A2 Technologies Over the years the A2 scientists, engineers and owners have developed and manufactured over 10,000 FTIR analyzers, which are being used by a wide range of customers, from the US military to pharmaceutical companies. We...
MLp FTIR spectrometer
The battery powered MLp system is engineered for performance, ruggedness and ease of use. With a short internal optical path incorporating a large optical...
PAL FTIR analyzer
PAL systems are compact and rugged analyzers, with easy to use software and integrated sampling technology. For applications that require the analyst to...
Avantes Avantes is a leading company in the field of low cost spectroscopy and fiber optic based material analysis. They offer miniature spectrometer systems and components for laboratory research and OEM industrial inline...
AvaSpec-1024
High Signal to Noise Fiber Optic Spectrometer; 75 mm optical bench; 1024 pixel CMOS detector
StellarNet, Inc. StellarNet builds ruggedized miniature fiber optic spectrometers for a complete spectrum of Lab and Field measurements. Coupled with our fiber optic sampling accessories and free SpectraWiz® software, you will have...
RED-Wave-NIR InGaAs Portable Spectrometers
StellarNets’ high performance InGaAs spectrometers cover the NIR wavelength range from 0.9-2.3 μm. The units are exceptionally robust with no moving...
Bruker AXS Bruker AXS, an operating company of Bruker Corporation (NASDAQ:BRKR) is a global market and technology leader in materials research and quality control instrumentation for elemental and crystalline structure...
Jasco Inc. Recently, JASCO introduced the next generation of FT-IR Microscope accessories: the IRT-5000 and IRT-7000, which can be easily interfaced with either JASCO’s FT/IR-4000 or FT/IR-6000 spectrometers. These microscopes...
RMP-300 Portable Raman Spectrometer
The RMP-300 Series portable Raman spectrometer system incorporates a fiber optic probe with a small X-Y-Z stage, compact laser, a high-throughput...
Executive Summary Drug manufacturers must verify the identity of their incoming raw materials prior to release into the production process. For some, meeting this requirement involves extracting and testing samples from a small fraction of their incoming containers; for others it means testing every single package. Regardless, all find thorough and compliant material identity verification a ...
The purpose of this paper is to discuss the application of Raman spectroscopy to the unique requirements of raw material testing. In order to do so we will answer the following questions: 1. What is and why perform identity testing? 2. What are the incentives to speed up testing? 3. Should we consider modifying the testing process? 4. How does the TruScan handheld Raman instrument perform ID ...
Pharmaceutical quality departments are under increasing pressure to increase productivity. With Ahura Scientific's TruScan™, quality control managers can now streamline their material ID verification processes while reducing many of the expenses associated with ID testing. TruScan provides quality personnel a cost-effective solution that can easily pay for itself in 9-12 months.
The collection of analytical techniques known as “vibrational spectroscopy” consists of three main tools, namely Mid-infrared or more commonly Fourier Transform Infrared (FTIR); Near- Infrared (NIR), and Raman spectroscopy. Each has strengths and limitations, making them complementary tools for the analysis of pharmaceutical materials - review each in this technology comparison.
Ahura Scientific collaborated with an independent research organization that specializes in return on investment (ROI) and cost-benefit analysis to perform an objective study of the financial returns generated by the use of TruScan™. The organization examined the ROI and benefits TruScan offered under scenarios that are representative of the primary challenges facing the manufacturing and supply ...
Pharmaceutical manufacturers are seeking ways to maintain and improve product quality while reducing manufacturing costs, including in the analytical test- ing of raw materials. Movement toward 100% inspec- tion of raw materials as well as increased production volumes and the desire for lean manufacturing are additional motiva- tions to find more cost-effective testing technologies. Raman ...
The collection of analytical techniques known as “vibrational spectroscopy” consists of three main tools, namely Mid-infrared or more commonly Fourier Transform Infrared (FTIR); Near- Infrared (NIR), and Raman spectroscopy. Each has strengths and limitations, making them complementary tools for the analysis of pharmaceutical materials. FTIR, the historical work horse of analytical laboratories, ...
Executive Summary Drug manufacturers must verify the identity of their incoming raw materials prior to release into the production process. For some, meeting this requirement involves extracting and testing samples from a small fraction of their incoming containers; for others it means testing every single package. Regardless, all find thorough and compliant material identity verification a ...
The purpose of this paper is to discuss the application of Raman spectroscopy to the unique requirements of raw material testing. In order to do so we will answer the following questions: 1. What is and why perform identity testing? 2. What are the incentives to speed up testing? 3. Should we consider modifying the testing process? 4. How does the TruScan handheld Raman instrument perform ID ...
Spectroscopic material verification is a critically important analytical application. Pharmaceutical, contract pharmaceutical, and consumer packaged goods companies depend on spectroscopic techniques to confirm the identity of materials at various stages in the manufacturing process. Historically, samples were transported to the laboratory where analysts, using stationary instruments, compared ...
Ahura Scientific is a pioneer and leading provider of rugged, ultra-compact, handheld instruments that address the growing need for accurate point-of-use ...
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