Product Introduction | ATR8600 Compact Confocal Micro-Raman Spectrometer: Small Size, High-Performance Raman Analysis

Traditional high-end micro-Raman systems often face challenges in practical applications: bulky equipment occupying laboratory space; limited excitation wavelength configurations difficult to balancing diverse samples; complex system operation; low efficiency in imaging and data processing, affecting research pace.

The Optosky ATR8600 Compact Confocal Micro-Raman Spectroscopic Imager is more compact, higher performance, and more flexible in configuration, improving overall experimental efficiency while ensuring data quality.

01  Product Performance and Advantages

• Ultra-Compact Size

Footprint of only 0.2m² (0.5m×0.4m), saving 70% space compared to traditional products, suitable for various experimental environments.

• High-Performance Core

Utilizes a new generation ultra-high-resolution grating spectrometer with resolution <1.4 cm⁻¹, ensuring high-precision spectral analysis and providing reliable data support for scientific research.

• Flexible Configuration

Compatible with simultaneous excitation of 3 lasers (532/638/785/1064 nm optional), meeting diverse sample and experimental needs, avoiding frequent equipment changes, and enhancing experimental flexibility.

• Intelligent Upgrade

Integrates deep learning and AI algorithms, improving data processing efficiency by 50%, significantly reducing analysis time and increasing work efficiency.

• Pinhole Confocal, Ultra-Small Laser Spot

6-Level Pinhole (Electronically Controlled)

Stepless Slit Adjustment: Motor-driven stepless adjustment of slit size, achieving continuous adjustment from 10μm to 5mm with 0.1μm adjustment precision.

Rotating Disk with 12-Level Pinhole: Utilizes a self-developed rotary disk with 12 pinhole arrays (more pinhole arrays customizable), driven by a precision stepper motor, achieving pinhole size selection from 10μm to 2mm diameter.

02  High-Performance Integration in a Compact Design

Fully automated Raman imaging experiments, autofocus, automatic scanning

Pinhole confocal optical path design, true confocal

Multiple excitation wavelengths optional: 266, 325, 532, 638, 785, 1064 nm, etc.

Supports 3 excitation wavelengths simultaneously

Integrated design, no exposed fibers, clean and aesthetic

Large-area rotating grating design, combining wide range and high resolution

Ultra-high sensitivity, signal-to-noise ratio >6000:1

Ultra-large imaging area (100×100mm), automatic image stitching

Unique software-controlled optical path switching

Fast positioning, quickly finding focal point

High-quality objectives, micron-level spot

5-megapixel camera, clear and precise imaging

USB 3.0 interface for direct computer connection

03  Resolution and Test Spectra

 

Test results indicate: Instrument resolution reaches 1.386 cm⁻¹

The all-free-space optical design makes the instrument more compact, reduces light loss, and improves system stability and signal transmission efficiency. Ultra-high sensitivity, high signal-to-noiseratio for the third-order peak of single crystal silicon.

 

04  Covering Cutting-Edge Multidisciplinary Research

The ATR8600 delivers high-end performance in a compact size, freeing micro-Raman analysis from spatial and configuration limitations, providing more efficient and reliable technical support for scientific research and innovation.

For more information, please contact:

Email: optoskyphotonics@gmail.com

Web: www.optosky.net