Applications

Characterizing Graphene with Cost-effective Raman Systems

Characterizing Graphene with Cost-effective Raman Systems

With an explosion of scientific interest in graphene based material for its incredible electronic, optical, and physical properties; it became clear that we needed to develop a cost effective instrument that could be used for quality determination as well as...

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Analyzing four of the most contaminated foodstuffs

Analyzing four of the most contaminated foodstuffs

Food adulteration has been around since the Victorian times when cheese was often coloured with lead salts, beer and milk were watered down and flour was bulked out with chalk dust or ground bones [1].  Governments apply stringent legislation and quality...

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Analyzing FAME Content of Biofuels with FTIR

Analyzing FAME Content of Biofuels with FTIR

Fast and accurate analysis of FAME content to EN 14078 using the Specac PearlTM The use of biomaterial as fuel is one method to reduce our reliance on fossil fuels. Conversion of biomaterial into biodiesel produces fatty acid methyl esters (FAME) which can be blended...

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Leather analysis by ATR

Leather analysis by ATR

Polymer Sample Identification by ATR

Polymer Sample Identification by ATR

ATR Measurement of Two Part Epoxy Glue Curing

ATR Measurement of Two Part Epoxy Glue Curing

Analysis of Automotive Polymers

Analysis of Automotive Polymers

Analysis of Automotive Fluids

Analysis of Automotive Fluids

Analysing milk with the Pearl

Analysing milk with the Pearl

Pearl Analysing Chocolate by Transmission FTIR

Pearl Analysing Chocolate by Transmission FTIR

Pearl: New and Used Motor and Hydraulic Oils

Pearl: New and Used Motor and Hydraulic Oils

Raw Materials Verification in BioPharmaceutical Production Using RapID

Raw Materials Verification in BioPharmaceutical Production Using RapID

Development of an Alternative to HPLC for Individual Tablet Assay by Transmission Raman

Development of an Alternative to HPLC for Individual Tablet Assay by Transmission Raman

Raw Materials Verification without Opening the Container

Raw Materials Verification without Opening the Container

Raw Materials ID in Sterile Manufacturing

Raw Materials ID in Sterile Manufacturing

Hazardous Material ID Through Opaque Containers

Hazardous Material ID Through Opaque Containers

Screening Envelopes and Parcels for Illicit Materials

Screening Envelopes and Parcels for Illicit Materials

Quantification of Tablets Containing Multiple APIs Using Transmission Raman

Quantification of Tablets Containing Multiple APIs Using Transmission Raman

Quantification of Crystallinity using Transmission Raman Spectroscopy

Quantification of Crystallinity using Transmission Raman Spectroscopy

Through-Container ID Verification of Polysorbates 20, 40, 60 & 80 with RapID

Through-Container ID Verification of Polysorbates 20, 40, 60 & 80 with RapID

In-Container Testing of Raw Materials for PIC/S GMP Annex 8- Application of SORS (RapID)

In-Container Testing of Raw Materials for PIC/S GMP Annex 8- Application of SORS (RapID)

Screening for Sensitive Explosives with Resolve – a Handheld SORS Device

Screening for Sensitive Explosives with Resolve – a Handheld SORS Device

Explosives Detection Through Opaque Containers

Explosives Detection Through Opaque Containers

Pesticide Authentication by Portable FTIR Spectroscopy

Pesticide Authentication by Portable FTIR Spectroscopy

QA/QC of sugars using the Agilent Cary 630 ATR-FTIR

QA/QC of sugars using the Agilent Cary 630 ATR-FTIR

QA/QC of flours using the Agilent Cary 630 ATR-FTIR

QA/QC of flours using the Agilent Cary 630 ATR-FTIR

Determination of tomato quality parameters by handheld FTIR

Determination of tomato quality parameters by handheld FTIR

Rocks and Minerals by Diffuse reflectance mid-IR spectroscopy

Rocks and Minerals by Diffuse reflectance mid-IR spectroscopy

Epoxy primer thickness on aluminum measured with the Agilent handheld FTIR

Epoxy primer thickness on aluminum measured with the Agilent handheld FTIR

Detection of trace contamination on metal surfaces using the handheld FTIR

Detection of trace contamination on metal surfaces using the handheld FTIR

Identification of Illicit Drugs and Hazardous Compounds with the Agilent 4500a FTIR

Identification of Illicit Drugs and Hazardous Compounds with the Agilent 4500a FTIR

Determination of percent glycerol monostearate in polypropylene by FTIR

Determination of percent glycerol monostearate in polypropylene by FTIR

Low level detection of biodiesel in diesel fuel using the Agilent 5500t FTIR

Low level detection of biodiesel in diesel fuel using the Agilent 5500t FTIR

Quantitative analysis of copolymers with the Cary 630 FTIR

Quantitative analysis of copolymers with the Cary 630 FTIR

Determination of % polyethylene in polyethylene/polypropylene blends by FTIR

Determination of % polyethylene in polyethylene/polypropylene blends by FTIR

At-Site Screening of Adulterant Levels in Bovine Milk by Mid FTIR

At-Site Screening of Adulterant Levels in Bovine Milk by Mid FTIR

Environmentally friendly oil in water analysis by FTIR, based on ASTM D7678-11

Environmentally friendly oil in water analysis by FTIR, based on ASTM D7678-11

Determination of Irganox 1010 in polypropylene by infrared spectroscopy

Determination of Irganox 1010 in polypropylene by infrared spectroscopy

Portable FTIR Forensics Analyzer

Portable FTIR Forensics Analyzer

ASTM 7371 Biodiesel (FAME) content in diesel fuel by FTIR

ASTM 7371 Biodiesel (FAME) content in diesel fuel by FTIR

Phthalate screening in plastics by portable FTIR spectroscopy

Phthalate screening in plastics by portable FTIR spectroscopy

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