Services

ION Implant

Essential in the semiconductor industry, Ion Implant technology is the basic building block process used in the formation of transistors. This process allows the semiconductor wafer manufacturer to change the electrical properties in pre-selected regions of the silicon wafer.

CU Deposition

Wolfe Engineering is helping the semiconductor industry perpetuate Moore’s Law by supporting the transition to copper from traditional aluminum interconnects. As the industry aggressively pioneers the use of copper deposition in advanced generation semiconductor devices, Wolfe Engineering is providing specialized liquid management systems for the safe delivery of the constituents required in this electroplating process.

Photolithography

Photolithography is a critical process for transferring specific circuit patterns onto a semiconductor wafer. Wolfe Engineering provides specialized liquid management systems for the safe and optimized delivery of photo resists, solvents, developers and HMDS. These chemistries range from extremely flammable to highly corrosive, and require special design requirements depending on the type, amount and combinations required for specific applications.

CVD

Chemical Vapor Deposition (CVD) is a technology used by the semiconductor industry to deposit materials on wafer surfaces by decomposing gaseous molecules. With CVD, a gas containing a metal or insulator chemistry is combined in a reaction chamber, along with an energy source. The resulting reaction forms a thin film of solid material that is then deposited directly onto the wafer’s surface.

RTP

Rapid Thermal Processing (RTP) uses high-powered heating lamps to provide more accurate heating control and faster processing times, compared with traditional processes. Wolfe Engineering recognizes RTP as a key technology advancement.

CMP

One of the fastest growing process technology sectors within the semiconductor industry, Chemical Mechanical Planarization (CMP) systems use a mechanical polishing pad in conjunction with special chemical abrasives, which are needed to achieve a smooth and uniform wafer topography. This process not only allows more interconnect layers to be deposited onto the wafer, but also enables finer circuit patterns to be achieved.

Optics

Optics light source generation and management play a major role in Moore’s law for minimizing geometries and maximizing useable surface areas. ArF and KrF gases are needed to obtain specific wavelengths of light (via current LASER technology) needed to reach geometries ≤ 193nm.

Pharmaceutical

Wolfe Engineering recognizes that the growing pharmaceutical industry requires many of the same core competencies in liquid and gas management as the semiconductor industry. Wolfe understands the stringent federally- and locally-mandated chronological and traceability requirements and certifications unique to the pharmaceutical industry, and has the experience required for the manufacture of well-documented products that strictly adhere to accepted specifications and methodologies.

Biotech

The biotech industry is aggressively moving from the development arena into manufacturing and production. To date, the focus has been on “proof” and “validation.” Much progress is being made in expanding research efforts to be applied to general/popular interest arenas. Wolfe Engineering assists leading biotech companies in migrating approved and sanctioned research efforts into productive, cost effective manufacturing operations.

MOCVD

Wolfe is supporting the latest high tech technologies such as Chemical Vapor Deposition (MOCVD), a chemical vapor deposition of epitaxial growth materials for semiconductor compounds.

OLED

Organic Light Emitting Diode (OLED) is a LED that uses emissive electroluminescent layers of organic compounds which omit light in response to an electric current.

Epoxy Applications

Epoxy Applications are typically used for heat transfer requirements between 2 different materials. i.e, Copper and Stainless.

Complex Frames and Turn Key

Today's metal framing materials are fabricated from products made in a quality-controlled environment to very strict tolerances and specifications.

Alternative Energy Systems

Alternative energy consumption corresponded to roughly seven per cent of the U.S. total energy consumption. Biomass led alternative energy trends with 53 per cent of the renewable energy market, followed by hydroelectric power with 36 per cent. At the same time, some of the fastest annual rates of growth in consumption were for wind (29 percent) and ethanol (26 percent).

Vacuum Insulated Products

To achieve success in today’s competitive market, companies must remain flexible and move quickly. With Wolfe Engineering, customers can rely on fast turn around and short lead times. When customers select Wolfe Engineering, they can expect high quality, turnkey solutions to be executed on-time and on-budget – every time.

Wolfe Engineering has the capability providing any quantity of products, from low to high volume. That said, we can fulfill any production requirements. We manufacture high quality products quickly and at competitive pricing.

Wolfe Engineering works with its customers to keep their inventories at a minimum while providing "just in time" shipments to reduce cost and improve efficiency. We currently offer the following standard products at competitive pricing:

Manifolds
Tanks
Spools
Hoses

Wolfe Engineering and its vertically integrated approach to manufacturing combines engineering expertise and support with innovative project management and dedicated customer service, making Wolfe the partner of choice for countless industry leaders. Wolfe’s manufacturing capabilities include:

Vacuum and oven systems for vacuum jacketed products - vacuum levels < 1 mTorr
Cryo-testing
High Temperature Testing

To assure product integrity, assemblies can be tested with LN2.