For LowRider v3 CNC, full sheet capable table, Part 1, prep & cross lap test скачать в хорошем качестве

For LowRider v3 CNC, full sheet capable table, Part 1, prep & cross lap test

For LowRider v3 CNC, full sheet capable table, Part 1, prep & cross lap test IMPORTANT: I did remember to enable the “Overcut” feature in Estlcam so the inside corners would not be a problem. #### Huge thanks to Ryan of V1 Engineering, not only for all his design genius that I parroted for this, but also for releasing his table design. I also worked and finished multiple Fusion 360 files (parametric, editable) for both wood side rails versions and metal-strut side rails version. I also completed DXF files, and two cut-ready DXF cut plans (for a common thickness of 4'x8' sheet goods, 23/32"). See below for details and links. Download links for CNC Table with Wood Side Rails and CNC Table with Metal Strut Side Rails: https://design8studio.com/for-lowride... *IMPORTANT:* This is all based on a common sheet good thickness of 23/32″ for the torsion box, and that can be cut from a single sheet of 4’x8′ plywood / MDF. **Please measure your plywood / MDF, and if it is different from 0.719” (18.2562 mm) thickness, then you will need to download the Fusion 360 file, edit the user parameters, and change the value of the parameter named Slot_Width**. Then in each component, right-click on the sketch identified as “for DXF” in the name, and choose “Save as DXF” to export it. The only two components affected by this are the “X Ribs” and “Main Y Spars” (which together make the main body of the torsion box). **For the metal rails version, only one 4’x8′ sheet is needed for the torsion box**, with off-cut strips from the MDF “bottom skin” serving as side rail supports for the metal struts. *NOTE:* for the metal strut rails version, you can download and use my *printable table extenders* that insert into metal struts to provide endstop/tensioner support. The link is: https://www.printables.com/model/2201... *Note:* My design plan calls for a 1/2″ thick MDF “top skin” on the torsion box, which is considered “permanent,” and then a sacrificial 1/2″ thick MDF spoil board on top of that. If you only re-surface the sacrifice layer, then the torsion box itself only has to endure maybe screw holes from attaching things, and should not need much attention when time comes to replace the spoil board. If this plan is not your cup of tea, you can edit the X Rib sketch and the resulting solid body to change the wing heights as needed. Inspired by Ryan’s [3D “napkin sketch” illustration](https://forum.v1e.com/t/ryan-please-s...) of a CNC-cut table for LR3… *Benefits* Affordable, requiring only one (1) 4’x8′ sheet of 3/4″ plywood / MDF for the torsion box, and for the “riding plates” (also referred to as “side rails”) either a second 4’x8′ sheet, 1/2" thick (of either MDF / OSB / particle board / plywood), or two (2) 10′ metal struts (aka “superstrut,” aka “unistrut”). As of April 2023, my material cost locally for the 3/4" plywood + 2 unistruts approach is $140 (not including the 1/2" MDF sheets for bottom skin, top skin, and sacrificial spoil board layer, or screws, bolts, etc). Incredibly strong torsion box design, helps make the task of getting a decently flat table more within reach. Can be “bootstrapped” for new LowRider v3 makers who don’t yet have a table, through making a temporary cut surface by laying a spoil board “stack” on the flattest floor you have available, flanked by some boards for the LR3 to ride on, clamped to the spoil board stack. CNC cutting of the X ribs and Y spars helps ensure proper dimensions, ease of assembly, greater stability, and best shot at flatness. Compatible with my mod to protect/hide one of the long side belts. If you choose the option for metal strut side rails, my mod is ready to implement. If you choose the wooden side rails option, some remixing would be required. *Online Preview Links* F360 preview in browser for LR3 table with wooden side rails: https://a360.co/40E0n6C F360 preview in browser for LR3 table with metal strut side rails: https://a360.co/3MAcb5D V1 Engineering Documentation, Low Rider CNC, v3: https://docs.v1e.com/lowrider Teaching Tech video: Calibrating your XYZ steps using a dial gauge for maximum accuracy:    • Calibrating your XYZ steps using a dial ga...   Teaching Tech free online calculator for setting XYZ steps for dimensional accuracy: https://teachingtechyt.github.io/cali... My PayPal tip jar: https://paypal.me/design8studio Various LowRider 3 CNC remixes: https://www.printables.com/social/127... View all my models and remixes on Printables: https://www.printables.com/social/127... *Amazon product links are affiliate links.