For those of you that are into Nerf, you probably have noticed a movement has slowly been taking place. This movement deals with some curious painted Nerf guns. Chances are you’ve seen them while browsing Google Images, Flickr, or forums like NerfHaven. Many of us have gawked at these amazingly painted Nerf guns, while knowing very little about them in general, and believing that they were just some creation made by a very skilled craftsman going by the alias of Steampunk.

I made that mistake as well. Up until now, I thought it was a person and was amazed at how much recognition he was getting everywhere, especially on mega-popular sites like Gizmodo and Boing Boing…After taking a good look though, at what Steampunk actually is, I’ve come to realize that there is much more to this movement than meets the eye. It happens to be very deep.

I quickly found that it is in fact, not a person, and instead a type of science fiction, the kind that comes complete with a massive amount of dedicated fans, conventions, costumes, and a heavy slew of mods done to everyday items such as computers, jewelry, watches, and… books. There are even books written about Steampunk, and even tutorials on how to create a Steampunk style computer keyboard (which is uber cool if I do say so myself).

One thing is for sure, this movement is popular, and its made its way into Nerf. It has annihilated forums, swept across Flickr, and jumped onto youtube. Every day it’s becoming a more prominent part of the culture that has surrounded Nerf.

By: Jerry Benson

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You can see more on this incredible movement, and learn exactly what it is here – Steampunk Nerf, where you’ll see prime examples of Nerf guns styled to fit this amazing genre of Sci-Fi. They are pretty incredible, so be sure to visit the link and check them out!



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We recently repaired and replaced a leaded glass panel. This was a repair to a leaded window and we traditionally use the copper foil method developed by Tiffany studios in the early 1900′s. So we were mixing two styles of glass construction. The results were perfect.

1. A client called and asked us to repair a window in their home. The window had a broken piece of glass and we would need to take it from their home, repair it at our shop and reinstall it in their entryway.

2. The window frame had been assembled with 45 degree miters in the wood, which required that the nails be removed in order to get the wood out. Fortunately, the nails used were very thin pin nails, similar to a staple in size, so I was able to break the fasteners with a sharp rap on a putty knife at each nail.

3. Once all the pin nails were cut, I was able to carefully remove the wood from the frame work.

4. The leaded panel was very tight in the framework, which is rare, and I had to gently work the panel loose so as not to break it. This installation had one piece of tempered glass on the outside of the door frame and then the art glass. In our studio we insulate window units so that there is tempered glass on each side of the art glass.

5. Because the tempered glass was still in place, I simply replaced the wood pieces back in the frame till the reinstall took place. Normally we put a piece of cardboard or plastic in the opening while it awaits replacement.

6. When I got the panel back to our studio, I first traced the outline of the panel. I knew that since this window was so tight, I had to be absolutely sure that it didn’t grow on me in the repair process.

7. I heated the joints of solder and, using pliers, rocked the outer bar back and forth until the outside strip of zinc came loose from the panel.

8. Using a razor blade knife, I loosened the cement joint between the lead and the glass so that I could remove the glass pieces.

9. Once the cement was loose from the glass, I was able to de-solder the joints and work the lead free from the glass.

10. Next, I applied clear tape to both of the broken sides of the glass so that as I eased it out of the panel, it would stay in one piece which I could use as a pattern for the new replacement glass.

11. Once I had the cement and glass loose from each other, I applied gentle pressure on the glass and spread it apart so it was easy to remove from the panel.

12. I used the removed piece of glass as a template to cut my replacement pieces. Since the glass was a close match, but not quite perfect, I replaced both of the pieces so that they both looked the same. Your eye would notice the difference if only one of the pieces was replaced, but couldn’t see the small difference since both were replaced.

13. Next, I nailed down the panel on the pattern I traced earlier, so I could make sure the window stayed the right size.

14. Then I slid both of the replacement pieces of glass into the lead came.

15. I tapped them into place tightly using gentle pressure from a glass hammer.

16. Then I nailed the outside lead, in place making sure that the glass was tight and inside the lines of the pattern.

17. Up until this step, the techniques I used are those that both a copper foil artist and a lead artist would use. From this point on, I focused on copper foil methods. I placed a strip of copper foil along the bottom of the panel, so there would be something to solder to. We might have used lead came but the came we had in stock didn’t match the original lead.

18. I foiled the bottom three beveled pieces with copper foil, getting ready for soldering the panel.

19. I cut a piece of zinc to fit the panel and nailed it in place, making sure that the panel still fit inside the penciled in pattern.

20. I carefully soldered the joints at the bottom of the panel, using care to only heat the lead that was being attached just enough to solder to, trying to avoid melting the came.

21. When the solder lines were complete, they were a little too shiny to match the original window, so I cleaned it with an ammonia based cleaner which darkened it and then added a dilute black patina to knock the color down.

22. After polishing and waxing the window, it matched the original pretty well.

23. When we went back to the home for the install, my wife, Jeanne wiped the window down for a final cleaning to get rid of any dust and smudges.

24. I removed the molding that was in temporarily and a couple of nails from the frame work. Then I followed Jeanne’s example and polished the inside of the tempered glass to get rid of any dust that might have collected.

25. I used my putty knife as a lever to center the window in the opening.

26. Then I applied a small bead of silicone caulk around the entire framework.

27. I gently tapped the wood back in place.

28. Then, since I wasn’t going to nail the trim back in place, I forced a stick in the opening between the molding so that they’d be held tightly while the silicon dried. The silicon will form a good enough bond to hold both the window and the molding in place.

Just a few simple steps later, we had the job done with very satisfactory results.

By: David Gomm

About the Author:




David Gomm started building stained glass windows professionally back in 1983 and has become an expert at many aspects of stained glass building, design and repair. He writes a monthly newsletter at http://www.betterstainedglass.com

He also has a website with many other articles at http://www.gommstudios.com



These articles may be distributed freely on your website and in your ezines, as long as the entire article, copyright notice, links and this resource box are unchanged, or if using a portion of the article, it points back to one of our pages where the entire article resides. Copyright © David Gomm All Rights Reserved.

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All rocks have beauty within them. It takes an experienced lapidary to bring it out. A lapidary is someone who takes rough stone, rock, or minerals and cuts and polishes them so that they may be added to jewelry or simply kept for display. Some lapidaries carve stone into fanciful or representational shapes. Others will take materials like agate, onyx or fluorite and shape it into useful items like bowls, vases and plates.

For a lapidary who makes primarily cabochons (a cabochon, or cab, is flat on the back side and either domed or slightly domed on the top with a high polish), it all begins with saws. Actually, it all begins with the rock. However, we are not talking about rock hounding today.

After acquiring a piece of rock, it must be cut into slabs. If the piece of rock is quite large, the lapidary will have to begin with a slab saw. A slab saw typically consist primarily of a disc shaped blade with a diamond coated rim, a motor, and a reservoir to hold the coolant/lubricant. The coolant/lubricant can be either water or oil. Water is a lot less messy and typically only commercial cutting houses will use oils. The largest slab saw this author has ever seen stands about eight feet tall. It is a diamond blade drag saw and was built to cut large petrified wood stumps.

Depending on the size of the finished cabochon and the material being used, the slabs will be cut to varying thicknesses. If the lapidary wants a very high dome on the finished cabochon, the slab will need to be fairly thick. Also, softer materials produce more waste when cutting and polishing and therefore, need to start out thicker.

A trim saw is a smaller version of a slab saw. These are most commonly cooled and lubricated with water. If the rock is small enough, a trim saw may be used in place of a slab saw. Trim saw blades most often are four inches, six inches, eight inches or ten inches in diameter. A four inch diameter blade will slice through a rock that is less than two inches deep.

When the lapidary has the slab that she wants, primarily the trim saw is then used to trim the slab as closely to the finished shape as possible. Some lapidaries produce calibrated shapes. These are usually traced onto the stone with a template. The most common shape found as calibrated cabochons is oval. However, square and round shapes are also produced.

They will be made to a strict set of size requirements. This is usually expressed in millimeters: 12mm x 10mm, 30mm x 20mm, for example. These are primarily made for purposes of competition. They are judged on best use of the material, size, perfection of shape and polish. Most commercially available calibrated cabochons are made by machine and the final polish is achieved in a tumble polisher.

This author finds free-form cabochons to be most pleasing. They also present the biggest challenge for working into jewelry. It is possible to purchase mountings for the calibrated shapes, but not so for the free-form shapes. Mountings for the free-forms must be fabricated from scratch. Your piece of artisan jewelry has had a great deal of time put into it by the time it has found its way to your neck or wrist.

Once the slab has been trimmed to a rough shape, then the real fun begins. The lapidary then grinds and polishes the stone. This is where the lapidary’s skill really shines.

By: Dianne Lehmann

About the Author:




http://www.syzygyjewelry.com



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