Overview
The UP213 is a high-performance Nd:YAG deep UV (213nm) laser ablation system designed for analyzing both opaque and transparent materials. It offers flat craters and high absorption, resulting in better sensitivity, precision, and reduced fractionation. The system is user-friendly and cost-effective, combining solid-state laser technology with deep UV wavelength efficiency.

Specifications
The UP213 features a Tempest 213nm laser with a flat-topped beam profile for precise ablation. It supports spot sizes from 4µm to 110µm in aperture imaged mode and 2µm to 300µm in focus beam mode. The system includes a 52mm x 52mm X-Y stage and a 25mm Z stage, both with 1µm resolution. It is fully interlocked for safety and operates on standard power requirements.

Software Features
The system is controlled by advanced software that allows for complete laser parameter control, multi-experiment programming, and sample viewing. It includes features like ICP-MS triggering, auto-scrolling stages, 3D re-coordination, and mapping tools. Recent updates include internal mass flow controller adjustments, Beziér curve scan functions, and compatibility with Windows Vista.

Applications
The UP213 is used in various fields such as geology for isotope ratio dating, forensics for glass fragment analysis, biomedical studies for tissue mapping, and archaeology for material identification in restoration projects.

Advantages
The system offers higher absorption rates at 213nm, unique aperture imaging for sharp crater edges, and precision depth profiling. It is suitable for analyzing fragile minerals and thin films, with improved transport efficiency and minimized surface deposits.

Contact Information
New Wave Research, a division of ESI, has offices in the USA, Japan, Taiwan, Europe, and China. Contact details are provided for each location.

Warranty and Options
The UP213 comes with a 12-month warranty or 30 million shots. Optional features include a trinocular microscope, auto-focus, internal mass flow controller, and various sample cells.