Plasma-Therm, LLC
St. Petersburg, FL 33716
Die-Singulation System features plasma-based operation.
Utilizing energized plasma, MicroDieSingulator (MDS)-100 systems deliver singulation of semiconductor dies from 4, 6, and 8 in. wafers mounted on industry-standard tape frames. Singulation (dicing) of individual dies can be achieved with separation lines (streets) of 20 microns or less, maximizing utilization of silicon-wafer real-estate. Also, MDS technology separates dies without causing...
Read More »Die-Singulation System features plasma-based operation.
Utilizing energized plasma, MicroDieSingulator (MDS)-100 systems deliver singulation of semiconductor dies from 4, 6, and 8 in. wafers mounted on industry-standard tape frames. Singulation (dicing) of individual dies can be achieved with separation lines (streets) of 20 microns or less, maximizing utilization of silicon-wafer real-estate. Also, MDS technology separates dies without causing...
Read More »Plasma-Therm and Smoltek Commit to Carbon-Based Technology Development
Smoltek have entered a partnership to develop carbon-based growth and device technologies. Carbon nanofibers (CNF) have been demonstrated as having applications for micro-bumps, enhanced thermal interface material and layer-to-layer micro-vias. Each of these applications addresses important needs in evolving semiconductor chip fabrication and packaging, provides specific advantages over existing...
Read More »Plasma-Therm and Smoltek Commit to Carbon-Based Technology Development
Smoltek have entered a partnership to develop carbon-based growth and device technologies. Carbon nanofibers (CNF) have been demonstrated as having applications for micro-bumps, enhanced thermal interface material and layer-to-layer micro-vias. Each of these applications addresses important needs in evolving semiconductor chip fabrication and packaging, provides specific advantages over existing...
Read More »ICP System provides etching over variety of materials.
Incorporating Shuttlelock-® SLR technology, repackaged with updated, tier one components, Apex SLR is suited for wide range of uniform Inductively Coupled Plasma etch applications. Load lock system features 4-button control for processing in less than 1.0 m² footprint. Built and controlled with PLC and DeviceNet software, Apex SLR is available with both laser and optical emission spectroscopy...
Read More »ICP System provides etching over variety of materials.
Incorporating ShuttlelockÃ-® SLR technology, repackaged with updated, tier one components, Apex SLR is suited for wide range of uniform Inductively Coupled Plasma etch applications. Load lock system features 4-button control for processing in less than 1.0 mò footprint. Built and controlled with PLC and DeviceNet software, Apex SLR is available with both laser and optical emission...
Read More »Plasma-Therm Receives Repeat Orders for VERSALINE®
St. Petersburg, Florida – A leading US wireless compound semiconductor device manufacturer has placed capacity driven, follow-on orders with Plasma-Therm LLC for VERSALINE-® wafer processing, etch modules. The process modules will support RF power amplifier and switch chip production with advanced backside GaAs via formation. These chipsets are used primarily in handsets and other RF...
Read More »Plasma-Therm Receives Repeat Orders for VERSALINE-®
St. Petersburg, Florida – A leading US wireless compound semiconductor device manufacturer has placed capacity driven, follow-on orders with Plasma-Therm LLC for VERSALINEÃ-® wafer processing, etch modules. The process modules will support RF power amplifier and switch chip production with advanced backside GaAs via formation. These chipsets are used primarily in handsets and other RF...
Read More »Plasma-Therm Awarded Federal Contract
St. Petersburg, Florida - Plasma-Therm received a federal contract from the U.S. Department of Commerce's National Institute of Standards and Technology (NIST) for high density plasma enhanced chemical vapor deposition systems. The contract will be used for continued research and development for future electronics, nanofabrication, Nano manufacturing, energy storage, transport, and conversion...
Read More »Plasma-Therm Awarded Federal Contract
St. Petersburg, Florida - Plasma-Therm received a federal contract from the U.S. Department of Commerce's National Institute of Standards and Technology (NIST) for high density plasma enhanced chemical vapor deposition systems. The contract will be used for continued research and development for future electronics, nanofabrication, Nano manufacturing, energy storage, transport, and conversion...
Read More »Die-Singulation System features plasma-based operation.
Utilizing energized plasma, MicroDieSingulator (MDS)-100 systems deliver singulation of semiconductor dies from 4, 6, and 8 in. wafers mounted on industry-standard tape frames. Singulation (dicing) of individual dies can be achieved with separation lines (streets) of 20 microns or less, maximizing utilization of silicon-wafer real-estate. Also, MDS technology separates dies without causing...
Read More »Die-Singulation System features plasma-based operation.
Utilizing energized plasma, MicroDieSingulator (MDS)-100 systems deliver singulation of semiconductor dies from 4, 6, and 8 in. wafers mounted on industry-standard tape frames. Singulation (dicing) of individual dies can be achieved with separation lines (streets) of 20 microns or less, maximizing utilization of silicon-wafer real-estate. Also, MDS technology separates dies without causing...
Read More »Plasma-Therm Provides Plasma Processing Workshop to Penn State University's Nanofabrication Laboratory
St. Petersburg, Florida – Researchers recently attended Plasma-Therm’s advanced plasma processing workshop, held at The Pennsylvania State University Nanofabrication Laboratory. Workshop attendees from disciplines as diverse as MEMS, solid state lighting, power, photonics, and nanotechnology, participated in the full-day event to learn about fundamental and advanced technologies used in...
Read More »Plasma-Therm Provides Plasma Processing Workshop to Penn State University's Nanofabrication Laboratory
St. Petersburg, Florida – Researchers recently attended Plasma-Therm’s advanced plasma processing workshop, held at The Pennsylvania State University Nanofabrication Laboratory. Workshop attendees from disciplines as diverse as MEMS, solid state lighting, power, photonics, and nanotechnology, participated in the full-day event to learn about fundamental and advanced technologies used in...
Read More »Plasma-Therm and Smoltek Commit to Carbon-Based Technology Development
Smoltek have entered a partnership to develop carbon-based growth and device technologies. Carbon nanofibers (CNF) have been demonstrated as having applications for micro-bumps, enhanced thermal interface material and layer-to-layer micro-vias. Each of these applications addresses important needs in evolving semiconductor chip fabrication and packaging, provides specific advantages over existing...
Read More »Plasma-Therm and Smoltek Commit to Carbon-Based Technology Development
Smoltek have entered a partnership to develop carbon-based growth and device technologies. Carbon nanofibers (CNF) have been demonstrated as having applications for micro-bumps, enhanced thermal interface material and layer-to-layer micro-vias. Each of these applications addresses important needs in evolving semiconductor chip fabrication and packaging, provides specific advantages over existing...
Read More »ICP System provides etching over variety of materials.
Incorporating Shuttlelock-® SLR technology, repackaged with updated, tier one components, Apex SLR is suited for wide range of uniform Inductively Coupled Plasma etch applications. Load lock system features 4-button control for processing in less than 1.0 m² footprint. Built and controlled with PLC and DeviceNet software, Apex SLR is available with both laser and optical emission spectroscopy...
Read More »ICP System provides etching over variety of materials.
Incorporating ShuttlelockÃ-® SLR technology, repackaged with updated, tier one components, Apex SLR is suited for wide range of uniform Inductively Coupled Plasma etch applications. Load lock system features 4-button control for processing in less than 1.0 mò footprint. Built and controlled with PLC and DeviceNet software, Apex SLR is available with both laser and optical emission...
Read More »Successful Plasma-Therm Semiconductor Processing Workshop at Korea Advanced Nano FAb Center
St. Petersburg, Florida – Plasma-Therm’s advanced plasma processing workshop, held at KANC (Korea Advanced Nano Fab Center), attracted nearly 100 engineers and researchers from 25 companies and institutes. Topics spanned the fundamental and advanced technology used in semiconductor device fabrication, materials research, and nanotechnology. Workshop attendees from disciplines as diverse as...
Read More »Successful Plasma-Therm Semiconductor Processing Workshop at Korea Advanced Nano FAb Center
St. Petersburg, Florida – Plasma-Therm’s advanced plasma processing workshop, held at KANC (Korea Advanced Nano Fab Center), attracted nearly 100 engineers and researchers from 25 companies and institutes. Topics spanned the fundamental and advanced technology used in semiconductor device fabrication, materials research, and nanotechnology. Workshop attendees from disciplines as diverse as...
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