Home All Products Test and Measurements Spectrometers 785/532 Online Raman System RAM3-785-500
785/532 Online Raman System RAM3-785-500
Spectrometers

785/532 Online Raman System RAM3-785-500

Supplier
Jnewtech
Part Number
RAM3-785-500
Category
Spectrometers
Origin
China

Shanghai Jiepu Technology's RAM3 Raman system uses a Hamamatsu CMOS detector for ultrahigh stability. Available as 532 and 785 Raman systems, it combines a highly sensitive detector and stable high-performance laser output, achieving measured spectral stability >99%. Raman-shift range is 200 - 3200cm-1, providing a cost-effective, highly stable solution. Light scattered by matter includes elastic components at the excitation wavelength and inelastic components at longer and shorter wavelengths, collectively described as the Raman effect. It results from interaction of photons with optical-branch phonons. Principle: Molecular and lattice vibrations and rotations give rise to Raman spectra, revealing vibrational and rotational energy-level structure. Virtual upper energy levels explain the effect.

Specification Snapshot
Wavelength Range
790-1000nm
Laser Power
600mw
Request a Quote Download Datasheet
Save to Favorites Save to Favorites

Overview

Shanghai Jiepu Technology's RAM3 Raman system uses a Hamamatsu CMOS detector for ultrahigh stability. Available as 532 and 785 Raman systems, it combines a highly sensitive detector and stable high-performance laser output, achieving measured spectral stability >99%. Raman-shift range is 200 - 3200cm-1, providing a cost-effective, highly stable solution. Light scattered by matter includes elastic components at the excitation wavelength and inelastic components at longer and shorter wavelengths, collectively described as the Raman effect. It results from interaction of photons with optical-branch phonons. Principle: Molecular and lattice vibrations and rotations give rise to Raman spectra, revealing vibrational and rotational energy-level structure. Virtual upper energy levels explain the effect.

Specifications

ParameterValue
Wavelength Range790-1000nm
Resolution (Raman Shift)7cm-1
Resolution （FWHM） [Min]0.4nm（ Min ）
Laser785nm +/- 0.1nm
Laser Power600mw
Spectrometer Light Intensity Stability>99.99%
Spectrometer Wavelength Thermal Drift Stability [per 30 degrees]0.09nm / per 30 degrees
Laser Stability [4 hours Measurement]>99.9%，4 hours Measurement
Overall Raman System Stability [8 Hours of Continuous Measurement; Complete Raman System Peak Stability]>99%, 8 Hours of Continuous Measurement, Complete Raman System Peak Stability
Integration Time1 ms - 65 seconds
Optical slit25um
Fiber interfaceSMA905
DetectorImported Japanese Hamamatsu CMOS, 2048 pixels
LED DisplayYes
Optical fiber [100um laser emitter; 200um reflected-light probe]100um laser emission, 200um reflective probe
Signal-to-noise ratio600:1
Dimensions220 mm × 185 mm × 94 mm
Raman Shift Range200–2800cm⁻¹

Key Features

Industrial customized Raman system for inline use: After15minutes warmup, laser stability>99.9%, spectrometer>99.99% and complete-system>99% over 8hours. Raman shift200-2800cm-1; resolution 7cm-1; 532nm/785nm high-performance laser; system spectral stability>99%; SNR600:1; SMA905 with 200um fiber; integration1ms-65seconds. User databases support composition analysis and PCA clustering; SDK eases integration. SpectrumFactory software supports single acquisition, data storage/multitrace comparison, import/export, periodic/batch acquisition, automatic substance detection and Raman Mapping. Anhydrous-ethanol example:1500ms integration, 500mW laser, SpectrumFactory, system-signal stability>99% over 6hours. Industrial stability combines spectrometer and laser performance. Standalone spectrometer intensity stability>99.99%, wavelength accuracy+/-0.5nm, wavelength temperature stability and repeatability are listed; laser stability>99.9%. Complete-system testing confirms>99% over 8hours after 15minutes warmup. RAM3 with an automatic microscope stage forms a micro-Raman system for programmed Mapping, with 1um stage accuracy and 2um repeatability. Actual micro-Raman measurement images are referenced.

Datasheet

Please provide your email to download the datasheet.

Your name
Email Address

Invalid email format. Please try again.

Send Request

Supplier Information

Jn
Jnewtech
View Supplier →
Shanghai Jiepu Technology Co., Ltd. is a high-tech enterprise with over ten years of experience in spectroscopy. As a leading domestic supplier of spectroscopy R&D, production and integrated solutions, we are committed to the independent R&D and production of domestic spectrometers. Our product line includes micro fiber optic spectrometers, Raman spectrometers, various transmission/reflection optical systems, Raman optical systems, and micro-imaging optical systems. We provide one-stop optical solutions for various industries. Our applications cover environmental water quality and flue gas monitoring, drug testing, public security, jewelry identification, skin quality testing, crop testing, cancer cell testing, new materials testing, etc. With a senior engineering team and cooperation with universities like Fudan and Tongji, we deliver high-performance, cost-effective products and services.

Request a Quote

Our team responds within 24–48 hours
785/532 Online Raman System RAM3-785-500
Jnewtech · Spectrometers
Direct from Manufacturer
Your inquiry will be sent directly to the manufacturer
Photonics Source Platform
We handles the inquiry on your behalf
Your information is protected and will never be shared without consent.
Datasheet Live Chat
Contact Us

Loading...

GetExperimental Plan

Name

Phone

+86

Organization

Use Case

Global Photonics Products
Database Platform
With 16 years of experience, we provide high-quality products and services to universities, research institutes, and industry.
50+ Detailed Categories · 3,000+ Global Brands · 100,000+ Photonics Products
1 Million+
In-depth analysis of professional academic resources in photonics
300,000
ProductsDatasheets Available Free
We will keep your personal information strictly confidential.

Product Quote

+86
* Select the quoting party:
By submitting, you agree to the User Service Agreement and Privacy Policy
AI Parametric Selection
Smart Match · Precise Recs
Enter Specifications
AI Smart Matching
Get Best Matches
Skip Manual Comparison
Find Best Solutions Fast
Select Now →
China's Leading Optoelectronics Platform