The holy grail automatic double dispenser.

Hardware is an M3x12 screw with two M3 washers in between the base and flipper. Printed in PLA at 10% infill cubic. This should work right off the print bed. If it doesn't, here are a few sanity checks.
 - If you have stringing on the internal walls or bumps in the floor of the base, sand them down.
 - If the flipper is wobbly or barely spinning, tweak your screw depth and check your flipper height offset. My M3 washers are .5mm tall, giving the flipper a 1mm offset. You may have to add or remove some to achieve a smooth rotation based on your hardware.
 - Does the tile play differently from one day to the next? Make sure your board is level.

This tile is part of my "Counterweight Tiles Pack". Check the others out.
AltWave https://thangs.com/3d-model/1031259
Overdrive Wave https://thangs.com/3d-model/1031248
Tsunami https://thangs.com/3d-model/1031250
Twozu https://thangs.com/3d-model/975596

Hextraction Wave Tile (PLA Bearingless Sozu)

Wave Base Left.STL

Wave Base Right.STL

Wave Flipper Left 3-8in.STL

Wave Flipper Left 10mm.STL

Wave Flipper Right 3-8in.STL

Wave Flipper Right 10mm.STL

A modular folding combo set with 100+ combinations.

Each half has 2 paths connected to one edge. Mix and match all 16 halves and design your own set. If you end up not liking a pairing, print more or swap the halves for a new configuration! All halves have been fully tested but not all pairs.

**Assembly Instructions**
1. Don't cut the indexing tabs yet.
2. Insert a link in the hinge slot, jam a snippet of filament into the hinge axis, then loosely cut the filament. Repeat for the second half, joining the two.
3. Close the combo and precisely flush-cut the filament. Play-test a ball through the both double openings.
4. Decide which indexing tabs to cut, matching them with their counterparts. Recommended tile design suggests not connecting top edge openings to other top edges. Cut a few or cut them all; it's your set after all!
5. Cross-reference previously assembled Double Lanes for magnet polarity. If it's the first assembly, glue in two 6x2mm magnets with one reversed. Reference these magnets for all future Double Lanes. This way you can swap one-half with any other later if you want to reconfigure. Allow for glue dry time before closing the Combo.

**Community Remixes**
- [Riptide](https://thangs.com/designer/cadeluca/3d-model/Hextraction%20Riptide%20Tile-1130359)

**Remixing Tips**
I provided a blank Double Lane tile for other makers to create with. Double Lane openings are 8mm from "center of tile" to "center of double path's". In testing, I found isolated paths led to the most unique game-play, but feel free to experiment!

This tile set is part of my _Connections Pack_. Check the others out.
Mechanical Link https://than.gs/m/1061125
Roadblock Wall https://than.gs/m/1093407
Skyrail https://than.gs/m/1061124

Hextraction Double Lane Tiles

Double Lane Asterisk.STL

Double Lane Blank (DO NOT PRINT).STL

Double Lane DC Trap.STL

Double Lane DC.STL

Double Lane DI.STL

Double Lane DWC.STL

Double Lane IC.STL

Double Lane IH.STL

Double Lane Kite.STL

Double Lane Newtons.STL

Double Lane Randomizer.STL

Double Lane Reroute.STL

Double Lane Vf.STL

Double Lane W.STL

Double Lane X.STL

Double Lane yf.STL

Double Lane yV.STL

Link Double Lane.STL

A resetable gauss cannon. It shoots balls out at high speeds. Spin the thing to reload it. It even ejects a ball if there's a jam. The design uses springs for rotational lock and to keep the spinner from falling out, but it can be used without them. Each variation has 3 notches. All with 2 side diagonal orientations and either an up or down orientation. Works with both 10mm and 3/8in balls. _Please be smart and don't shoot/aim this at someone, you could take their eye out!_

**Rules Card Text**
Setup: Must orient mechanism as shown. Place a second ball at tip of arrow, if needed.
Trigger: Rotate Spinner 180 degrees in direction of side arrows, if able.

**Hardware**
- **Required |** One [10x10mm magnet](https://www.amazon.com/dp/B078GSZLHJ). Or five [10x2 Magnets](https://www.amazon.com/DIYMAG-Refrigerator-Neodymium-Whiteboard-Billboard/dp/B09X1WWD3P?linkId=696e333232f10ab293645af834e9e4e9&language=en_US), which are also used for the [Zoidberg Tile](https://thangs.com/designer/ZackFreedman/3d-model/Hextraction%2520Zoidberg%2520Tile-856450). Any stack of thinner magnets equaling 10mm long will work, but will be a weaker launch compared to a single.
- **Recommended |** Grease. I used white lithium, but any plastic safe one will work.
- **Recommended |** Two springs (16mm long x 4mmØ). These springs are from cheap disposable click pens found at my local superstore. [PaperMate InkJoy 100RT 1.0 M](https://www.amazon.com/papermate-inkjoy-100rt-1-0m/s?k=papermate+inkjoy+100rt+1.0m). Wasteful? Yes, but they're the cheapest way to get springs this size that I'm aware of.
- **Optional |** Two [5mm steel balls](https://www.amazon.com/dp/B09995R51N). They provide a smoother rotation than the Pins. These are the same used in the [Shrink Ray Tile](https://thangs.com/designer/ZackFreedman/3d-model/Hextraction%2520Shrink%2520Ray%2520Tile-863264).

**Printing / Assembly Instructions**
Designed for PLA, I can't verify other materials. Print the Spinner with supports touching build pate. Everything else doesn't need them. On the Up and Down, color layer change at the arrow then the triangle (eject path indicator.) On the Spinner, color layer change at the arrows. I recommend printing in different base colors for Ups and Downs.

If video instructions are your thing, watch this https://youtu.be/z8v5g9NyBh0?si=S2Lh2hlcpdZjzq7H&t=113. Even though it's a Gravitrax video, mine is heavily based on this design and the assembly process is basically the same just different parts.
1. Insert the magnet(s) on the star side. Insert a ball on the center arrow side. When assembled, it should rattle when shaken.
2. **Recommended |** Grease the Pin-track inside the tile with a swab. Insert 2 springs into the spinner holes, then the Pins or 5mm balls inside the springs. 
3. Insert the Spinner into the Base. If you used springs, compress them fully while installing. The spinner should click and lock every 180 degrees.
4. **Disassembly:** _Remember this thing is spring loaded!_ Rotate the spinner 60 degrees, cover it with your hand so the springs don't go flying, look away, then pull up the spinner.

**Notes**
The spring-spinner will slightly click every 60 degrees due to the corner removal slots. If you went with a springless-spinner, you'll have to precisely align it to an opening or a ball won't shoot out.  I won't be making any magnet size variations for this. There isn't room for anything larger and reducing the size makes it weaker and less fun. The pictures are of an old revision with starless design and no eject-path-indicator, but everything else is basically the same. I'll update the pics when I get more filament in. Thanks to Christopher in the Discord for finding a mistake in some of the files, they're all fixed now.

Hextraction Gauss Cannon Spinner

Gauss Card (1 Part).STL

Gauss Card (2 Part) Base.STL

Gauss Card (2 Part) Detail.STL

Gauss Down C-CW.STL

Gauss Down CW.STL

Gauss Pin.STL

Gauss Spinner C-CW.STL

Gauss Spinner CW.STL

Gauss Up C-CW.STL

Gauss Up CW.STL

A Secret tile overhaul that's optionally compatible with [20mm layer tiles](https://thangs.com/designer/NoStepOnDeez/collection/20mm%20Layer%20Tiles-66284).

This set is a one-stop shop that fixes a variety of preexisting issues with secret tiles and adds additional features. All lids click in with dual latches, which stay put but are easily removed, and don't have tolerance/ clearance issues unlike the original pin style. The pack offers a variety of 16 bottoms, which in a full set, have been balanced for optimal randomness. The *stack lids* offers compatibility with layer tiles, or any other 20mm layered tile, which expand the pathing options of the prior few foundations. If you play with the new [Start Ramp Tile](https://than.gs/m/1134242), it guarantees pathing to the second layer when possible. If you play with the new [Reveal Tile](https://than.gs/m/1134244), it allows players to remove secret lids with an effect. This wasn't possible before as the originals were half height tiles and balls would jump out of them instead of pathing. Furthermore, the *SecretClick Mold STEP* and the *SecretClick Blank STEP* enable creators to easily convert preexisting tiles or make new ones from scratch.

**Lid Variations**
- **Flat Secret |** Use this if you want a replacement for standard secret tiles
- **Stack Open |** Use this if you want additional foundations for layer tiles. *Rules card recommended*
- **Stack Secret |** Use this if you want secret foundations. *Rules card recommended*
- **Shahrazad |** Strongly not recommended. *The tile detailing and its rules card are found in Zack's* [Shahrazad](https://thangs.com/designer/ZackFreedman/3d-model/Hextraction%2520Shahrazad%2520Tile-863261).

**Rules Card** *Stack Lids Only*
Setup: Orient as shown. Create [Start Ramp](https://than.gs/m/1134242), if able.
Ongoing: This is a grid slot. When destroyed, destroy tiles stacked on this.

**Printing / Assembly Instructions**
- All lids are printed latches up. Stack lids require supports. Secret lids get an optional *LidClick Inlay* glued in place. All bottoms are printed without supports. 
- Recommended to print one of each bottom and only one type of lid. This set has been balanced for optimal randomness. Adding or removing some tiles from the set will skew the pathing/trap percentages. However, feel free to print as many or as little as you desire!
- [Flip-Flop](https://thangs.com/designer/ZackFreedman/3d-model/Hextraction%20Flip-Flop%20Tile-856502) and [Twozu](https://thangs.com/designer/NoStepOnDeez/3d-model/Hextraction%2520Twozu%2520Tile-975596) get 1 or 2 washers and an M3x8 or M3x10 screw each. Tweak the screw depth and washer count for desired logic.
- Lid rules cards have _Secret_ and _Open_ variations to match your tile's aesthetic.

**Disassembly Instructions**
 - **Careful when disassembling!** Make sure to push one latch in an upward linear motion, without holding the lid, until it pops off of the base. If disassembled incorrectly, the latch may break. Common errors include rotating the lid and pulling the lid directly upwards. Inform your players on how to disassemble before handling.

**Remixing Tips**
- **Notes |** Make sure to download the  *SecretClick Mold STEP* and *SecretClick Blank STEP*  files in the .step format. There's general guidelines I followed to create secret tiles. I gave all notches available, all walled-edges are now pseudo paths, and no gutter paths are allowed. This is so opponents can't differentiate tiles when someone draws/plays it. Additionally, any tile that requires player input or has a special effect never works as a secret. Feel free to break these guidelines and make something these your own!
- **Create a tile from scratch |** Use the *SecretClick Blank STEP* as a starting point and create custom pathing. Allow for enough material on the corners so the latch slots aren't too brittle.
- **Convert preexisting tiles |** Mate the *SecretClick Mold STEP* to the top face of any standard height tile and "cavity cut" it with 0 scaling. Not every tile can be converted, there needs to be enough material on the corners so the latch slots aren't too brittle.

These tiles are part of my *Secret Tiles Pack*. Check the others out.
Start Ramp https://than.gs/m/1134242
Reveal https://than.gs/m/1134244



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