Industry Organisations and Affiliations | SPTS
SPTS Technologies, a KLA company, designs, manufactures, sells, and supports etch, PVD, CVD and MVD capital equipment, providing advanced wafer processing technologies and solutions for the semiconductor and microelectronics industry. Formed in 2009, SPTS brings together over 40 years wafer processing experience from companies including Trikon Technologies, STS, and Aviza Technology. The solutions offered by SPTS include industry leading silicon etch, dielectric etch, dry-release etch, PVD, PECVD, and MVD. SPTS supplies wafer processing equipment and technologies to the world's leading semiconductor and microelectronic device manufacturers and research institutions, offering dedicated local sales and customer support through a network of international offices and agents. SPTS has also been given the prestigious Anchor Company status by the Welsh Government. Under agreement with SPP Technologies, Ltd., SPTS also offers APCVD solutions and a range of large batch vertical furnaces.
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SPTS 제품 | SPTS
SPTS 제품 | SPTS 제품 | 제공 기술 및 프로세스 솔루션은 다음과 같습니다: | 싱글 웨이퍼 플랫폼 | Categories | You are now leaving the SPTS website
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Single Wafer Platforms | SPTS
Single Wafer Platforms | Single Wafer Platforms | fxP® Platform | c2L Platform | LPX Platform | Categories | You are now leaving the SPTS website
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Technology Papers | SPTS
Technology Papers | "Analysis and Management of the Effects of Fluorinated Gases during Plasma Dicing" Janet Hopkins et al | "Optimization of Low Temperature PECVD Dielectric Stacks for Via Reveal Passivation" K. Crook etc al | "Extreme Wafer Thinning and nano-TSV processing for 3D Heterogeneous Integration" Anne Jourdain et al | "Exploring the Challenges of Gallium Arsenide Plasma Dicing" M. Day et al | "Improved Semiconductor Device Reliability from Plasma Dicing" R. Barnett et al | "Fan-Out Wafer Processing in the High Density Packaging Era" David Butler et al | "Plasma Dicing: Reducing the cost of singulating thinner, smaller die" O. Ansell | "Plasma Dicing 300mm Framed Wafers - Analysis of Improvement in Die Strength and Cost Benefits for for Thin Die Singulation" M. Blair | "Impact of Backside Processing on C-V Characteristics of TSV Capacitors in 3D stacked IC Process flows" J. de Vos et al | "Improving device yields and throughput using plasma dicing" R. Barnett et al | "Comparison between wet and dry silicon via reveal in 3D backside processing" D. Thomas et al; SPTS/imec joint paper | "Wafer-to-Wafer Metal Sputter Deposition Process Control by Automatic Deposition Rate Adjustment" C. Weng et al | "Extending Capabilities of Etch and Deposition Technologies for 3D Packaging of MEMS in Volume Production" C Short et al | "Advances in Etch and Deposition Technologies for 2.5 and 3D BEOL Processing" K Buchanan et al | "Claritas™ – A unique and robust endpoint technology for silicon DRIE processes with open area down to 0.05%" O. Ansell et al | "Considerations and Benefits of Plasma Etch Based Wafer Dicing" R. Barnett et al | "Advances in Back-side Via Etching of SiC for GaN Device Applications" A. Barker et al | "Dielectric Stack Engineering for Via-Reveal Passivation" K. Crook et al. | "Low Temperature Dielectric Deposition for Via-Reveal Passivation" K. Crook et al. | "Plasma Etch and Low Temperature PECVD Processes for Via Reveal Applications" D. Thomas et al | "3D Multi-stacking of Thin Die based on TSV and Micro-inserts Interconnections" J. Souriau et al. | "Refractive Index Graded Anti-reflection Coating for Solar Cells Based on Low Cost Reclaimed Silicon" Y. Liu et al. | "Advanced Deep Reactive-Ion Etching (DRIE) Technology for Hollow Microneedles for Transdermal Blood Sampling and Drug Delivery" Y. Liu et al. | "Yield and Productivity Improvements Through Use of Advanced Dual Plasma Source for TSV Reveal & Wafer Dicing Applications" R. Barnett et al. | "300mm Scaling of Critical Silicon Etches for Image Sensor Wafer-Level Packaging Based on Tessera’s MVP (TSV) Technology" D.Thomas et al. | Resource Library | You are now leaving the SPTS website
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R&D Projects | SPTS
R&D Projects | SOCRATES | IT2 - IC Technology for the 2nm Node | SIPF - Strength in Places Fund | GaNTT - Realisation of a mass-manufacturable Vertical GaN Trench FET architecture | ASSET - Application Specific Semiconductor Etching Technology | CISM - Centre for Integrative Semiconductor Materials | 3D-IC | Bio MEMS | A* IME High Density FOWLP Consortium | A* IME MEMS III Consortium | Past Projects | 3D-TSV | InForMed | HEMAN V: High Efficiency MANufacturing of VCSELs | Microneedles | eRAMP | EPPL | PowerBase | MASTER 3D | Company | You are now leaving the SPTS website
Where is SPTS Technologies located?
The company SPTS Technologies is located in Newport, England, United Kingdom. It's worth noting that the company may has more corporate locations
How many employees does SPTS Technologies approximately have?
As of the latest available information SPTS Technologies has around 251-500 employees worldwide.
When was SPTS Technologies founded?
SPTS Technologies was founded in 2009
In which industries does SPTS Technologies mainly work?
The company SPTS Technologies has it's main focus in the industries of Manufacturing
What is the current company status of SPTS Technologies?
Based on the founding year and the amount of employees the company SPTS Technologies seems to be a Medium-Sized Company at the current state. Note that over time that status can change
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