JAYITEC EC‑Raman
Integrated Electrochemical Raman Microscope
JAYITEC EC‑Raman is a compact, integrated Raman microscope designed for micro-area chemical analysis and spectral imaging. Optional electrochemical and intelligent particle-analysis capabilities extend the system to in situ measurements and automated, high-throughput workflows.
- Compact integrated design for glovebox compatibility
- High-sensitivity micro-Raman analysis and spectral imaging
- Built-in electrochemical workstation for synchronized measurements (optional)
- Intelligent particle recognition and automated positioning for high-throughput analysis
Product Highlights
Compact Integrated Architecture
A compact all-in-one design reduces the system footprint and supports installation inside gloveboxes and other space-constrained experimental environments.
Transient Electrochemical Raman
By synchronizing Raman acquisition with continuous potential sweeps or rapid potential steps, the system supports time-resolved tracking of molecular changes at electrode interfaces—moving beyond static start-and-end observations.
Intelligent Particle Analysis
The optional module automatically identifies micron-scale particles and positions each target at the laser focus for automated Raman acquisition, with positioning accuracy specified below 2 μm.
Precision Motorized Positioning
Selectable motorized-stage configurations support workflows from routine imaging to automated micro-area positioning and Raman imaging with sub-micrometre resolution, depending on configuration.
System Views
Explore the optical interface, operating environment and overall dimensions of the EC‑Raman system.
System Dimensions
Overall dimensions: 340 mm (W) × 630 mm (D) × 460 mm (H).
Application Examples
Explore representative research workflows supported by the EC‑Raman platform and its optional analytical modules.
MATERIALS SCIENCE
2D Materials Characterization
Raman spectroscopy and chemical imaging can be used to examine the spatial distribution, structural uniformity and local variations of micron-scale two-dimensional materials.
LIFE SCIENCE
High-Throughput Microbial Raman Analysis
With the optional intelligent particle-analysis module, the system can identify and locate micron-scale microbial particles for automated Raman acquisition and high-throughput research workflows.
ELECTROCHEMISTRY
In Situ Electrochemical Reaction Monitoring
Potential-controlled Raman acquisition enables real-time tracking of spectral changes during electrochemical reactions, supporting the investigation of reaction pathways, intermediates and interfacial evolution.
ENERGY STORAGE
Battery Interface and SEI Studies
In situ Raman monitoring can follow the formation and evolution of electrolyte decomposition products during battery cycling, providing molecular-level information for investigating SEI formation and optimizing electrode–electrolyte interfaces.
Specifications
Technical specifications and available configurations for the JAYITEC EC‑Raman system.
Laser Configuration
Excitation Wavelength
532 nm / 633 nm / 785 nm
Laser Power
Configuration dependent; software-adjustable
Laser Spot Size
<1 μm
Spectrometer & Detector
Detector
High-sensitivity CCD
Detector Array
≥1024 × 60 pixels
Pixel Size
24 μm × 24 μm
Spectral Range
150–3900 cm⁻¹ (532 nm); 150–2900 cm⁻¹ (633 nm); 160–3400 cm⁻¹ (785 nm)
Spectral Resolution
Better than 10 cm⁻¹
Spectral Accuracy
±3 cm⁻¹
Instrument SNR
>5000:1
Microscope & Imaging
Microscope
Research-grade upright reflected-light microscope
Illumination
Built-in LED illumination
Camera
8-megapixel high-definition camera
Objective Turret
5-position
Objectives
10× / 50× / 100×
Raman Imaging Modes
Point, line and area mapping
Motorized Positioning
Motorized Axes
X / Y / Z
Maximum Travel
20 mm; upgrade available to ≥25 mm
Minimum Step Size
≤1 μm; upgrade available to ≤0.1 μm
Lateral Raman Imaging Resolution
Better than 1 μm
Optional Modules
Electrochemical Workstation
Optional built-in module; ±10 V potential range; ≥±500 mA current range; synchronized Raman–electrochemical acquisition
Particle Recognition & Positioning
Optional module; automated particle recognition and positioning; positioning accuracy <2 μm
Software
Unified Software for the EC-Raman Platform
EX-Raman unifies Raman acquisition, microscopy, mapping, electrochemical control and data analysis in one interface for streamlined operation and real-time visualization.
Unified Control Platform
Control Raman, microscopy, mapping and data analysis from one interface.
Raman Mapping & Chemical Imaging
Create point, line and area maps that connect spectra with spatial position.
Automated Particle Detection
Automatically detect, locate and measure micron-scale particles with the optional module.
Synchronized Raman–Electrochemistry
Synchronize Raman spectra with electrochemical signals for in situ interface studies.