Tuesday, June 30, 2015
Where are our products made?
Whether a product is marked with "Made in U.S.A." or "Made in China" it's not necessarily entirely from those countries. The law allows just most or the biggest cost items to be made in the country claimed. If the components are mostly from overseas but the product is made here, it's properly termed "Assembled in U.S.A."
Our products come from everywhere, but with a focus on acquiring locally and assembling in our workshop here in Los Angeles, CA. Especially for vaporizers and glassware, we need total control over the quality and materials. We find that while parts and materials cost more here, their quality is more predictable and there is less shipping & trucking.
That said, a lot of components are better made overseas in specialized factories that are equipped to handle our requirements. Some Chinese factories are very good at figuring out the difficulties that normally drive us nuts. Their factories trade with each other, so items that would have taken months to locate and test out are found within a few phone calls to their compatriots. We find the people who figure things out all the way, create items that first seemed impossible, while maintaining a fair price through and through. Backed by extra testing and attention to detail, our overseas operations produce the quality components that make our business possible. We do spend a lot more in the U.S.A. than overseas though. Of course, Vaporbrothers mission doesn't really allow for sending jobs overseas. Anything that can efficiently be made in the U.S.A. is made here.
Although for most industries, even ones that claim "Made in U.S.A." include many overseas components. In today's world, most products sold in the U.S.A. come from overseas. A US company might honestly think they are 100% Made in the U.S.A., but they might be confusing where they bought the product vs where it came from. That screw they got from the local hardware dealer was not from here. As for raw materials like glass, ceramic powder, wood, electronic components - they are from all over the world- wherever they are produced, mined, fabricated, etc.
For our overseas sources, we take extra care to check them out. We visit factories for multiple days and maintain a close hand on the production and the materials they use. Anything that makes us cringe spoils the deal. For us to even consider a factory, we have to feel good about their ethics and how they treat their workers. We actually see very well treated workers, of course especially at the factories we chose. It's common that skilled workers help to fund their families and are held in high regard by their friends. At one of our factories, all the 20 and 30 somethings showed up on decked out Vespas and motorbikes. They were happy and confident- probably an effect of (or a contributing factor to) their being among the best paid in town.
In our economy, while many ask for "Made in U.S.A," there is not much demand for higher cost items. As our vaporizers are at double the price of our knockoffs such as Easy Vape, Vapor Daddy or "Vapor Box," we are often torn between quality and price. We chose quality while trying to keep price under control. Expect the best from us and look for the "Made in U.S.A." label- it's mostly made in the U.S.A., hooray!!
Friday, June 5, 2015
VB1's new box helps explain what the heck it is
Ever traveled with your vaporizer and certain authority types you meet are like "what the heck is this?"
We've created a new box that makes it 100% clear what your vaporizer is for, with details as to its use with herbs and essential oils. There are brief instructions right on the package.
When someone asks what the heck is this, point them to the package- it's a herbal vaporizer!
We've created a new box that makes it 100% clear what your vaporizer is for, with details as to its use with herbs and essential oils. There are brief instructions right on the package.
When someone asks what the heck is this, point them to the package- it's a herbal vaporizer!
Wednesday, June 3, 2015
Testing out dichroic vapor deposition method on our VB2 Dome
Testing out dichro vapor deposition on a VB2 dome.
Dichroic glass gets its color changing appearance from applying thin layers of metals & oxides onto glass in a vacuum chamber. Here the metal molecules have been laid down in 20-30 layers, yet the whole layup is only 30 millionths of an inch thick!
Dichroic glass gets its color changing appearance from applying thin layers of metals & oxides onto glass in a vacuum chamber. Here the metal molecules have been laid down in 20-30 layers, yet the whole layup is only 30 millionths of an inch thick!
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Dichro on VB2 vaporizer dome |
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Dichro on VB2 vaporizer dome
More info about Dichroic glass:
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Thursday, May 28, 2015
A Refined Glass Attachment for Vape Pens - The VB11 Mini Viper
::::Vape pen users please check this out::::Mini Viper Attachment:::::
(reposted here from our FC blog)
![[IMG]](https://40.media.tumblr.com/ffb40703f2da93b81c87ddeb61adca4d/tumblr_np2uvqEFOl1rzuyr2o2_400.jpg)
This is now by far my favorite attachment for vape pens. Comes with a ceramic core heater. The whole assembly threads onto a 510 battery. Here's what I think makes it fantastic:
Glass blown in California - means it won't be wobbly or thin. We give it the same insane amount of quality control we give our hydrators & whips. Mini Vipers fit nicely every time - we don't make some super tight and others super loose.
Huge hole - can be used for easy airflow or cover it like a carb. Without water and with no restriction on the airflow this is the easiest biggest dab hit I've ever experienced on a pen.
Sooo easy to load. When you pull the glass off you have the bowl exposed nicely. For sticky stuff, I scrape it off onto the edge. Or I just dip the heater into a pile of crumble and it's ready.
No threads to line up and keep clean. I spend a lot of time screwing and unscrewing my normal vape pen. This is way easier.... You just pull the glass off the o-ring.
You can use this on VB11 battery of course, or on other brands - we don't care about that anymore.
![[IMG]](https://41.media.tumblr.com/5ded51aa5b18ff377d5156cd3b18ec39/tumblr_np2uvqEFOl1rzuyr2o5_400.jpg)
Temperature of the coil is hot enough to satisfy people who want real hits, but just barely red hot.. cool enough to not be a burny hit. You can pulse the button to get a truly low temp dab. Btw, I got schooled by a particularly experienced patient about "low temp dabbing" which makes me thing it's not necessarily the best way to medicate. If the temp is very low, you drive the terpenes off and it tastes wonderful, but you leave important components of the medicine behind- also resulting in grosser tasting hits down the road. That discussion to be continued later....
Hope you guys like it. I'll try to get some better pictures of mini viper melting wax.

~Linus V
Where to buy: Clear Mini Viper | Color Versions | Spare Heaters
6 Reasons Why VB Eleven Pen Is A Good Idea
6 Reasons VB Eleven Pen Is A Good Idea
Here we go, in no particular order:
1) Durable Ceramic Core Heaters - Chromium Free
Ceramic cores are more reliable than the old glass fiber wicks and they taste better over time. People especially love VB Eleven's improved ceramic core for its ability to draw the oil to the heat and to evaporate the oils that run to the the bottom of the bowl.
A carefully chosen Titanium-Nickel alloy wire lasts longer and corrodes less than ordinary Titanium. An improved wire wrapping method places 100% of the heated wire onto the core increasing efficiency and response.
2) Air flow is easy with the addition of a vent hole in the cone
Finally we can breathe naturally! This ends the drawback common to all vapor pens on the market today. A restrictive draw was our biggest complaint with every vapor pen we've tried. As vape pen heaters get used, their tiny air holes become clogged and constantly need cleaning. But not any longer with VB Eleven- The extra hole does not clog so you'll always have a natural pull. Extra airflow helps clear the chamber of lingering vapor anyway.
3) Consumers are cost conscious more than ever with vapor pens
We answered the need to provide a pen that is almost half the price of our previous pen.
How did we pass on such a discount? We struck a balance between necessity and expenses, eliminating redundancy and increasing efficiency in our supply chain, while improving what people asked for the most.
4) Quality control just got streamlined
Building more efficiently means more time to put toward quality control.
Not only is every heater checked but every battery is fully charged before shipping to the customer! Your VB Eleven pens will work right out of the box.
5) Responsive product improvement
Tell us what you think about our pen. (support at vaporbrothers . com) We may respond with questions of our own and may even want to send you a new product idea to try. If you want to help test Vaporbrothers vaporizers please let us know!
7) Killer reviews show that quality makes a difference
"Really loving the convenience of the VB11. Great for when I'm on the go. The air hole seems to give a nice mixture and smooth hit. But i can cover it and get some massive clouds, if I dare." ~h3rbalist
"It's a hit with me and my friends. I've tried several and when it was time to get a new one I went with this one." ~Stickstones, forum moderator
"Really smooth, and hits hard. I'm a little zonked writing this. ~jackson495"
(From VB11's thread on FC)
Saturday, April 25, 2015
Testing next generation pen heaters
Wednesday, April 22, 2015
Formula for Power Needed to Heat a Volume of Air
We've had this formula kicking around since college days. Not sure if we're using it out of its useful range so might be good to check this with a valid source.
By this formula, where
- Exit temperature is 500F (it's cooler than that by the time it soaks through the herbs)
- Room temp is 75F
- Normal inhale is .25 CFM (roughly 2 liters in a 15 sec inhale by our testing)
- The thing being "cooled" is the vapor box's heating element and surrounding glass
P(W) = 169 * (.25) * ( 533K / 297K - 1) = 33.6W
We need about 34W to heat the air in a normal inhale... theoretically. (our normal is pretty big actually.. this could be cut in half) This puts the hits we like out of the range of a handheld battery.
After heatup our vaporizer runs at 34W, although this is kind of a coincidence because the user only inhales at this .25CFM rate for 7-10 sec and the heating ceramic and surrounding glass stores heat that it can give up during a longer vapor draw. If someone were to inhale constantly at .25CFM our vaporizer will consume something closer to 100W.
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