If i pull the head of my ender at the maximum height and turn on, it does the same thing. The start sequence is usually "go up a bit, and then center." if it is already on the maximum it can go up....

2. 2026-10-15 14:25 UTCComment

   Looks like you're trying to wind the filament around the spool instead of just spinning the spool to wind it. This just makes it worse. Put the filament mess in that plastic tub behind you in the first pic, slide over a couple chairs or a table and suspend the spool on a broom handle a couple feet above it, and just spin the spool by hand to wind the filament onto it. Untangle what's in the tub as you go. Don't obsess over making sure the strands line up perfectly in layers just try to keep it fairly even left-to-right so there isn't a big high spot in the middle of the spool.

3. 2026-10-15 14:14 UTCPost

   Items to sell at a charity craft sale - Let me say first off that I do not run a 3d printing business, nor do I have any interest in running a 3d printing business. My printer is for fun and for making myself and others happy. Having said that, at work we are having our annual Bake Sale, which this year also includes crafts. The money goes to the United Way (a charity for those unfamiliar). The different departments compete for a trophy and bragging rights. My department has won the last two years in a row. This year a few competitors are vowing to bring us down. I want to sell some 3d prints as crafts at the Crafty Bake Sale. Not a lot of items. I don't know how much space would be available. Ideally I'm thinking maybe space for 12-20 little fidget size things or room on a table or floor for one or two big things (the sale is next Wednesday - not a lot of time for printing). Here is my question: if we assume I can sell 20 fidget-type things, is it better to A) print 20 of the same thing; B) print two or three of a certain thing with many options; C) print 4-6 of each type with less options; D) print 7-10 with only two or 3 options? Also, I know no one wants to give away the secret of their business success or what they sell for fear of losing market share, but if anyone is comfortable with it, if you have any recommendations of specific things to print for this I would love to hear it. Otherwise, I'm thinking of Halloween themed stuff, or if it's not too early, Christmas Stuff (what's your opinion on Christmas stuff?). Again, I'm not looking to open a business. I don't have enough time to go to craft fairs and I don't think there's enough money in it to make it worth my time. Plus I don't want to lose my enjoyment of 3d printing. I just want to be able to contribute to this particular Crafty Bake Sale. Thanks for any input!

4. 2026-10-14 19:43 UTCPost

   I’m a sophomore in high school and this is my first robotic arm I have designed and 3D printed from scratch! (SpotmicroARM01) - I’ve been working on a robotic arm for the back of my SpotMicro over the past few months that was inspired by Boston Dynamics Spot Arm. The arm weighs around 1.1 lbs and uses MG996R servos. I designed and 3D printed the entire arm myself, making this my first robotic arm built from scratch! I’m still working on reducing the wobble, and I haven’t tested its payload capacity yet. The video shows it moving at full speed, and slowing it down through the controller helps reduce the wobble somewhat. I also haven’t mounted it to anything yet and would rather not screw it down into a table For the electronics, I’m using a Raspberry Pi 3B+ and a PCA9685 servo driver. (I also am still working on a GitHub for it) I’d love to hear your suggestions for improving the stability, reducing wobble, or making the design better. What would you change? (The arm is printed in petg which allows it to be lightweight and pretty strong I have not seen any bending yet) Thanks for any feedback!

5. 2026-10-14 15:58 UTCComment

   There's a table right there.. Can't put drinks on tables.. lmfao