I made another dice bag with a new embossed velvet design. Some incremental improvements to the process for making the embossing plate: I switched to using 3M 468MP Adhesive Transfer Tape for the glue-up. It seems every bit as solid as the wood glue and, was a lot less hassle. More of the details are covered in the short update video below.
The kumihimo drawstring for this bag was done with glow floss for one of the colors and purple for the other. The glow from the floss is noticeable in the dark but, not especially bright.
By comparison, the 3D resin printed glow-in-the-dark skull beads are quite bright, especially after charging up with a UV lamp for 30 seconds or so. I used the Siraya Tech Craft resin for those.
[Amazon Associates links benefit a local arts organization.]
Spirals velvet embossing plate.
Spirals velvet embossing plate.
Purple Velvet Embossed with Celtic Spirals
Green Velvet Embossed with Celtic Spirals
Purple Velvet Embossed with Celtic Spirals (Ruler and Pencil for Scale)
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads.
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads.
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads.
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads.
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads.
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads (low-light, glowing).
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads.
Purple velvet dice bag embossed with Celtic spirals pattern, glow floss kumihimo braid and, glow-in-the-dark skull beads (bottom, showing Celtic knotwork ring and Evermore ambigram logo).
This is a quick box I designed to package one of my little drawstring bags.
You can download the plain version below to make your own hexagonal box.
Hexagonal Box Pattern
This file is for personal, non-commercial use only. Note that, by referencing these, you are agreeing to release any variations you create under identical terms.
I played with several variations of this snowflake design back around 2002. There were a couple 180-degree-open card variants that I liked. They were both designed to be cut as four panels that folded together to produce a card with an integrated backing. I had some limited access to a laser cutter for a couple hours to produce the cards. I ended up going with the simpler of the two designs for the production run. That one was less sensitive to smoke deposition and, less fragile.
I always wanted to play with the other design a little more and, in 2020, I finally did a run of those on my own laser.
Smoke deposition was still a challenge, especially on a stock with a pearlescent finish and a little tooth. There is almost always some trade-off with that sort of thing and expedient production. I chose not to apply all of the full repertoire of techniques for these, opting to reduce wear and tear on expensive work-holding mats and, to make production faster.
180-Degree Snowflakes Pop Up Card (2020)
180-Degree Snowflakes Pop Up Card (2020)
180-Degree Snowflakes Pop Up Card (2020)
180-Degree Snowflakes Pop Up Card (2020)
180-Degree Snowflakes Pop Up Card (2020) (back)
180-Degree Snowflakes Pop Up Card (original prototype from 2002)
180-degree-open origamic architecture/kirigami Snowflake Pop Up Card from 2002
180-degree-open origamic architecture/kirigami Snowflake Pop Up Card from 2002
I made a short production video featuring the jig-in-place technique, dry transfer adhesive and removing stray glue.
I played with some green screen chromakey stuff for video last year. It’s a bit fiddly to get the screen and the subject lit right for it to work well.
I was excited to learn that it was possible to get better results with a retroreflective screen and a colored light ring. The general idea is that the fabric reflects the light back in the same direction from which it came. By shining even a relatively dim colored light at the screen from right around the camera lens, you get an almost perfectly-even colored background. It is much less sensitive to the subject’s distance from the screen, etc.
John Park posted a project write-up with his plan for building an appropriate light ring a few months ago. It looked pretty straight-forward. So, I gave it a go. My 3D printer is not large enough to print his mount design in one piece and, I didn’t really want to mess with printing in sections for assembly. Instead, I did a quick (and pretty sloppy) adaptation of the design in lasercut acrylic. The LED ring sits in a channel made with a bunch of little L brackets, glued on with acrylic solvent. Similarly, the grippers are several layers of acrylic glued together.
The electronics design and code are all straight from John Park’s project.
This works really well! Light spill on the background from lighting the subject can still be a problem. I was able to adjust settings for the chroma and luma range in post to compensate where I had issues pretty easily, though. In later attempts, I was more careful about where I pointed my lights.
It is not clear from the photos but, it is better to get the screen as flat as possible. It works with a little wrinkling but, it makes the light spill issue more likely. I tightened the screen to the frame a bit more for later attempts.
It is also worth noting that the retroreflective fabric bruises pretty easily after its protective film comes off.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
Retroreflective screen with DIY colored LED light ring based on a design by John Park.
I am seeing a lot of interesting laser-cut acrylic earrings in the forums and on social media right now. There is a range of interesting and intricate designs. They are, however, all quite flat. I wasn’t sure if people just hadn’t thought of heat-shaping them or, if there was some extra challenge in doing so. I have done some heat-shaping on other acrylic projects (like the VR Headset Wall Mount and the Paper Towel Roll Holder) and, thought I would give some simple heat dishing a go.
Long ago, my grandfather showed me how he was doing silver piercedwork jewelry and, I later did something similar with hand-cut paper earrings I was making. A wooden dishing or dapping block is great for this sort of thing.
If you are curious or, want to give it a try, I made a quick (3 minute) video showing how I produced these dished/domed acrylic spiral earrings and skull earrings (it is October, after all).
TL;DW (too long; didn’t watch): heat gun on low, moving constantly with the center over the outer edge (to avoid overheating the center), about an inch away, for 30-40 seconds. When the acrylic starts to droop, apply pressure to hold in the desired shape. Then, allow to cool for about 40-60 seconds to re-solidify.
Translucent Kiwi Green Dished Acrylic Spiral Earrings
Translucent Kiwi Green Dished Acrylic Spiral Earrings (Side View)
Translucent Kiwi Green Dished Acrylic Spiral Earrings (Front and Back)
I have a fair amount of custom-embossed Celtic key pattern velvet left from the pillow project. I was thinking some of it might make a cool drawstring bag. I may have gotten a little carried away with the details:
Silk-lined round-bottom bag
A new Celtic knotwork ring design for a laser-engraved faux-leather bottom
This is a quick, simple tool to assist when separating skeins of kumihimo (or embroidery) floss into working clusters with the desired number of strands. The upright is a sandwich of a piece of EVA foam between two pieces of 1/4″ stock (MDF here but, something like Baltic birch ply or acrylic should work, too). The EVA is sliced with a razor blade in the middle of each channel. Then, just glue it all together with wood glue. Some clamping is likely required while it dries.
Floss separator, clamped for glue to dry
It is probably best to clamp it down to a table when using. Knot the end of the skein/bundle of strands and, slip it into the cut in the EVA. That should keep the end in place while you separate the full length.
Floss Separator Design Files
These files are for personal, non-commercial use only. Note that, by referencing these, you are agreeing to release any variations you create under identical terms.
Someone made a paper craft version of the “Let Glue Dry” block Laura Kampf uses in her shop awhile back. I immediately thought of making a pop up card version that could be stored flat. I did one with a simple block font but, later, made another version where I reproduced the hand lettering from a photo of Laura’s block.
I sent one of these to Laura back in March. I am going to assume that it’s okay to share these unless I hear otherwise.
Although I cut my cards on the laser, you could do this entirely by hand with a craft knife. You can even skip the white stickers. The letters could be cut from white paper and glued on. The letters could be colored in with an opaque white marker or paint.
There are two version of each design. The regular one has everything aligned in one image. That is, the score lines for the back show aligned where they should be on the front like a standard OA pattern. The jig-in-place version has the score lines for the reverse flipped for production on a sign or laser cutter.
I made my cards using the jig-in-place technique. In brief, I:
Stuck the black stock down to an adhesive mat in the Glowforge.
Disabled all operations except the score lines for the reverse side and the card outline.
Ran those two operations.
Flipped the card over in place, aligning it with the hole from which it was cut.
Placed a strip of white polyester sticker over the face of the card where the white letter would be.
Disabled the reverse scores and outline cut. Enabled the other operations
Ran the operations.
Removed the card and weeded the white polyester stickers.
Folded the finished card!
I started to make a video of the jig-in-place technique but, it is not super clear on the black stock. I will likely do a video showing how this is done when I have another design on a lighter-colored stock to run.
Let Glue Dry Pop Up Card (Block Font)
Files to Make Your Own
These files are for personal, non-commercial use only. Note that, by referencing these, you are agreeing to release any variations you create under identical terms.
