Alfa Chemistry' materials analysis laboratories are equipped with world-class materials analysis instruments to provide comprehensive materials analysis services for high-tech companies in materials chemistry, metallurgy and minerals, electrical and electronics, biomedicine, semiconductor, and superconductivity, and nanotechnology to meet their requirements for morphological observation, trace surface analysis, materials composition analysis, and microstructure analysis at sub-micron resolution. We provide you with material analysis solutions based on New Wave NWR213 Laser Ablation System.
New Wave NWR213 Laser Ablation System
The NWR213 system provides a solid state laser with spot size selections from 4 to 110 µm and spot size increments down to 1µm. With a 100mm × 100mm ablation chamber, HD video capabilities, rotating XY shutter for square and rectangular ablations, and layered sample viewing that provides for the coupling of SEM and optical images, the NWR213 system provides unparalleled sample navigation.
The New Wave NWR213 Laser Ablation System is coupled with the Perkin Elmer NexION 2000B inductively coupled plasma mass spectrometer (LA-ICP-MS) to provide fine particle ablation of solid sample surfaces and rapid, subsequent elemental and isotopic analysis.
Alfa Chemistry, a leader in materials analysis, is committed to providing you with tailor-made analytical service solutions. If you are interested in our New Wave NWR213 Laser Ablation System-based materials analysis services, please contact us directly.
For research use only, not intended for any clinical use.
Please fill out the form below and we will get back to you as soon as possible with a quotation for the item you are interested in.
Alfa Chemistry provides customized laboratory services to research institutes, universities, and other institutions in the field of chemistry and materials. Our mission is to provide you with comprehensive and powerful technical support.
Privacy Policy | Cookie Policy | Copyright © 2025 Alfa Chemistry. All rights reserved.