SurgLine International Inc (SGLN)

[Mr. Smith]

COMPILED SISOM THIN FILMS DD

Follow me here people

More DD, check this out: CNUV


Quote:
Our patent pending technology incorporates a process that is conducive to manufacturing using a batch process. This is possible because the solar cell cylinder itself replaces the necessity to use expensive vacuum chambers during production. We believe this approach is the most expeditious and cost-effective alternative to development of manufacturing capability


Replacing the vacuum with thin film semiconductors!

Patent Pending,Patent Patent Pending, Patent Pending,Patent Pending,Patent Pending,Patent Patent Pending, Patent Pending,Patent Pending,Patent Pending,Patent Patent Pending, Patent Pending,Patent Pending,Patent Pending,Patent Patent Pending, Patent Pending,Patent Pending


Quote:
Sisom Thin Films is a venture backed company that specializes in research and development of semiconductor materials for solar cell, thin film battery, LED, and sensor applications. The current company focus is development of next generation low cost thin film solar cells, and batteries.


http://www.linkedin.com/pub/isaiah-oladeji/6/a33/418


Quote:
Market Opportunity

SISOM’s customers are manufacturers of energy devices that produce large area devices. These customers sell their devices in the following markets: photovoltaics ($1.9 billion by 2013, DisplayBank); energy storage ($250 million by 2014, LUX Research); flexible LCD displays ($5 billion by 2014; DisplayBank); LEDs ($5.3 billion in 2009; Databeans). SISOM is pursuing strategic partnerships, similar to Planar, in solar, LED and other markets. In the solar market, SISOM partners will be thin film solar cell companies, while LED partners may be any existing LED companies. SISOM uses an executive sales model to reach its customers.


Solar Energy opportunity
SISOM is seeking companies interested in licensing the low cost proprietary solar energy technology. We are equally interested in partnering with companies or governments in the establishment of manufacturing facilities for the purpose of quickly bringing SISOM’s low cost solar modules to the market.


Competition
Competitors in the solid state film deposition industry are in two unique areas: traditional vacuum deposition (evaporation, sputtering, Chemical Vapor Deposition, etc.) and traditional wet/print deposition (electrochemical bath, nano-ink jet, etc.). Vacuum deposition competitors include: Oerlikon Solar, Lintelle Engineering, CHA Industries, and Denton, while wet deposition competitors include: Patterning Technologies Limited, Philips, Nanosolar, and OTB Solar.



http://sisomtf.com/marketing%20opportunities.htm
What, is coming together even better

People this is HUGE HUGE HUGE!!!!!!!!!!!!!!!!

$CNUV
Quote:
The secret is in Freya’s cell separator. All cells have separators. The separators are thin film sheets inside the cells, which separate the positive cathode from the negative anode. The separators have to be electrically insulating, but have to allow lithium ions to flow from one electrode to the other. Freya’s unique composite technology turns the separators into multi-function safety devices
.

http://ih.advfn.com/p.php?pid=nmona&article=46913074

It seem to be coming together!

Seems, maybe Sisom may be involved with Freya, which we know Richard Fox is CEO of Freya and on the Management team of the Astralis Group. I like the way this is shaping up!

Check This Out

Quote:
So I did some digging on the Astralis Group and found something very interesting on their Facebook Page.

Quote:
Astralis Group LLC
Astralis Group client, Sisom Thin Films, is seeking an experienced grant writer and program manager. Sisom is developing advanced thin fim deposition technologies that replace expensive vacuum deposition systems with inexpensive spray deposition platforms that produce films of equal or superior functionality.
March 26, 2010 at 12:30am


I figured I would check out Sisom Thin Films and got this:

Quote:
SISOM THIN FILMS LLC is in the Semiconductors and Related Devices industry in ORLANDO, FL.


I didn't think much of it but remembered from this CNUV website:

How it works

Quote:
The Company’s photovoltaic cells consist of:
· An initial semiconductor layer, comprised of N type semiconductor material having a top surface and a bottom surface. Light-transmitting particles are interspersed within the N type semiconductor material; and
· A second semiconductor layer, consisting of P type semiconductor material having a top surface and a bottom surface. Light-transmitting particles are interspersed within the P type semiconductor material. The top surface of the second layer is in direct physical and electrical contact with the bottom surface of the first layer to form an N-P junction


Am I crazy, am I reading to far into this? Seems as if these thin film semiconductor that SISOM produces might have an application in the production in CNUV Solar Cell.

Peep This:

Sisom Thin Films, LLC, Sisom Thin Films 1209 W Gore Street Orlando, FL

Astralis Group, 653 W Michigan St Orlando, FL 32805

Astralis directions to Sisom Thin Films: 6mins

maps.google.com/maps?f=d&source=s_d&saddr=1209+W+Gore+Street+Orlando,+FL%09+32805-3809&daddr=653+W+Michigan+St+Orlando,+FL++32805&hl=en&geocode=FcVaswEdngAm-yk7P7rSsXvniDGPPoGR43f61A%3BFbYZswEdLB4m-ym_wh8-n3vniDF9sYWizvF24w&mra=ls&sll=37.0625,-95.677068&sspn=28.334641,79.013672&ie=UTF8&ll=28.521947,-81.402683&spn=0.061236,0.154324&t=h&z=13

I could potentially be on to something here but I might need some others help putting this thing together. If there is a thing here...

$CNUV