RESOLUTION Laser Erosion SystemThe 193nm excimer laser ablation system has a complete design, using an electric off-axis observation system and high-resolution camera to image the samples in the sample pool. Rich sample images and automatic mosaic collection will ensure that you always choose the correct particles, phases, or growth zones for ablation, visualization of distribution, and thermal history reconstruction applications. In addition, the RESOchron system can more accurately and cost effectively measure thermochronological and geochronological ages. The sample pool is installed on a sample stage that can move along the X and Y axes, and can analyze multiple samples installed on two sample supports. The sample pool can be connected to a mass spectrometer through a bellows.

Product advantages:
1. Equipped with flexible brackets, it can load sample targets of any size;
2. Visual sample stage calibration, providing sub micron level positioning;
3. Fast flushing time, with a movement range of 155mmx105mm;
4. The laser ablation sample pool has the same excellent functions as the early M50A sample pool;
5. Images can be imported from any source, such as SEM or petrological microscope;
6. Fully automated instrument control, compatible with any ICP-MS;
7. Images can be imported from any source, such as SEM or petrological microscope;
8. Integrated sample surface laser energy density calibration and laser energy management functions.

RESOLUTION Laser Erosion SystemThe 193nm excimer laser ablation system is adopted, which has a complete design to achieve the longest laser life and improve optical performance. It only requires minimal maintenance of the laser equipment. The unique design ensures that your sample reaches the ICP as quickly and efficiently as possible. The laser ablation sample pool has the same excellent functions as the early M50A sample pool, and has more than six times the accessible area. All gas path controls are fully automated, making sample replacement convenient and ensuring the safety of the torch tube. Use powerful scripting languages to customize the control of gas paths to meet specific ICP requirements.