PTRam Analyzer

A472060100C

The PTRam Analyzer is a process development 785 nm Raman analyzer designed for product and process development use in labs and pilot plants. It is a high performance, precise, robust, and reliable Raman system featuring self-calibration and automated performance validation to ensure validity of every measurement.

This single-sample channel system includes a lab fiber optic probe with an user-replaceable shaft. The PTRam is 19” rack-mountable. The PTRam operates with Vision software and it can be connected with a 2060 Human Interface.

PTRam Analyzer

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관련 문서

Multiparameter analysis in fertilizers by thermometric titration

Thermometric titration – the missing piece of the puzzle

Fast determination of acid and base number by thermometric titration

How to transfer manual titration to autotitration

How the updated GMP regulations and EU Cyber Resilience Act will affect laboratories

Simplified spectroelectrochemistry setups with intuitive, user-friendly cells

Understanding the role of eluent in ion chromatography

Understanding linear sweep voltammetry and cyclic voltammetry

Basics of spectroelectrochemistry

How does X-ray fluorescence work?

Continuous air quality monitoring for harmful particulate matter and aerosols

Understanding potentiometric titration: A vital technique in pharmaceutical analysis

Introduction to Cyclic Voltammetric Stripping (CVS)

Ion chromatography for the pharmaceutical industry

Why control temperature for more accurate and reproducible NIRS results

Quality control of cathode materials

Better waste incineration compliance with online process analysis

Raman spectroscopy: The easy way to analyze polymers

Optimizing lab efficiency with MiPT for versatile, high-precision sample handling

Edible oil analysis: A guide for beginners

How to avoid titration errors in your lab

Increased efficiency of CVS routine analysis with Dosino sample transfer

How to calibrate a pH meter

Conservation of art using electrochemistry

Automated liquid handling: The key to accurate and reproducible results

Advancing precision and efficiency in ion chromatography with automated inline dilution

Titration – definition and principles

Improved detection of fentanyl using Raman spectroelectrochemistry

Lab of the future: Automated robotic analysis of petroleum products

Point-of-Care with Raman: Detection of cancer, infection, and more

High-frequency EIS: a powerful tool for the future of mobility

Ensuring and certifying quality and compliance in regulated environments

Conductometric titration works where other methods struggle

Laboratory vs. process analysis: Key factors for informed decision-making

Pulp and paper QC and product screening with NIR spectroscopy

NIR spectroscopy pre-calibrations: Immediate results

NIR vs IR: What is the difference?

What is NIR spectroscopy?

How to implement NIR spectroscopy in your laboratory workflow

Karl Fischer titration: When to use volumetry or coulometry

QC and product screening of ink and paint with NIRS

Solid-state batteries: A promising technology thriving under pressure

A thermal rollercoaster: Unraveling temperature dependence in CVS determinations

Applying USP validated methods for separation column equivalency

Screening and quality control of palm oil with NIR spectroscopy

Streamline material inspection in regulated industries with new Raman USP library

How do iridium-based nanomaterials contribute to a greener future?

Is having a service agreement important?

The world of surfactants from the perspective of titration

Frequently Asked Questions (FAQ) about Raman spectroscopy: Applications

The future of ammonia production is electrochemistry

Converting emitted carbon dioxide into chemical feedstocks by electrochemical routes

Process control of electroless nickel plating baths with Hg-free sensors

Easily measuring ORP values in real-life applications

Easy quality control of detergents and hand sanitizers with NIRS

History and analysis of vitamin C (ascorbic acid)

Building a Smart(er) Factory by implementing Process Analytics 4.0 solutions

Protecting IC systems with Metrohm Inline Ultrafiltration and Inline Dialysis

How temperature influences the pH value

Monitoring antioxidant content of in-service industrial lubricants with voltammetry

MIRA and IBEX: Out of the lab and into the unknown

Quality control of semiconductor wafer pretreatment processes with online NIRS

Save time and money with Metrohm Inline Sample Preparation solutions

How to utilize grounding modes in electrochemical experiments

Raman spectroelectrochemistry from India to Spain: History and applications

Analyzing halogenated organic compounds with CIC according to DIN 38409-59

QC and product screening of hair, skin, and dentalcare products with NIRS

Frequently Asked Questions (FAQ) about Raman spectroscopy: Theory and usage

QC and product screening of medicinal cannabis with NIR spectroscopy

Electrochemistry in laminar and turbulent flow conditions using rotating electrodes

Near-infrared spectroscopy (NIRS): The perfect solution to monitor purity of recovered solvents

Transform your routine electrochemical research – Go Multi!

Coping with the daily challenges of routine water analysis

NIR spectroscopy in the personal care and cosmetics industry: The ideal tool for QC and product screening – Part 1

Automation beyond the lab – Integrating the most precise lab pH measurements into production processes

Handheld 785 nm Raman applications: Cutting edge material ID capabilities in your pocket

Providing the Next Level of Safety with Hydranal™ NEXTGEN Reagents and OMNIS