LBTY-9000 All-Spectrum Spark Direct-Reading Spectrometer
Category:
Keywords:
E-mail:
WhatsApp:
Description
Product Introduction:
LBTY-9000 It is a direct-reading spectrometer capable of analyzing metals and their alloying elements. It boasts excellent overall stability and convenient calibration; thanks to software‑based adjustments, users can easily modify or add channels, and even incorporate an additional analytical matrix with minimal effort.
By employing modern optoelectronic and automation technologies—such as automated spectral line correction—the instrument’s level of automation has been significantly enhanced, resulting in simple, flexible operation. Vacuum‑pumping technology in the optical chamber minimizes O₂‑induced absorption of spectral lines with wavelengths below 200 nm, thereby improving the instrument’s stability and detection limits for elements like carbon, phosphorus, and sulfur. A high‑vacuum shut‑off valve prevents contamination of the optical components within the chamber by vacuum‑pump oil. A constant‑temperature system (set at 32°C) reduces sensitivity to ambient temperature fluctuations and ensures excellent long‑term stability. The highly integrated, maintenance‑free digital light source is a composite excitation source capable of generating multiple combined parameters—including sparks, arcs, and arc‑like discharges—enabling the analysis of major, high‑concentration, trace, and even ultra‑trace elements. The software features a Windows‑style interface, full Chinese‑language display, comprehensive functionality, and user‑friendly operation.
Each instrument is custom‑built to the user’s specifications, meticulously assembled and adjusted, and thoroughly calibrated. Therefore, LBTY-9000 The direct-reading optical emission spectrometer is a quality assurance tool for process control in metal smelting and an ideal analytical instrument for users.
Product Advantages
A 1,400 mm focal‑length grating design, with a Parabolic–Rowland configuration, operates under high vacuum and offers high resolution and sensitivity. Moreover, since mechanically ruled gratings can generate higher diffraction orders, wavelength selection is more flexible, thereby minimizing spectral interference.
2. The instrument features a well‑designed structure; its electronic system employs an internationally standardized chassis and a highly integrated circuit design, resulting in a low failure rate.
3. Fast analysis speed, good reproducibility, and excellent stability;
4. Suitable for analyzing a wide range of matrices, including Fe, Co, Cu, Ni, Al, Pb, Mg, Zn, Sn, and others;
5. The operating software runs on a pure Chinese-language Windows system, making it simple and easy to use.
6. The computer software is equipped with a database system, facilitating the retrieval and printing of measurement data, and enabling remote data transmission over the network for convenience and efficiency.
7. Each system is independently powered, forming modular units that are easy to use and simple to maintain.
8. The use of constant-temperature control in the optical section ensures stable instrument operation, thereby reducing environmental requirements.
9. Add or modify element channels directly through software settings—no additional hardware required, saving you time, effort, and money.
10. Rapid analysis: all elemental components across all channels are measured within 30 seconds. For different sample types, by adjusting the pre‑burn time and calibration lines, the instrument achieves optimal analytical performance in a short time.
11. The spectrometer’s optical system employs a vacuum‑sealed, temperature‑controlled chamber; the arc flame generated during excitation is directly coupled into the vacuum chamber via an optical lens, ensuring a straight‑through optical path that eliminates optical losses, lowers the detection limit, and delivers highly accurate results with excellent reproducibility and long-term stability.
12. Automatic optical path calibration: the optical system automatically performs spectral line scanning to ensure accurate signal acquisition, eliminating the need for tedious peak‑search procedures. The instrument automatically identifies specific spectral lines, compares them with the originally stored lines to determine the drift position, and then locates the current pixel position of the analytical line for measurement.
13. An open‑type electrode holder design with an adjustable sample clamp facilitates the analysis of samples of various shapes and sizes.
14. The working curve is constructed using international standard samples, with a preliminary calibration performed; the range can be extended as needed. Each curve is generated by exciting several dozen standard samples, and interferences are automatically corrected.
15. A fully digital solid-state light source with continuously tunable energy and frequency, adaptable to a wide range of materials;
16. Solid-state adsorption trap, preventing hydrocarbon contamination of the optical chamber and enhancing long-term operational stability;
17. An optimized argon gas‑delivery system reduces the argon purge time during sample excitation, helping users save on argon consumption—less than half that of conventional spectrometers.
18. Equipped with a high-performance DSP and an ARM processor, it delivers ultra‑high‑speed data acquisition and control, while automatically monitoring in real time the operating status of modules such as the optical chamber temperature, vacuum level, argon gas pressure, light source, and excitation chamber.
Technical Specifications:
| Optical system | Optical structure | Full-spectrum optical system with a Paschen–Runge configuration (vacuum‑evacuated) |
| Wavelength range | 140-800nm | |
| Grating focal length | 401mm | |
| Grating ruling | 2400i/mm | |
| First-order spectral line dispersion rate | 1.1 nm/mm | |
| Photoelectric detector | Multiple high-performance linear-array CCDs | |
| Light Source System | Type | All-digital spark excitation light source |
| Frequency | 100-1000Hz | |
| Discharge current | Pulse 1–100 A | |
| Inspiration Platform | This excitation station employs an argon‑flushing, jet‑type spark‑ignition structure and features an automatic purging function. | |
| Excitation port opening size: 9 mm | ||
| Other | Ambient temperature | 10℃-30℃ |
| Environmental humidity | 20%-80% | |
| Power supply | AC220V/50Hz | |
| Argon purity | 99.999% | |
| External dimensions (mm) | 700×800×450 (desktop) | |
| 850×870×1175 (floor-standing) | ||
Related Product
HC-40 Concrete Multi-functional Strength Tester
The HC-40 concrete multi-functional strength tester is a high-performance testing device integrating multiple advanced technologies, specifically designed for evaluating the strength and quality of concrete.
FAQs
Customer Reviews
European Plastic Pipe Manufacturer｜Purchase: Ring Stiffness & Hydrostatic Burst Tester
2026.06.05
★★★★★
Middle East Construction Lab｜Purchase: Universal Electronic Testing Machine & Geotextile Test Equipment
2026.06.05
★★★★★
Southeast Asia Rubber & Polymer Factory｜Purchase: Vicat Softening Point & Tensile Testing Machine
2026.06.05
★★★★★
Consult
We will contact you within one working day. Please pay attention to your email.
Whether you want to customize product features
I still need some examples to refer to ——
Please let us know what you're looking for, and we'll send you relevant materials to help you move your project forward quickly!
Global Partners
Customer Satisfaction
Committed to becoming a leader in China's testing equipment manufacturing industry
Share To
Contact Us
Mobile:+86-15102211717
Whatsapp:+86-15102211717
E-mail:lbt@lbt.ltd
Address:Tianjin Jinghai Economic Development Zone