At a glance
| Booth | L0227 |
| Country | TW |
| Website | www.scastaiwan.com.tw |
Company profile
Sumika Chemical Analysis Service, Ltd. operates within the SCAS Group, whose laboratories provide analytical services for petroleum, chemical, semiconductor and electronics, and pharmaceutical industries using analytical expertise developed through 50 years of SCAS history in Japan. The group's overseas laboratory development began with SCASS in Singapore in 1997, followed in 2007 by SAES in Shanghai and SCAS Europe in Belgium, with SCAS Korea later established to support a range of industries. SCAS Taiwan was founded in 2013 as an overseas group company, after SACS Korea was founded in 2012. SCAS Taiwan, Ltd. was established in Hsinchu in March 2013 to provide analysis services using state-of-the-art technologies and opened an analytical laboratory in September 2015. The company profile lists March 21, 2013 as the establishment date, capital of 29,500,000 TWD, and Sumika Chemical Analysis Service, Ltd. as the 100% shareholder. SCAS Taiwan works closely with SCAS Japan to provide SCAS Group analysis services to customers in Taiwan, where the electronics industry is identified as an important base for development and production in Asia. Across the group, analysis, testing and evaluation are combined with consulting to provide comprehensive solution support for customers in a wide range of fields. The SCAS Group maintains its own quality-assurance program in line with its Corporate Quality Policy, keeps customer information confidential, and uses a quality system to ensure the reliability of data generated in analytical testing and related services. The Quality Assurance Department of Sumika Chemical Analysis Service, Ltd. supports group companies' quality-assurance activities under the direction of the president and Corporate Quality Committee.
Exhibits
SCAS service fields include Life Sciences & Healthcare, pharmaceuticals, medical devices and medical materials, cosmetics, food, environment, material sciences, materials and raw materials, electronics, energy and batteries, automotive and transportation, hazardous-substance evaluation for disaster prevention, and regulatory sciences. Regulatory support covers registration applications for Japan, the EU, China, Korea, other Asian countries, North America and Oceania, and multiple regions or countries, together with SDS preparation and safety or toxicity testing. In Life Sciences & Healthcare, services include pharmaceutical quality, specification and stability tests, measurement of drug concentrations in biological samples, pharmacokinetic and safety assessments for drug discovery, and protein-biopharmaceutical product tests. The same field also covers medical-device evaluation, analysis support for cosmetics development, food analysis, and environmental analysis services. Environmental work includes analysis of air pollutants, water-quality pollutant measurements, soil and geological contamination investigations, verification related to hazardous substances in waste, dioxin-related environmental standards, environmental-impact assessment, and measurement of controlled or hazardous substances in products. For Material Sciences, SCAS applies physical and chemical analysis techniques to issues from manufacturing R&D through manufacturing and quality control. Materials and raw-material services cover metals, ceramics and glass; polymers, plastics, rubber and textiles; chemicals, inks and additives; catalysts, powders and nanomaterials; and measurement or testing of chemical substances released from construction materials. The Material Sciences portfolio also includes electronics, energy and batteries, automotive and transportation, and hazardous-substance evaluation for disaster prevention. Energy-related categories include fuel cells and hydrogen gas, photovoltaic cells, and energy and biomass, while automotive categories include automotive electronics, composite materials and tires, and interior and exterior materials. Hazard and disaster-prevention evaluations include testing under the Japanese Fire Service Act, heat-stability tests, dust-explosion tests, gas-explosion tests, dangerous-goods transportation tests based on UN recommendations, GHS physical-hazard evaluations, and other assessment tests. For electronics customers, SCAS provides analysis across the full path from research and development to production management, including rapid cause analysis when problems occur and development of methods for samples where an analysis method has not yet been established. Industrial-electronics services include evaluation of process chemicals and gases, wiring and wafer materials, outgas analysis, glass and quartz analysis, and contamination or foreign-matter analysis. Semiconductor-device services include contamination analysis, manufacturing-process contamination evaluation, SiC power-semiconductor analysis, surface analysis and morphological observation, and TEM observation of microstructures. For advanced semiconductor materials, SCAS also describes atomic-scale structural and composition-control needs and offers ultra-high-sensitivity quantitative analysis of wafer-surface metal contamination, molecular contaminants and components such as piping, ceramics and quartz. Organic-electronics services include organic thin-film evaluation, impurity analysis, process-contamination evaluation, defect and deterioration analysis, reverse engineering or comprehensive device analysis, and gas-barrier evaluation. For electronic components, MEMS and sensors, the company provides reliability testing and evaluation, non-destructive observation and failure analysis, and physical-property and mechanical testing. Information-technology instrument services include printing-media and ink work, Ecomark testing, FPD evaluation and printer-head analysis. Cleanroom-related analysis includes chemical contamination in cleanroom air and local atmospheres, cleanliness evaluation of high-purity gases, ultra-trace impurity analysis of high-purity chemicals, analysis of components adhered to silicon or glass substrates, and outgas or adsorption-component analysis for chemical filters.
Capabilities and products
- semiconductor contamination analysis
- semiconductor manufacturing-process contamination evaluation
- SiC power-semiconductor analysis
- semiconductor surface analysis and morphological observation
- TEM microstructure observation
- ultra-high-sensitivity quantitative analysis of wafer-surface metal contamination
- ultra-high-sensitivity analysis of molecular contaminants (SMCs)
- evaluation of electronic-process chemicals and gases
- wiring and wafer material evaluation
- outgas analysis and evaluation
- glass and quartz analysis and evaluation
- MEMS/sensor reliability testing and evaluation
- MEMS/sensor nondestructive observation and failure analysis
- cleanroom-air chemical contamination analysis
- ultra-trace impurity analysis of high-purity chemicals
- analysis of components adhered to silicon/glass substrates
- method development for samples without established analytical methods