SIM handheld Raman spectrometer

NegotiableUpdate on 02/04

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Overview

The Bruker SIM Handheld Raman Spectrometer (model: SIM HH-RAMAN PRO II) is a portable rapid detection device manufactured in Germany, suitable for laboratory and field environments. This device adopts Raman technology, which can achieve non-contact analysis and is particularly suitable for rapid identification in the food, pharmaceutical, gemstone, and petrochemical industries. Its compact design, powerful hardware performance, and intelligent information processing system make it a reliable detection tool. The instrument has a battery life of over 6 hours and is lightweight and portable, and meets CE and ROHS certification standards.

Product Details

Product Introduction

Instrument name:SIM handheld Raman spectrometer

Instrument model: SIM HH-RAMAN PRO II

Instrument origin: Germany

Instrument Introduction

SIM HH-RAMAN PRO II is a convenient and fast Raman spectrometer with efficient detection and data processing capabilities; Non professional users can use it to quickly identify unknown samples in laboratories, warehouses, etc. Raman spectroscopy enables non-contact analysis of samples in transparent containers; Powerful hardware performance and rich databases are your reliable partners.

BrookSIM handheld Raman spectrometerMain Features

Compact size, convenient for on-site inspection

The battery capacity can support continuous operation for more than 6 hours

One click operation, intelligent information processing

instrument parameters

Laser wavelength 785nm

Laser power ≤ 450mW

Wavelength range 200-2000cm-1

Resolution 12cm-1

Connect Bluetooth and WiFi

Certificate CE and ROHS

光室10 mm and 15mm focus lens

Laser Class 3B

Weight 0.48Kg

Size 18cm * 8.85cm * 3.3cm

BrookSIM handheld Raman spectrometerApplication field

Food safety: residues of illegal additives, agricultural, veterinary, and food additives, etc;

Medicine: identification of raw materials and accessories, detection of active ingredients in traditional Chinese medicine additives API, qualitative identification, and counterfeit drugs, etc;

Gem identification: identification of the authenticity of jewelry, dyeing identification, analysis of inclusions, etc;

Petrochemical industry: Quality analysis of adulterated oil products, testing of chemical raw materials, intermediates, and finished products.