J200 femtosecond laser ablation sampling systemUsers can freely edit the laser sampling mode on the sample image, including grating lines, curves, random points, grids of any size, or pre programmed modes. The sample particles generated by the long laser pulse system are large (often larger than a few microns) and reside in the transport tube, resulting in low transportation efficiency and reduced analysis sensitivity. Users can rely entirely on the J200 system to transport high-quality sample particles to the ICP-MS system, and operate hardware components simply and conveniently. By simply clicking the tab button, users can check the working status of components such as femtosecond laser, airflow system, optical module, 3-D console, automatic height adjustment sensor, sample chamber, etc.

Equipment features:
1. The system can also conduct in-depth analysis of plant leaves;
2. Can be organized into groups and executed automatically in sequence, making measurement work highly automated;
3. Users can freely edit the laser sampling mode on the sample image;
4. The working status of automatic height adjustment sensors, sample chambers, and other components;
5. Users can run command sets for multiple hardware components and arrange them in chronological order;
6. Easy to browse different sample areas and set up flexible sampling methods;
7. Continuously adjustable optical attenuator, integrated laser energy monitoring unit.

J200 femtosecond laser ablation sampling systemThe technical team of ASI company has more than 30 years of basic research experience in laser ablation technology and research background in LA-ICP-MS method. The system uses a non thermal process to apply ultra-high laser radiation to ablate samples, and the particles generated can be completely dissolved in the ICP source to ensure high-precision and stable element or isotope signals are obtained during the measurement process. The J200 LA fs ablation is uniform and consistent, and the eroded sample particles can represent the chemical properties of the sample, without the need for highly matched standard substances, and can also perform high-precision and quantitative LA-ICP-MS measurements.