As we all continue to navigate these
unprecedented times, I am exceptionally proud of our team. From sales and
applications to customer support to product development and high-quality
manufacturing, our hard-working team of global experts provide unsurpassed
products and service every day. What is very clear, no matter the
industry or customer challenge, our commitment is to help you, our customers,
optimize and future-proof your business to achieve new performance
benchmarks. We lead with our innovation and our dedication to customer
service. Find out more about our brands www.process-insights.com.
~ Dr. Erika Coyne, Group President, Tiger Optics & Extrel CMS
The specialty gas industry relies on Tiger Optics’ analyzers for fast and reliable measurements in both process control and quality control. Tiger’s CRDS analyzers have been widely used in a variety of specialty gas applications for many years because of their ease of use, fast response, accuracy, robustness, and freedom from calibration. Some highlights include:
The HALO Corrosion-Resistant (CR)
model offers ppb-level detection of contaminants such as H2O and CO2. The HALO product line combines absolute accuracy and proven reliability, with fast response in one compact and easy-to-use device.
Spark H2O in CO2 is perfect for food & beverage grade CO2 allowing detection limits down to 10 parts-per-billion; Semiconductor end-users have standardized on the HALO KA (H2O) and HALO OK (O2) for UHP CO2 monitoring down to parts-per-trillion levels.LEARN MORE
Ensure the H2O content in your NH3 with the HALO-LP and ALOHA+ H2O analyzers. Tiger’s CRDS analyzers for H2O in NH3 provide industry-leading detection limits, ideal for specialty gas manufacturers, LED makers, Semiconductor fabs and more.LEARN MORE
CRDS is a perfect choice for moisture measurement in rare gases due to speed of measurement and minimal flow rate requirements! Get accurate measurements while conserving your precious sample gas. Available options include Spark and HALO product lines.LEARN MORE
Modern semiconductor fabrication would not be possible without the advances in wafer production technologies such as low-temperature epitaxy, atomic layer deposition (ALD) or metal-organic chemical vapor deposition (MOCVD).
Tiger’s HALO QRP moisture monitor is specifically designed to operate under vastly different pressure conditions, from 1 mbar all the way up to atmospheric pressure, accommodating process conditions of most epitaxy, ALD and MOCVD tools.
The ability to monitor residual moisture in real-time in the process chamber, wafer transfer chamber or load lock allows users unprecedented control over their process.
Tool operators can act immediately when excess moisture presence is detected and stop wafers from being spoiled.
Looking for a solution to protect your Epi, ALD or MOCVD process? Contact Tiger Optics today and ask about information on the HALO QRP.
We are thrilled to introduce our NEW next generation
analyzer series! Same great performance with some notable upgrades, including
additional communication options and USB interface by popular demand.
Speed+ performance upgrade – intelligent dynamic data processing boosts analyzer’s speed of response by up to 5X while maintaining low noise performance! The cost-effective Spark/Spark Max series is available for detection of H2O, CH4, C2H2, CO and CO2. The Spark is ideal for applications like air separation process control and safety compliance, cylinder analysis, truck fill monitoring, medical oxygen, and many more.
The Tiger Optics Spark series offers:
- Cost-effective, real-time monitoring for H2O, CH4, C2H2, CO and CO2
in the low-ppb range
- No field calibration or maintenance required for minimum operational cost
- Reliable 24/7 operation, perfect for unmanned plants
- Fast speed of response to accommodate rapid stream switching
Looking for an easy-to-use, reliable, and high-performance solution for your process? Interested how the Spark and other Tiger analyzers can help control air separation units? Contact Us
Cost-Effective Purity Analysis in the
Cryogenic Air Separation Process
The most reliable and safest on-line continuous process and wastewater TOC analysis products - ever!
It is estimated that the largest and most sophisticated semiconductor manufacturing facilities can utilize between 2-5 million gallons of ultra-pure water (UPW) per day. This is roughly the equivalent of the water usage from a city with up to 50,000 people. The quality of the UPW is of critical importance because UPW comes in direct contact with the production wafers multiple times in various cleaning processes. Semiconductor fabrication process steps can produce contaminants in water including heavy metals, organic materials, and toxic substances. Fabrication facilities implement many steps to keep water clean in their processes including ultraviolet sterilization, ozone generation, filtration, and others. Any water that is contaminated and considered out-of-spec can result in a loss of product costing millions of dollars per day.
Additionally, once the water is used in production it may be discharged out of the facility to the local city wastewater treatment facility. Prior to discharging water to the local environment, a semiconductor facility will typically have environmental permitting requirements that require certain materials to be monitored. A variety of organic matter may be present in the wastewater which need to be monitored continuously prior to discharging to the local authority.
LAR , a Process Insights brand, has developed and manufactured online process and wastewater analysis instruments since 1986. For the Semiconductor industry, LAR manufactures the most reliable and safest online continuous process and wastewater TOC analysis products. With a unique high-temperature sample chamber, the LAR process and wastewater TOC analyzers are catalyst and chemical-free, eliminating a corrosive safety hazard while providing very fast, accurate TOC measurements.
For over 35 years, LAR has provided industry-leading TOC analyzers for various applications including wastewater and process analysis. The high-quality German engineering and manufacturing ensure the LAR TOC analyzers perform to the highest standards providing the semiconductor industry with leading-edge TOC analysis.
Wastewater Treatment: The LAR QuickTOCultra is designed for the roughest wastewater applications. Due to an unrivaled injection and oxidation technique, the QuickTOCultra easily handles sticky, fatty, salty, and high-particle samples, unlike other TOC analyzers. LAR’s high-temperature method, with combustion at 1,200 degrees C , guarantees the complete oxidization of the sample resulting in a true TOC measurement without the addition of toxic chemicals.learn more
Ultra-Pure Water Analysis: The LAR QuickTOCtrace is a highly reliable, accurate analyzer for measuring the lowest TOC ranges. Working on the basis of traditional continuous flow process with conductivity detection, the QuickTOCtrace is ideal for TOC measurement in UPW in the Semiconductor market. UV oxidization using the direct surface process guarantees the highest precision due to highly sensitive conductivity sensors. The QuickTOCtrace is a compact analyzer, providing fast analysis results, with a very low cost of ownership.learn more
As part of the Process Insights portfolio, Tiger Optics joins other leading brands delivering innovative and differentiated analysis and measurement solutions and technologies that add high value to our customers.
The Process Insights' global analytical instrumentation, and process automation products and solutions are at work all over the world delivering innovative and differentiated analysis and measurement solutions that add high value to our customers.
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