Expanding the capabilities of handheld 785 nm Raman

62 min

// Raman spectroscopy

Travis Thompson, Technical Specialist at Metrohm Raman, presents the progression and design of handheld Raman spectroscopy and outlines sampling considerations and innovations. He then discusses how to deal with fluorescent samples, providing application examples, such as chemicals, dyes, SERS, and food and beverage samples.

NOR Web Form - Gated Video new

Fyll ut feltene for å se webinaret vårt. Feltene merket (*) må fylles ut.

Fornavn*

Etternavn*

e-post*

Land*

Firma

Jeg godkjenner at Metrohm Nordic AS lagrer data jeg har oppgitt i henhold til Metrohms retningslinjer for personvern og kan kontakte meg på e-post, telefon og pr. post. Jeg kan når som helst trekke tilbake denne godkjennelsen ved å sende en e-post til [email protected].

Jeg aksepterer Metrohm Nordics retningslinjer for personvern*

Ikke gå glipp av Metrohms gode tilbud og spesialrabatter. Abonner på vårt nyhetsbrev her.

Jeg ønsker å motta nyhetsbrev fra Metrohm Nordic

Webinar ID

Learn more about fluorescence and Raman spectroscopy

Blog article

This blog presents the development of MIRA XTR, a compact, handheld 785 nm Raman spectrometer, and application examples.

MIRA XTR

MIRA XTR is the premier handheld Raman system for safe in-field identification of unknown materials. Sampling attachments and large libraries are available for fast, safe, and reliable analyses.

Customer story

Hauff-Technik relies on the handheld Raman spectrometer MIRA XTR for fast and reliable ID verification of their inoming polymer pellets.

Fluorescence-free 785 nm material ID with MIRA XTR

This free white paper presents a survey of fluorescence suppression methods, the benefits of MIRA XTR, and application examples (e.g., hazardous chemicals, illicit drugs, ingredients and products used in the food and beverage industry, and manufactured materials).

Relaterte applikasjoner (329)

Choosing the Most Suitable Laser Wavelength For Your Raman Application

// Spectroscopy (NIRS-Raman)

Carbon Black At-line Characterization Using a Portable Raman Spectrometer

// Carbon materials (carbon black, soot, graphite, graphene, etc.) // Chemical // Identification, qualification

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

// Active pharmaceutical ingredients (APIs) // Chemical // Reaction monitoring

Raman Spectroscopy in Archaeological Studies

// Education & basic research // Archaeology // Spectroscopy (NIRS-Raman)

2 / 4