The AELAB CX-9600 Optical Emission Spectrometer provides ideal performance for product assurance testing and material identification in metallurgical laboratories and industrial production environments. Utilizing advanced CCD/CMOS technology, the CX-9600 spectrometer delivers reliable, fast, and automated elemental analysis.
The CX-9600 Optical Emission Spectrometer is suitable for determining multiple elements in various matrices including Fe, Al, Cu, Zn, Ti, Ni, and Pb. Designed for steel, raw iron, cast iron, and non-ferrous metal production, the CX-9600 spectrometer supports automated workflows while reducing operational cost and laboratory space requirements.
The AELAB CX-9600 Optical Emission Spectrometer employs a Paschen-Runge optical mount with a 350 mm Rowland circle. The sealed optical chamber operates under controlled vacuum conditions between 6–15 Pa, while automatic temperature regulation ensures optical stability and long-term measurement consistency.
The CX-9600 Optical Emission Spectrometer excites metallic samples using a digital arc and spark source with a new plasma generator. Emitted characteristic wavelengths within the 130–670 nm range are detected simultaneously by high-resolution CCD/CMOS detectors, enabling rapid multi-element quantification.
The AELAB CX-9600 Optical Emission Spectrometer supports laboratory automation through modular system design. Software upgrades and analytical method additions are supported without hardware modification.
| Model | Form | Weight | Dimensions (mm) |
|---|---|---|---|
| CX-9600 | Benchtop | 70 kg | 830 × 700 × 450 |
| CX-9600 | Floor Module | 110 kg | 830 × 700 × 1130 |
The CX-9600 Optical Emission Spectrometer is widely used for alloy composition analysis, quality control in steelmaking, foundries, non-ferrous metal production, raw material verification, and metallurgical research laboratories.
AELAB CX-9600 Optical Emission Spectrometer is manufactured under strict quality control processes and supports ISO-aligned laboratory workflows, Argon-purged excitation stability, and traceable calibration procedures for consistent analytical performance.
Specifications :
| Optical System | |
| Optical Structure | Paschen-Runge Mount |
| Rowland Circle Diameter | 350 mm |
| Wavelength Range (nm) | 130nm –670nm |
| Detector | Multi high resolution CCD/CMOS detectors |
| Degree of Vacuum | Auto control within 6–15 Pa |
| Pixel Resolution | 10:00 PM |
| Full Spectrum | Supported |
| Light Room Temperature | Automatically controlled |
| Spark Source | |
| Type | Digital arc and spark source / New plasma generator |
| Spark Frequency | 100–1000 Hz |
| Plasma Current | 1–80 A |
| Ignition Voltage | >8000 V |
| Spark Stand | |
| Argon Flush | Minimal Argon consumption |
| Electrode Technology | Spray discharge electrode technology |
| Sample Clamp | Adjustable sample clamp |
| Others | |
| Measurable Elements | Fe base, Al base, Cu base, Zn base, etc. |
| Dimensions (Benchtop) | 830 mm(L) × 700 mm(W) × 450 mm(H) |
| Dimensions (Floor Module) | 830 mm(L) × 700 mm(W) × 1130 mm(H) |
| Weight (Benchtop) | 70 kg |
| Weight (Floor Module) | 110 kg |
| Storage Temperature | 0–45 °C |
| Operating Temperature | 10–30 °C (23 ±2 °C recommended) |
| Power Supply | AC 220 V / 50 Hz |
| Power Consumption | Excitation: 700 W / Standby: 100 W |
| Argon Quality | 99.999%, Argon pressure >4 MPa |
| Argon Consumption | 5 L/mi+A1:B30n during spark mode |
| Optical System | |
| Optical Structure | Paschen-Runge Mount |
| Rowland Circle Diameter | 350 mm |
| Wavelength Range (nm) | 130nm –670nm |
| Detector | Multi high resolution CCD/CMOS detectors |
| Degree of Vacuum | Auto control within 6–15 Pa |
| Pixel Resolution | 10:00 PM |
| Full Spectrum | Supported |
| Light Room Temperature | Automatically controlled |
| Spark Source | |
| Type | Digital arc and spark source / New plasma generator |
| Spark Frequency | 100–1000 Hz |
| Plasma Current | 1–80 A |
| Ignition Voltage | >8000 V |
| Spark Stand | |
| Argon Flush | Minimal Argon consumption |
| Electrode Technology | Spray discharge electrode technology |
| Sample Clamp | Adjustable sample clamp |
| Others | |
| Measurable Elements | Fe base, Al base, Cu base, Zn base, etc. |
| Dimensions (Benchtop) | 830 mm(L) × 700 mm(W) × 450 mm(H) |
| Dimensions (Floor Module) | 830 mm(L) × 700 mm(W) × 1130 mm(H) |
| Weight (Benchtop) | 70 kg |
| Weight (Floor Module) | 110 kg |
| Storage Temperature | 0–45 °C |
| Operating Temperature | 10–30 °C (23 ±2 °C recommended) |
| Power Supply | AC 220 V / 50 Hz |
| Power Consumption | Excitation: 700 W / Standby: 100 W |
| Argon Quality | 99.999%, Argon pressure >4 MPa |
| Argon Consumption | 5 L/mi+A1:B30n during spark mode |
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