Friday May 24 , 2013
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Sculpting Microchip
Devices from Sand

How is it done? Watch the following overview:

Silicon

Germanium

Glass (conductive)

Sapphire

Quartz

Alumina

Lithium Niobate

Sodium Chloride
[see Organic Semiconductors]

Flexible Substrates

P(L)ZT

Silicon Carbide

Photo imagable silicones (Dow)

Photo imageable Polyimides (dupont)

Other Polymers [contact Elume]

HMDS

Photo resists (Pos/Neg)

Difusants

BCB

SOG spin on glass

Teflon AF (RF Medical)

SU8 series (MEMS) etc

Solgel [contact Elume]

ELume incorporated process/device modeling and simulation capabilities. This service is available on an as needed basis, thus allowing our customers a change to study their design for feasibility before committing wafers to the foundry. This capability can save, time, money and prevent/mitigate false starts.

Organic electronics is of enormous technological interests for its ability to integrate circuits, batteries, sensors and various other functionalities dissolvable substrates deposited with solution chemistry, administrated by spin coating processes at low temperatures, most at 25 degrees C. Several proprietary devices are currently being researched in our laboratory.

ELume, Inc operates a wafer processing foundry - micro chip R/D laboratory located in California.

Inventive thinking, coupled with imagination and customer care is the key to our existence (raison d'être) and success for over a decade. The application of this has paid off for many of our customers who have relied on our judgment, experience/know-how, and trusted us with their most challenging (proprietary) ideas.

ELume's reputation is built on finding and implementing solutions.

The combined creativity of ELume's scientific/engineering staff is always available to talk with you by phone or live from your PC. You will connect directly to an applications engineer who can recommend processes, materials, as well as give you input on what is the best approach to obtain a reliable, reproducible product, that is cost effective and meets your parameters.

Our company
ELume Inc. started out as a consulting company in the flat panel display field, working  on full color LEF as well as OLED devices on plastic substrates and movable mirror projection devices only to discover that it was like “beating a dead horse”; the manufacturing of display technologies disappeared from the USA radar screen one by one to resurface in Japan, Korea, Taiwan, etc.


click on image to see full-size

To stay in business, ELume evolved and reinvented itself again. Since our infrastructure was in place, we switched to become A NON PURE PLAY specialty Semiconductor – like devices – MEMS foundry for third party customers needing custom/nonstandard processing solutions. Many unrelated to silicon wafers yet the processing parameters of silicon were applicable. Today ELume is a thriving independent enterprise.

The company feels with its 10-year history, it has become an attractive partner because of its unique infrastructure. We are sought after to assist with developing products/processes because we can offer your project know how, experience (finding solutions), tools, flexibility, combined with our most important asset, imagination and a can-do attitude.

Support and infrastructure, including clean rooms, laboratories and testing facilities, were developed by the company’s technicians, engineers, and scientists on an as needed basis, constructed locally  to emulate ISO 9000 standards.

 

Lab Photos

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Who Benefits

  • Outsourcing to a local USA company.
  • Fables entities needing first article or partial processing.
  • SBIR/NSF/NIST grant recipients.
  • Needing few wafers to low volume through pilot plant production.
  • Companies looking for non standard processes.
  • New product development-improvement.
  • R/D and testing new ideas.

News Flash

Newly discovered properties of bismuth telluride hold promise for spintronic quantum computing.

Bismuth Telluride Valley doesn't quite have the same ring to it, but a new discovery may mean the end of silicon chips. After decades of using Bi2Te3 for its thermoelectric properties, researchers have discovered new properties of the material that paves the way for bismuth telluride chips constructed to power quantum computers. [ Read more ]

Read more...

IBM Research and Caltech have announced a breakthrough that could lead to powerful but tiny computer chips, using DNA. The self-assembling origami structures could reduce chip production costs and resolve key semiconductor challenges as chip sizes drop below 22nm. The IBM and Caltech breakthrough with DNA appears to go beyond Moore's law. [ Read more ]
Read more...

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