Good morning, I was looking for a way to neatly store the laser and cutting materials and expanded my PuSH for this purpose. To do this, I built a few holders for the frame into which compartments can be inserted. Since PuSH works with a 30 mm (net) grid, I developed the compartments in a 10 mm (gross) grid. This leaves 8 mm of usable space per level. In addition to the 10 mm high compartments, I built additional heights in the 10 mm grid, where 18 mm, 28 mm, etc. of usable space is available. However, since a 90 frame was quickly filled up, I expanded the frame system and now have frames up to 300 mm, including fronts to protect the materials from dust. Even though I can hardly imagine anyone needing a 300 drawer, I will publish this as well. I will publish everything bit by bit after I have printed everything for the pictures. I will start with the heights that I have already printed for my own use. The compartments themselves have room for acrylic sheets, wooden panels, imitation leather, and vinyl sheets. I have also built this for A4, i.e., cardstock. Here are a few photos of what the finished product looks like. I printed the storage spaces in the same color as the materials they contain. The compartments for Arycl are the 20s, for PU and paper the 10s.

The PuSH Box is now complete with the lid. If you would like additional modules, please let me know. I will then see what else is possible.

[PuSH] Laserbase is now available.

[PuSH] Plate is now available.

[PuSH] Compartment is now available.

The stopper for all Drawers is now available.

The 90mm Drawer is now available.

The 90mm Frame is now available.

Gridfinity-Inlay is now available.

The 60mm Drawer is now available.

The 60mm Frame is now available.

The time has come—the first part of the PuSH organizer is here. The handle :) But the drawer is still to come. #Newmodel

#Newmodel #Comingsoon Since switching from the X1C to the H2D, I've been pestering Willi3D to design a BaBo XL that's a little bigger and can hold a few more inlays. Unfortunately, Willi was busy with other projects and there has been no BaBo XL so far. The idea of making something like this myself started to grow in my head. At first, I dismissed the idea, but it kept coming back. Eventually, I asked Willi again if he was working on the BaBo XL, which he denied once more. So I sat down and made a slightly larger “BaBo XL” myself. Apart from the 30mm*30mm*30mm grid, it is not compatible with the BaBo organizer. That's why it got a new name. I would like to introduce PuSH, “PyroGX unified Storage Hub.” Since it is very much inspired by the original despite the module incompatibility, there will also be very similar modules. In addition to the drawer module in heights of 30, 60, and 90, there will also be a module with a flap in the three heights and a module for storing the printer plates, including the laser bed, cutter bed, and vision encoder. I will continue to use the standard screw size (M3 x 8, countersunk screws), but will offer additional options in some cases. Here you can see the drawer module with a height of 30 mm. The drawer module with a height of 60 mm and the drawer module with a height of 90 mm will follow shortly. There will also be a lid. I can't say yet how quickly further modules will follow, it depends heavily on motivation. I must admit that the biggest motivation is, of course, lots of downloads/prints and boost tokens. There are several options for assembly. In addition to gluing them together, which is always possible, you can connect the modules with the plates. To do this, screw the upper hole of the lower module to the plate and the lower hole of the module above it. As an alternative to screwing the modules together, PuSH also offers the option of attaching an M6 threaded rod to the bottom module using a nut and then placing the other modules on top. The top module or cover should then be secured again with a nut. Here, you also have the option of aligning the bottom module and drilling through the plate on which it stands with a suitable drill bit, then inserting the threaded rod through the plate and fastening it there with nuts. This gives it additional stability and prevents it from slipping. I recommend using 4 threaded rods here, but 2 for the back should also be sufficient. I started with a drawer that was 30 mm wider. Unfortunately, the print results with the H2D were not particularly impressive, as there was no space for a cleaning tower and the remains of the print head replacement were left in the drawer. I therefore opted for a width of 300 mm. It was printed in black and light yellow using PLA Matt from Sunlu. Please note that I think the development of the original BaBo is terrific, respect the intellectual property, and am in constant contact with Willi. He has approved the entire “PuSH” project and agreed to its development and publication. Since the grid mount has the same dimensions as the original, you can use the handles from the original or those from LAYERED in addition to the handle supplied. https://makerworld.com/de/models/14125-babo-organizer-drawer-module-30#profileId-14122 https://makerworld.com/de/models/53072-babo-organizer-drawer-handle#profileId-54899 If you don't have an H2D or a printer with the appropriate build space, or if you don't have room for the PuSH, I wholeheartedly recommend Willi's original: https://makerworld.com/de/collections/12914-babo-organizer https://makerworld.com/de/collections/666853-babo-duo-organizer As I mentioned, I use the same grid, so all inlays are compatible as long as the height fits. Feel free to take a look: https://makerworld.com/de/collections/666866-babo-inserts I will publish the relevant files very soon. But of course, after the latest changes, I will print everything myself again to see if everything fits. As soon as the modules are published, you will find them at the following link: https://makerworld.com/de/collections/9007851-push Please don't be too hard on me. This is my first somewhat complex project.