epilog 3d models

Note: The SVG file format is stuck in the images and can be downloaded there in addition to the PDF or AI in the Files section.On a Epilog Fusion M2, the whole tower takes about 8 minutes to cut and if you are really careful, you can fit 2 full...

... you'll need to print all the STL files. You can find the SKP file for reference as well. The laser cut files come in two versions: plain DXF and Corel Draw ready for Epilog laser cutters. ... Note: I used 1/4-inch plexiglass for this project.

To utilize this pattern, use an "Epilog zing 40Watt" laser bench, setting power to 100 and speed to 45 for 3mm MDF. Open the .odg file with OpenOffice 3.2; however, note that OpenOffice 3.3 and FreeOffice 3.3 may encounter issues with large...

For our own copy, we laser engraved a scaled version of the IUPAC Periodic Table of the Elements on a bamboo cutting board using an Epilog Helix Laser Cutter. We then 3D printed each type of elements in a different color with filaments from a...

The author created these designs using Corel Draw X4 software, and then cut them on an Epilog Helix 45w laser at TechShop RDU. The material used was 1/4" Baltic Birch plywood, sanded until it reached a smoothness of 400 grit. To protect the wood,...

I used Rhino with the print driver to cut on an Epilog Zing 16 40-Watt laser, but your software/driver will vary depending on cutter. Laser-cut two sets of 1/4" Baltic birch plywood standups for either face up or upright orientations, then screw...

Laser cutting was done using an Epilog 36EXT printer with settings of 75 power, 15 speed, and a frequency of 500 for the wooden bracket. The wheels were printed on an Object Connex 500 printer with Vero White and Tango Black materials, using...

I've also entered this design in the Instructables Epilog Laser Contest for April 2019. If you get a chance and like my design, please vote for me! ...Here's the link to my Instructable:...

Pusher is cut from 3/16" Delrin using Epilog 35W laser cutter with specific settings, air assist recommended. Acrylic parts are cut from 1/4" acrylic, except the topmost layer from 1/8" for fitting between dinos. An insulator retainer is added to...

The wood is 1/2 inch plywood, cuttable in one pass on a 40W Epilog laser with a 4" lens. Instructions are available upon request, while NEMA 23 stepper motors are recommended. Contact the creator at riley@gmail.com for more information about TinyG...

... separate cutouts for each layer and support pieces. These files can be used with a CamBam job that generates four gcode files to cut each layer individually or with an Epilog printer driver-style interface, where the layers might need rearrangement.

The inverter was made from 1/8" acrylic, with two passes using my Epilog laser cutter at 10% speed, 60% power, and 600 DPI settings. I confirmed that the channels were etched more than halfway through after two passes with a digital caliper. The...

This is what I did, utilizing the Color Mapping tool available for Epilog machines. I chose this method because it's significantly faster, cleaner-looking, and produces fewer fumes than raster engraving. 2. Raster-engrave the pattern – make the line...

For cutting the ABS sheet, use a speed of 3%, power of 55%, and frequency of 500Hz on an Epilog 35W Mini18 laser cutter. The frame is held together with 1" L-brackets and 1/2" #8-32 bolts, while the handle is a drawer handle from the hardware store,...

... available. WARNING: You might want to do the etching in two rounds. Do the roof separately. The number of vectors is quite high (bricks and roof tiles), which caused our Epilog printer driver to crash, taking Rhino and nearly the entire PC with it.

I use an Epilog Helix for all my work. I've included both PDF and SVG files that I converted online at https://cloudconvert.com/vsd-to-svg. These are shared as-is. If you're inspired to give back, consider contributing to this site or performing a...

... with width and depth influenced by power and speed settings. The optimal offset worked with 4.75mm baltic birch plywood, Epilog 36-EXT laser at SPEED=08, POWER=85, and FREQ=450. ...The OpenSCAD code includes numerous comments and test modules.

... using CAD software like Rhinoceros. Then, use a laser cutter, such as Epilog, to cut out the pieces from a 2mm acrylic sheet for the base and a 4mm MDF sheet for the attachment. ...Assemble the parts with glue, following the 3D data's instructions.

... of 1/2 inch. This design was created using Rhinoceros 5 software. To produce the ribs for this holder, I cut 1/4" MDF on a 40-watt Epilog Laser. ...The brackets were then printed on a Makerbot Replicator 2 at a setting of 5% infill with two shells.

23 minutes (4min for engraving, 19min for cutting) on an Epilog Helix 24/18 (35 Watts) at 10% speed, 100% power and 500Hz pulse frequency Dimensions (excluding bolt heads): 160mm (W) x 116mm (D) x 122mm (H) = 2,26 liters Case parts: | Part | Quantity...

Our preferred tool is the Epilog Mini (hence, the 12" x 24" canvas size). Then apply wood glue and join the components together. Allow the chassis to set for roughly a day.\nOn the Printrbot, print the axle alone. No support material or brim is...

Cutting Instructions Cutter Used: Epilog Helix 60 Watt Laser Cutter Operates at 70% Power and 80% Speed Material: 18” x 24” PET-G Sheets, 0.3 in (~1 mm) Thick Important Note: Avoid Excessive Power to Prevent Melting. If the Cut Isn't Complete, Run...

... width of the slots to fit the tabs' thickness accordingly. The laser cutter I employ is an Epilog, and the specs for the cut/marks are: cut - 100 power, 50 speed; mark - 100 power, 90 speed (I prefer really deep, dark lines for the wood pattern).

MakerSpaceSignLaser.pdf is for laser cutting on Epilog Zing. MakerspaceSignTop3D.stl and MakerspaceSIgnBase3D.stl are for 3D printing. MakerspaceSignVector.svg can be modified for material thickness. The Workshop Makerspace Starter Kit aka...

The 3mm wood board necklace and earrings were laser cut with vector settings at 30 speed, 100 power, 500 Hz frequency on a 40-watt Epilog Engraver, followed by rastering at 60% speed, 100% power. The wooden pieces received 2-3 layers of polyurethane...

To create the laser-cut part, I utilized a 50w Epilog Zing on 1/8" MDF. I etched at full power and 50% speed to achieve a nice pit for the claws, then secured them with E6000. Print Settings: Printer Brand: Printrbot Printer: Simple White Rafts:...

Print Settings Printer: Epilog Mini 24”x12” 40-watt Laser Engraver Rafts: Doesn't Matter Supports: Doesn't Matter Resolution: 600 dpi Notes: I've done all of my laser-cutting at the Cleveland Public Library's MakerSpace. The staff there is great,...

... have three 2-hole girders and three 3-hole girders Finish with a cap of six triangles as a separate piece for more working space. Cutting takes about an hour and a half on an Epilog 36EXT 75W machine. ...Thanks, Crab, for the original design!

Plus 3D Printer and an Epilog Legend Mini Laser Cutter to make this project happen. I also 3D printed the bolts that hold the Pi together. These new bolts require some sanding to fit properly, but they provide a better grip. The top layer of the...

A raster etching method can be applied to certain plastics, but I sought increased contrast by coating my material with masking tape and conducting a vector cut around the number strokes using 17% power, 100% speed, and 5000 freq on my Epilog 75W...