NWSPEC

RamSitu Raman Microscope

Name: RamSitu Raman Microscope
Brand: NWSPEC
SKU: RamSitu1
Price: 40000.00 USD
Availability: InStock

RamSitu Series Raman Microscope

Compact integration without compromise. The RamSitu series breaks through the limitations of traditional bulky, expensive, and single-function Raman systems. With its compact all-in-one design, it fits easily into glove boxes and demanding environments while offering optional integrated electrochemical in-situ testing and intelligent particle recognition capabilities.

Delivering exceptional performance at a reasonable price point, this system provides a new solution for cutting-edge research and efficient teaching. Whether characterizing 2D materials, monitoring battery interfaces, or analyzing single cells, the RamSitu combines research-grade capabilities with unprecedented accessibility.

Key Innovations

Space Breakthrough: Miniaturized all-in-one design easily adapts to glove boxes and complex working conditions
Molecular Fingerprinting: High sensitivity and spatial resolution for precise micro-area chemical identification and spectral imaging
Technical Integration: Optional built-in electrochemical workstation for precise synchronized electrochemical-Raman detection
Intelligent Detection: Advanced particle recognition and positioning algorithms enable high-throughput, automated intelligent particle analysis

Application Fields

Materials Analysis

2D materials, new energy materials, semiconductor characterization

Energy Systems Research

Battery interfaces, catalytic reactions, electrochemical processes

Life Sciences

Cell detection, microbial analysis, single-cell studies

Environmental Monitoring

Pollutant analysis, safety screening, contamination detection

Precision Identification

Gemstone identification, pharmaceutical polymorph screening

Education & Research

Teaching laboratories, frontier scientific research

Technical Specifications

Parameter Category	Instrument Performance
Excitation Wavelength	532 nm (standard); Optional 633 nm or 785 nm lasers available
Laser Power	>100 mW (532 nm), software-adjustable power for various sample types
Laser Spot Size	< 1 μm, suitable for micro-area detection of various sample sizes
Microscope	Research-grade upright reflection microscope with built-in LED illumination and bright-field optical path; 8MP high-definition imaging camera
Objectives	4-position objective turret with 10×, 50×, and 100× objectives for various magnifications and fields of view
Spectrometer	Integrated compact high-throughput mini spectrometer; avoids peak position deviation caused by grating rotation
Detector	High-sensitivity CCD detector, ≥1024 × 60 pixels, 24 μm × 24 μm pixel size
Positioning System	X/Y/Z axis: 20 mm max travel, ≤1 μm minimum step; Upgradable to ≥25 mm travel, ≤0.1 μm step
Spectral Range	150–3900 cm⁻¹ (532 nm); 150–2900 cm⁻¹ (633 nm); 160–3400 cm⁻¹ (785 nm); covering fingerprint regions for various samples
Spectral Resolution	Better than 10 cm⁻¹, ensuring clear resolution of Raman characteristic peaks
Spectral Accuracy	±3 cm⁻¹ for accurate analysis of sample characteristic peak positions
Instrument S/N Ratio	>5000:1
Sensitivity	Two-stage cooled detector, silicon third-order peak S/N ratio better than 15
Raman Imaging Resolution	Lateral resolution better than 1 μm, suitable for micro-area characterization and spectral imaging
Built-in Electrochemical Workstation Optional	Voltage range: ±10V; Voltage accuracy: ±1mV±FS0.01%; Current range: ≥±500mA; Current accuracy: ±0.2%FS; Synchronized electrochemical and Raman acquisition triggering
Intelligent Particle Positioning Optional	Integrated particle recognition algorithm and automatic positioning function, positioning accuracy better than 2 μm

Application Examples

1. 2D Materials Characterization

Precise Raman Spectroscopy of Micron-Scale 2D Materials

Accurate Raman spectral acquisition and chemical imaging of micron-scale 2D materials, clearly presenting material spatial distribution and uniformity. Ideal for graphene, MoS₂, and other layered materials research.

2. High-Throughput Microbial Analysis

Automated Bacterial Raman Spectroscopy

Automatic identification and positioning of bacteria and other microbial particles, completing high-throughput Raman spectral detection. Provides powerful tools for single-cell research and microbial community analysis.

3. Electrochemical In-Situ Monitoring

Case Study: pNTP Electrochemical Reduction on Gold Nanoparticles

Real-time tracking of reaction pathways and evolution processes through potential control and simultaneous Raman spectroscopy. Monitor electrochemical reduction of p-nitrothiophenol (pNTP) on gold nanoparticle surfaces with molecular-level resolution.

4. Energy Materials Interface Research

Case Study: Battery Charge/Discharge Interface Investigation

In-situ Raman spectroscopy real-time monitoring of electrolyte decomposition product formation and evolution, providing experimental evidence for SEI (Solid Electrolyte Interphase) formation mechanisms and interface optimization in lithium-ion batteries and next-generation energy storage systems.

Why Choose RamSitu?

Compact Power: Research-grade performance in a footprint that fits where traditional systems cannot
Multi-Modal Capability: Seamless integration of Raman with electrochemistry for in-situ studies
Intelligent Automation: AI-driven particle recognition eliminates manual searching and enables high-throughput screening
Flexible Configuration: Multiple laser options (532/633/785 nm) and upgradable precision stages
Cost-Effective: Professional-grade capabilities at accessible pricing for educational and research institutions
Glove Box Compatible: Designed for operation in controlled atmosphere environments