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A tightly focused beam may result in noisy signals or missing the Raman active target completely, leading to false negative readings from unidentified samples.
Increasing the spot size of the laser dilutes the valuable information about the material, leading to inconclusive matches or false identification of samples.
ROS increases the effective size of a tightly focused beam. Information is obtained with complete integrity while sampling the large area needed for complex mixtures or irregularly shaped samples, leading to confident identification.
What’s In the Box
IDR-MINI-2-KIT
IDRaman mini Device
The IDRaman mini 2.0 device uses two AA batteries.
Box of 144 2 mL Round Vials
Use these empty vials to collect your samples.
One Calibration Standard
Use this standard vial to calibrate your instrument.
Laser Safety Goggles
Wear the goggles while operating the laser.
000-40000-011-02-201601
1: Introduction
3
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Table of contents
- 11 Overview
- 11 Features
- 12 Models
- 12 About Raster Orbital Scanning (ROS)
- 13 IDR-MINI-2-KIT
- 14 Accessories
- 14 Point and Shoot Adapter
- 16 SERS Adapter
- 17 Overview
- 17 Controls and Indicators
- 21 Acquiring a Spectrum
- 22 Saving a Spectrum
- 23 Managing Libraries
- 23 Calibrating the Device
- 25 Autosaving
- 26 Scan Delay
- 27 Setting the Laser Power
- 28 Setting the Laser Raster
- 29 Setting Sleep Delay Time
- 30 Changing the PIN
- 33 IDRaman mini 2.0 Start-up with OceanView Software
- 33 Start-up with Windows 7, 8 and
- 34 Operating with OceanView Software
- 36 Acquiring a Spectrum
- 38 Saving Data
- 38 Device Libraries
- 49 Index