Full First-Order Spectral Line Rowland Chamber
• The 2700 L/mm ruled Rowland grating utilizes first-order spectral lines for measurement, thereby eliminating interference from higher-order spectral lines.
• Single-stage spectroscopy and imaging eliminate the need for prism-based secondary dispersion and multiple mirrors, significantly reducing light energy loss.

High Signal-to-Noise Ratio Linear Array CMOS Detectors
• Cutting-edge linear array CMOS detectors exhibit excellent sensitivity in the vacuum ultraviolet range (below 200 nm) and deliver a high signal-to-noise ratio without requiring refrigeration.

Microwave Plasma
• The 2450 MHz high-frequency microwave plasma offers higher coupling efficiency and can operate with nitrogen or air as working gases, significantly lowering operating costs compared to argon.
• Designed with an industrial-grade high-power microwave source, it eliminates the need for a water-cooling system, providing excellent reliability.

Vertical Torch, Radially Viewed
• Minimizes sample deposition, crystallization, and blockage, thereby greatly improving the carrying capacity of high matrix samples.

Highly Efficient Coupling with No Water Cooling Required
• This technology features high coupling efficiency and an efficient air-cooling function, allowing for rapid heat dissipation without the need for a water-cooling system. By optimizing energy transfer and employing a robust air-cooling mechanism, the system remains stable and efficient during extended operation, eliminating the need for an external cooling system.

35℃ Constant Temperature Optical System
• Fully sealed light chamber eliminates the need for high-flow argon gas purging.
• Employs cutting-edge linear array CMOS detectors to achieve high signal-to-noise ratios without refrigeration, ensuring a frost-free operation without the need for argon gas blowing.
• The integrated optical system features an automatic temperature control device that maintains a constant temperature of 35℃, minimizing the requirements on external environmental conditions and ensuring stable detection in varying ambient temperatures.