Who is Kaiser Optical Systems?

Similar documents
LabRAM HR Evolution. Research Raman Made Easy!

Perseverance. Experimentation. Knowledge.

Process Analytical Technology Diagnosis, Optimization and Monitoring of Chemical Processes

Measurement & Analytics Measurement made easy. MB3600-CH70 FT-NIR polyol analyzer Pre-calibrated for OH value determination

Spectroscopy in Transmission

Clark Atlanta University Center for Surface Chemistry and Catalysis Instrument Capabilities

Spectroscopy tools for PAT applications in the Pharmaceutical Industry

References. Continuous Manufacturing Process Development Plant Realizations. Microinnova Engineering GmbH. Europapark Allerheiligen bei Wildon

Introducing the Morphologi G3 ID The future of particle characterization

LIBSlab ANALYZERS ANALYZERS

ALPHA. Innovation with Integrity. The very compact and smart FTIR spectrometer FTIR

EM 27/SUN Series. Innovation with Integrity. For Atmospheric Measurements FT-IR

NIR Chemical Imaging as a Process Analytical Tool

Manufacturing process control with PAT Substitution of off-line HPLC & GC by in-line IR spectroscopy

XploRATM. Smart Microscopy. Combining microscopy and Raman chemical analysis. Explore the future

Verification of Pharmaceutical Raw Materials Using the Spectrum Two N FT-NIR Spectrometer

Introduction to Fourier Transform Infrared Spectroscopy

Process Raman. Utilisation of Raman spectroscopy for primary and secondary pharmaceutical development. Allyson McIntyre Pharmaceutical Development

Monitoring Emulsion Polymerization by Raman Spectroscopy

APPLICATIONS OF RAMAN AND AND BIOSYSTEMS APPLICATION: WESLEY THOMPSON JULY 17 TH, 2008

ActiPix SDI300 Surface Dissolution Imaging System

Liberating the Nanotube: From Lab to Large Scale Production

Underwater Raman Sensor for Detecting High Explosives and Homemade Explosives (HMEs)

Demonstrating the Value of Data Fusion

Traceable UV-Vis Reference Materials

Real-time In Situ FTIR Reaction Analysis Evolution of Technology Current State-of-the-Art. July 23, 2009 CPAC Summer Institute Seattle, WA

Intermediates. THF Solutions. Expanded Tetrahydrofuran Offer for Pharma Customers in Europe

The Fundamentals of Moisture Calibration

AWOS. Automated Weather Observing Systems COASTAL

Advanced Spectroscopy Laboratory

The RX-6000 Sulfur in Oil Analyzer For the analysis of Sulfur in Oil and other elements from S to U

Introduction to Fourier Transform Infrared Spectroscopy

Water in Food 3 rd International Workshop. Water Analysis of Food Products with at-line and on-line FT-NIR Spectroscopy. Dr.

Reprint. Project Summary. Side by Side Evaluation of ChemScan UV-4100 and Hach (Dr. Lange) Optiquant at Littleton-Englewood Colorado

Introduction to Bruker s Products and Solutions

F a l l W i n t e r

BIO & PHARMA ANALYTICAL TECHNIQUES. Chapter 5 Particle Size Analysis

Whole Tablet Measurements Using the Frontier Tablet Autosampler System

! Fiber!Laser!Intracavity!Absorption! Spectroscopy!(FLICAS)!of!CO/CO2! mixture.!!! This experiment will expose you to tools and approaches, common in

NanoLambda NSP32-V1 Spectrometer

Your partner in Science!

Chemistry 524--Final Exam--Keiderling May 4, :30 -?? pm SES

Cary 60 UV Dissolution Systems THE STANDARD FOR MULTICELL OR FIBER OPTIC DISSOLUTION TESTING

Wire%4%Training%Modules%Compilation%! The!following!modules!are!in!this!compilation:!! TM001!! Introduction!to!Raman!Spectroscopy! TM002!!

Sismage : A proprietary software suite of seismic interpretation tools. A proprietary software suite of seismic interpretation tools

Aspen Polymers. Conceptual design and optimization of polymerization processes

Optical In-line Control of Web Coating Processes with UV-VIS-NIR Spectroscopy. AIMCAL Europe Web Coating Conference Peter Lamparter

integrating-sphere-construction-kits

Metrohm NIRSystems. Dedicated near-infrared solutions

VASCO Flex TM Remote Particle size Analyzer

FSA TM Multi-bit Digital Processors

Nanoscale IR spectroscopy of organic contaminants

X-Ray Net Weight Control of Pharmaceutical Products

Rheological Testing Equipment for Polymers

Mixed Hierarchical Models for the Process Environment

Smart Sensing Embedded Spectroscopy Platform Botlek studiegroep 06-april-2017

Michigan Aerospace Optical Products Atmospheric Intelligence

Towards integration of continuous reactors, separation technology and process analysis

Reference Standards Page 156 For calibrating your spectrometer. PIKECalc Page 159 For FTIR sampling computations

Fourier Transform Infrared. Spectrometry

Dispersion issues for Holospec spectrometers at JET. T.M. Biewer, Oak Ridge National Lab. August 18th, 2008, Culham Science Center

Industrial Diode Lasers. High-resolution Raman microscopy. Bernhard Wondra, Harald Rossmeier and Thomas Hellerer TOPTICA Photonics AG

PRESS KIT. uadrime BRINGING OUT CHEMICAL SOLUTIONS. Chemical. PRESS CONTACT : Juliette AUBERT

Slide 1 Raymond Jin, Adcon Lab, Inc.

GRATING CLASSIFICATION

Automated multi-vapor gravimetric sorption analyzer for advanced research applications

Baltimore Aircoil Company w w w. B a l t i m o r e A i r c o i l. c o m

Addressing Drying Challenges in the Pharmaceutical Industry

PTG-NIR Powder Characterisation System (not yet released for selling to end users)

Swiss Medic Training Sampling

Quantum Northwest, Inc. Product overview

Nouvelles approches de mise en œuvre de la spectroscopie NIR et Raman pour le suivi de la qualité des produits industriels en ligne ou at-line

Guide to Peptide Quantitation. Agilent clinical research

The Raman Spectroscopy of Graphene and the Determination of Layer Thickness

Thermal Analysis Excellence

FORCE TENSIOMETER K100 THE HIGH-END SOLUTION FOR MEASURING SURFACE AND INTERFACIAL TENSION

novaa 800 D Atomic Absorption Spectrometer

Monitoring the Aggregation of Particles through Raman Spectroscopy

custom reticle solutions

Combined AFM and Raman Enables: Comprehensive Data Using Optical, AFM, and Spectroscopic Methods

Using Alba with the FemtoFiber laser by Toptica for 2-photon quantitative imaging

Raman Spectrometers. Cora Family

Acal BFi supply bespoke photonics solution to Department of Chemistry at Cambridge University

S is referred to as sour. The sulfide loading lends an unpleasant odor and makes the water corrosive. Additionally, the presence of H 2

The Plus for your lab!

Product Descriptions and Offerings

GEOMATICS SURVEYING AND MAPPING EXPERTS FOR OVER 35 YEARS

Holographic Characterization of Agglomerates in CMP Slurries

Optiform Technologies A Fit-for-Purpose Solution to Solid-State Issues

Milk Analysis with the TIDAS P Milk Inspector

Portable Raman Spectroscopy for the Study of Polymorphs and Monitoring Polymorphic Transitions

Low Temperature Physics Measurement Systems

Industrial In-line and Multi Component Monitor Using Absorption Spectroscopy and Its Application

MODULE 2B INDUSTRIAL HYGIENE LABORATORY ACCREDITATION PROGRAM (IHLAP) ADDITIONAL REQUIREMENTS

Thermal and nonlinear optical studies of newly synthesized EDOT based bent-core and hockey-stick like liquid crystals

CHEMISTRY WORKSTATION. The power of proven quality GIVING YOU PEACE OF MIND

DYNAMIC VAPOR SORPTION ANALYZER FULLY AUTOMATED COMPACT BENCH-TOP DVS ANALYZER, FOR FAST AND ACCURATE SORPTION MEASUREMENTS.

Low-Frequency Raman Spectra of Carbon Nanotubes Measured with an Astigmatism-Free Schmidt-Czerny-Turner Spectrograph

QbD QUANTITATIVE MEASUREMENTS OF CQAS IN SOLID DOSAGE FORM UNIT OPERATIONS

Chem 524 Lecture Notes Raman (Section 17) 2013

Transcription:

Who is Kaiser Optical Systems? Formed in 1979, as a division of Kaiser Aerospace and Electronics. Headquarters in Ann Arbor, MI, USA Became a Division of Rockwell Collins, Inc in 2000. Our historical Expertise is in the area of holographic optical technology.

Who is Kaiser Optical Systems? Since 1990, KOSI has been a major supplier to the Raman community. The Spectroscopic Products Division represent the largest single division of KOSI. We are Global - having offices or representation in North America, Caribbean, Europe, and Asia.

More About Kaiser. Kaiser is an engineering development and manufacturing firm with over 30 US Patents on Raman Instrumentation / Applications (25 current). The most recent patent was issued for the AirHead TM gas-phase process Raman probe. Kaiser first to deploy Raman system s for 24/7 process control - in early 1990 s. Now the ATEX certified RamanRxn3 is being used in validated applications worldwide. Raman Expertise widely recognized (both Kaiser s and individual employee s): - Authored USP general chapter on Raman 1120. - Authored two books on Raman and Raman Applications. - Chair ASTM E13.08 (Raman). - Chair Spectroscopy & Imaging Group CPAC. - Participate in ASTM E55 (PAT). - Participate as founding members in IFPATma (PAT). - Organize various scientific meetings involving Raman. - Reviewers for numerous scientific Journals.

Kaiser Technology Introductions 1990-99 1991 Holographic Notch Filter 1992 Holographic Laser Bandpass Filter 1993 HoloSpec f/1.8i Imaging Spectrograph 1994 HoloProbe Process Raman Analyzer 1994 HoloPlex Volume Phase Transmission Grating 1995 Universal Fiber Optic Probehead 1996 Confocal Raman Microscope 1997 Internal Calibration Option for Raman Products 1997 Immersion Probe Optics 1998 Raman Calibration Module and Calibration Transfer 1999 RamanRxn Systems Analyzers / HL5000R Modular Systems A HISTORY OF MEETING THE MARKET S NEEDS & CHALLENGES!

Kaiser Technology Introductions 2000- Present 2000 Invictus NIR Laser 2000 HoloReact and HoloMap Software 2001 MR Probe / Pilot Probe Line of Process Probes 2002 HTS System for Wellplate Analysis 2003 MRA analyzer, and Pilot-E Probe Line 2004 RamanRxn3 Classified Raman Analyzer and Invictus 532 nm Laser 2005 RamanRxn3L Laboratory Analyzer 2006 P h AT System for Representative Solid-State Analysis and ATEX certification 2007 Raman WorkStation 2007 ic Raman V2.0 2008 AirHead Gas-phase Probe Head 2008 Transmission analysis for the Raman WorkStation 2008 ic Raman V3.0 2009 RamanRxn4 Gas-phase Raman analyzer 2009 - RamanRxn2 Hybrid Laboratory analyzer A HISTORY OF MEETING THE MARKET S NEEDS & CHALLENGES!

Why Raman? 1. Composition and Structural Information with Fiber Optic Sampling the specificity of mid-ir, but with the ease of use of near-ir 2. Raman is a specific and selective technique providing well resolved information leading to BETTER PROCESS UNDERSTANDING 3. Flexible sampling (remote sampling) 4. In-situ Eliminate Grab samples, Sampling through containers 5. Measurement of various types of samples (liquids, slurries, pastes, solids, powders, etc.) 6. Ease of use no longer requires an expert

Why Raman? Chemical Specificity 8000 Majority of signal from Crystalline API Relative Intensity 4000 Majority of signal from Excipient 0.60 0 185 685 1185 1685 Raman Shift (cm-1) Intensity 0.40 0.20 90 mg Tablet Avicel Powder (Excipient) Acetaminophen Powder (API) 0.00 1100 1500 1900 2300 Wavelength (nm)

Your Products Lifecycle - where can Kaiser Raman Analyzers Provide Value Microscopy & Screening (HTS) Reaction Monitoring - Control Optimization & Scale-up Methods Development Monitoring, & Control Design Philosophy Formulation / SS Chemistry / QC

Why choose RamanRxn Rxn Systems Analyzers? Optimized System Development from Kaiser Controlled Components Fiber Optic Flexibility Proven Analyzer Track Record in the Laboratory and Plant (13 Years, Reliable 24/7 Operation) Demonstrated Successful Calibration Protocols and Transferability Lab-to-Plant Product Developed with Years of Tier 1 Customer Feedback Fast, reproducible, reliable More than 600 spectrographic units in the field Your Team of Raman Installation Experts!