Raman Microscope with Ultra-High Spatial Resolution & Up to 4 Excitation Wavelengths
Tailored for scientific research, nanomaterial analysis, and forensic expertise, this Raman Microscope merges microscopic imaging with Raman spectrometry, enabling visual positioning to detect micro-area sample signals and deliver high-reliability scanning data efficiently.
- modelLATR8800
- brandLABEKS
- min. order1 pcs
- packageplywood case package
description
The complete LATR8800 series supports fully automated functions including autofocus, automatic scanning, one-key operation, batch experimentation, and uniform scanning. Users can obtain highly reliable Raman scanning imaging data in real time without lengthy waiting periods.
Equipped with spectrometers of different focal lengths, the LATR8800 addresses diverse resolution requirements. It also incorporates objective lenses specifically designed for Raman systems, which minimize laser spots to the diffraction limit. A 5-megapixel camera displays focus information accurately and intuitively on a computer, resolving the issue of suboptimal Raman signal collection caused by minor deviations from the ideal focal plane in conventional systems, thereby enhancing spectral quality.
The LATR8800 eliminates optical path losses associated with camera imaging, enabling separation of camera imaging and Raman signal collection to achieve optimal signal strength. Featuring high-performance Raman components with industry-leading sensitivity, signal-to-noise ratio, and stability, it delivers robust support for Raman-based research initiatives.
Applications:
Nanoparticles and new materials
Research institute research
Biological sciences
Forensic expertise
Materials science
Medical immunoassay
Agricultural and food identification
Model | Spectrometer Focal Length | Excitation wavelength/nm | Laser power/mW | Maximum wave number range | Minimum resolution/cm-1 |
|---|---|---|---|---|---|
LATR8800-FL350 | The focal length of the spectrometer is 350mm | 532 | 100 | 200 ~ 3700 | 1.4 |
633/638 | 80 | 200 ~ 3500 | 1.4 | ||
785 | 350 | 200 ~ 3500 | 2.1 | ||
1064 | 500 | 200 ~ 2500 | 5.2 | ||
ATR8800-FL510 | The focal length of the spectrometer is 510mm | 532 | 100 | 200 ~ 3700 | 0.9 |
633/638 | 80 | 200 ~ 3500 | 0.9 | ||
785 | 350 | 200 ~ 3500 | 1.4 | ||
1064 | 500 | 200-2500 | 3.6 | ||
LATR8800-FL760 | The focal length of the spectrometer is 760mm | 532 | 100 | 200 ~ 3700 | 0.5 |
633/638 | 80 | 200 ~ 3500 | 0.5 | ||
785 | 350 | 200 ~ 3500 | 1.0 | ||
1064 | 500 | 200-2500 | 2.7 | ||
LATR8800LT special customized version: deep refrigeration to -30°C, ultra-long integral time (up to 1.3h) LATR8800SCM: Cooled SCMOS detector LATR8800BS: Basic type LATR8800AF: Auto focus type LATR8800MP: Scanning imaging Mapping, auto focus | |||||
features
1. Support up to four excitation wavelengths for Raman analysis.
2. Fully automated Raman imaging experiments with integrated autofocus and automatic scanning capabilities.
3. Ultra-high spatial resolution ensures precise micro-area detection accuracy.
4. Long focal length design enables high-resolution spectral measurements.
5. True focus technology delivers more accurate and reliable Raman imaging results.
6. Ultra-high sensitivity with a signal-to-noise ratio of >6000:1.
7. Ultra-large 50X50mm imaging area with automatic image stitching function.
8. Rapid localization and quick focus position acquisition for efficient workflow.
9. High-quality objective lenses produce micron-scale laser spots for precise targeting.
10. 5-megapixel camera provides clear, accurate visual imaging feedback.
11. Unique software-controlled optical path switching for flexible operational control.
12. Maximum single-point integral time of up to 1.3 hours for low-signal sample analysis.
13. USB 2.0 connectivity for seamless integration with computer systems.
14. Ultra-field imaging function (optional).
specifications
Model | LATR8800 |
|---|---|
Excitationwavelength | 532、633、638、785、1064nm Optional |
Laser power | 532nm: 100mW 633nm: 80mW 638nm: 80mW 785nm: 350mW 1064nm: 500mW |
Optical path | C-T opticalpath |
Spectrometerfocal length | 350mm、510mm、760mm Optional |
Object lens | Standardconfiguration：4X、10X、20X； Optionalconfiguration：50X、100X |
Microscopiclighting | Highbrightness long life white light LED |
Lightingmethod | Epi-firetype |
Microscope | 5 millionpixel industrial camera |
Focusingmethod | ConjugateFocus |
Laser spotdiameter | >1μm |
Laserstability | σ/μ<±0.2% |
Communicationmode | USB2.0 |
X, Y axistwo-dimensional platform | |
Move method | Manual,Electric optional |
Moving range | 50 X 50 mm |
Mobileresolution | 0.1 μm |
Positioningaccuracy | 1μm |
Scan speed | 20 mm/s |
Z axis (autofocus) | |
Focusaccuracy | ≤ ±0.2 μm |
Maximumstroke | 20 mm |
Focus speed | No more than10 s |
why choose us
Premium Quality with CE & ISO
We conduct 100% performance testing on every unit, ensuring its stable operation and superior performance in your application.
24/7 Expert Technical Support
Our senior engineers are on standby 24/7, ready to provide expert solutions at any time to minimize your operational downtime.
20+ Years R&D & Production
Our deep technical expertise is your solid guarantee for professional and reliable OEM/ODM services.
Trusted in 80+ Countries
Industry leaders and research institutions in over 80 countries and regions rely on our equipment for stable operation.
True Manufacturer, Factory-Direct Price
Bypass the middlemen to get our factory pricing and speak directly with our core engineers.
Rapid & Reliable Delivery
Our extensive in-stock inventory provides a solid guarantee for rapid and reliable global delivery.
Our Factory
20 Years
58 Experts
20000 m²
7X24 Hours
