epilog 3d models

... images, ensure that all line strokes measure 0.001pt. Then, print the design on 3mm acrylic using an Epilog laser printer with settings of Vector Speed 12, Power 100, and Frequency 5000. ...Lastly, assemble the box by gluing its sides together.

... using a spline), ribosomes and lysosomes (small circles). The cell wall and membrane were rectangular. I used a Replicator 2 machine for most parts, Replicator 1 for the body, and an Epilog Mini laser printer for the acrylic vacuole in Illustrator.

... live trace feature, including the base. After printing the box on acrylic with Epilog Laser at raster settings of 100 speed and 60 power, and vector settings of 10 speed, 100 power, and 5000 frequency, I assembled it using acrylic glue.

... in my case). I use an Epilog 60W laser cutter for cutting. The propeller is cut from PMMA for a transparent effect. Pieces are glued together with wood glue. ...The upper wing area is secured with four 3mm diameter, 25mm long screws and nuts.

A brick-shaped net crafted from 3mm cardboard is foldable; designed for the largest Epilog Laser bed's brick size. Nine of these bricks form a Roman arch, used in sixth-grade history to introduce Roman architecture. Tape isn't necessary for...

It was imported into Rhino3D and cut on an Epilog Laser cutter with good help from a friend and colleague at work. The model was just too big to fit entirely on our precut MDF-sheets measuring 40X60 cm, so a few parts are left outside the main area...

For this project I had to make a 3D object out of acrylic using the epilog engraver. This ring is made of six seperate parts: four fork-shaped ring parts, one long ring part and an 'm' that snaps into the ring once it is glued together. The 'm'...

The windows were sized to cut on an epilog 25W Laser out of 1/16" acrylic.(shrinks slightly on cut edge). The body parts were set up to print on a Dremel 3D45. I prefer ECO-ABS on this printer. ...Printable on anything with Same bed size or larger...

... modifying standard Kobuki packaging to fit inside a generic "stock" box and adding foam inserts for added protection. Now, we need to develop support for the Kobuki base using our digital manufacturing capabilities or Epilog Helix Laser technology.

To get a professional-grade cut out, every line was made into vectors by setting them all to 0.003 point thicknesses inside AI so that our Epilog laser cutter could accurately slice through the acrylic without burning it. The colors we added were...

This small trinket box bears a striking resemblance to the sample box my kids brought back from a Maker Faire a few years ago, courtesy of Epilog Laser. I stumbled upon a similar pattern on the Epilog website but was unable to tweak the material...

The jewelry pieces were laser cut from 3mm wood board using vector settings: speed 30, power 100, frequency 500 Hz on a 40-watt Epilog Engraver. A protective polyurethane coating was applied to the wooden pieces, and jump rings connected them to the...

After cutting with a 40-watt Epilog Mini laser, applying acrylic glue, and assembling the stand, you can enjoy this personalized accessory. I plan on using mine as a bedstand prop for easy visibility. To create your own, download the .svg or .ai...

Formatted specifically for cutting on 3mm MDF from 12" x 9" (Arch A) sheets - four of these can fit within an (Arch C) 24" x 18" sheet size or across the Epilog Helix bed. I've included PDF and SVG files, which I converted online at...

I cut it on a 24" x 18" sheet of 3mm MDF, using my Epilog Helix laser cutter. I've included the PDF and SVG files, which I converted online at https://cloudconvert.com/vsd-to-svg. You're welcome to use them as is. If you appreciate this design,...

This Project was crafted using an Epilog Mini 40W Laser system. The material of choice was a sturdy 1/4" Oak plywood, precision-cut at 600 DPI to ensure crisp details. Raster Engraving settings included Speed: 50, Power: 100, and Frequency: -...

Secondly, download the file, copy its holes to match your desired pegboard dimensions (up to 11x23 if laser cutting with an Epilog), and proceed with laser cutting or printing, taping, and drilling as per your project requirements and available...

Red lines on both files are intended to be vector etched, using 100% speed and 15% power on a 75W Epilog Helix laser. Three sets of dogs fit perfectly into two boxes. You can pre-stain each set of dogs differently and divide them among the two boxes...

The design requires two laser cutting passes: an etching phase of about 45 minutes and a cutting phase of 15 minutes on an Epilog Helix. The "raster" layer contains vectors that must be converted to bitmaps for proper etching. A suggested build...

Originally designed for a school arts festival, it features slogans on its faces and is also called a "mechanical donut" or "Perpetual Motion." The .cdr file can print to an Epilog Zing Laser, while the .pdf file can be used with any printer. To...

Recently, we worked on creating a cost-effective laser cutter using a 1 Watt IR laser diode instead of the conventional 20-100 Watt CO2 tubes found in Epilog laser cutters. Unlike traditional models with fixed focal points, our design allows dynamic...

Files assume 5mm plywood in a 30 watt Epilog Zing laser cutter, with an offset of .08mm for kerf compensation. Adjust files if using another material or machine. The attached photo shows individual pieces; one doesn't have the "thumbhole" as it's...

The laser cutter was an Epilog 120W, you need to use a 3mm thick wood. Lines are defined as 0.1pt. There are also engravings. I created it with the freeware tool Inkscape. The svg is in this format and not plain svg (you may have issues with...

This 3.2mm MDF model was cut using an Epilog laser cutter, with DraftSight panels reworked and Inkscape used for an .svg file. The files include .dwg, .dxf, and .svg formats of the original drawing. The parts fit on a single 60x40cm MDF sheet, with a...

... down the process and increased the power. My Epilog Helix laser cutter made quick work of it. ...For version 2, I added even more weight to the Bed Plate carriage and combined all the components into a single cutting job that measured 18"x24".

Next, utilize a laser cutter, such as an Epilog model, to cut the design from a 2mm acrylic sheet for the base and a 4mm MDF sheet for the attachment. ...Assemble the parts with glue according to the 3D data provided, and your multICard case is ready...

The laser-cut creation process, done with an Epilog laser cutter, requires a 2mm acrylic sheet for the base part and a 4mm MDF attachment. Assembly is facilitated by the 3D data, which only needs glue to complete. ...Check out the YouTube video...

To create the multICard case, make an Illustrator file in Rhinoceros, and then cut it with a laser cutter like Epilog. Any laser cutter that can handle sheets bigger than 200mm by 200mm will suffice. For the base part, use a 2mm acrylic sheet, and...

To bring this unique design to life, I utilized my trusty 65 Watt Epilog Helix laser cutter to precision-cut the intricate pattern from a single piece of material. The finishing touch is the carefully applied wood glue that assembles all the pieces...

I cut this from 3mm HDF using an Epilog Zing at full power and 50% speed. It turned out remarkably stable, thanks to quick-drying wood glue being my trusted ally! ...As you can see in the first photo, I employed coated wire to hold the pieces together...