Technical Specifications:
Spatial (X, Y) resolution: as fine as 540 nm on an ideal sample.
Confocal depth (Z) resolution: as fine as 1.7 µm on an ideal sample.
Spectral range: 3,500 to 50 cm⁻¹ captured in a single CCD exposure; extended up to ~6,000 cm⁻¹ available using a 532 nm laser.
Supported excitation lasers: 455 nm; 532 nm (high brightness / high power); 633 nm (high brightness / high power); 785 nm (high brightness / high power).
Laser power control: fine regulation at the sample, reported in 0.1 mW increments.
Electrical requirements: 100‑240 V, 47/63 Hz.
Operating temperature range: 16 °C to 27 °C.
Laser safety: Certified as Class 1 laser safe in standard configuration (optional accessories may be Class IIIb).
Key Features:
• Automatic X‑axis calibration for enhanced reliability and stability.
• Auto­alignment, auto­calibration and tool‑free reconfiguration of optical components.
• Real‑time preview, automated fluorescence correction, auto­exposure and cosmic‑ray rejection.
• Laser power regulator ensures consistent excitation over the lifetime of the laser.
• Pre‑aligned, lock‑in‑place components and shared modular lasers/filters for fast configuration.
• Advanced spectrograph design with no moving parts (triplet spectrograph) for robust calibration and excellent spectral peak shape.
• Research‑quality optics and smart background correction to maintain spectral integrity across different lasers and instruments.
• Certified Class 1 laser safety for simplified lab integration.
Applications: Ideal for pharmaceutical analysis (polymorphs/contaminants), microplastics and particulate analysis, advanced polymers and materials science, nanotechnology (graphene, CNTs, coatings), forensics and academic research.