N3 Benchtop X-ray Capitalize Ech Word

N3 desktop X-ray diffractometer - a revolutionary product designed for ultimate ease of use and outstanding performance!

Featuring a brand new design, the N3 X-ray diffractometer is a plug-and-play system with a fully automated optical path. Equipped with a high-sensitivity array detector and a powerful software system, the N3 provides rapid and accurate identification of crystal structures, phase identification, and quantitative analysis of crystalline materials.

With its advanced technology and user-friendly interface, the N3 desktop X-ray diffractometer is suitable for a wide range of applications, from material science to pharmaceuticals and beyond. Whether you are a researcher, quality control professional, or a student, the N3 offers unmatched precision and reliability.

The N3's unique features include a high-sensitivity array detector, which allows for faster and more accurate data acquisition, as well as a fully automated optical path, which ensures consistent and reliable results. The powerful software system provides advanced data analysis tools and is designed for ease of use, making it an ideal choice for both novice and experienced users.

High intensity and speed

N3 PhiniX can achieve higher intensity and testing speed than traditional ground-based 3kw diffractometers

• Thanks to the high power of 600W/1200W

• Thanks to the 50um 640/1280 detector channel

High angle position accuracy

N3 PhiniX can achieve the accuracy of diffraction position compared to traditional floor standing 3kw diffractometers:

• Thanks to the new optical coding positioning and real-time pulse triggered collection and control technology

• Thanks to the same standard angle measuring instrument as traditional floor standing diffraction instruments

 High angular resolution

N3 PhiniX can achieve angular resolution comparable to traditional ground-based 3kw diffractometers

• Thanks to the high-resolution array detector with a size of 50um

• Thanks to the new array detector receipt collection algorithm and defocus correction technology

Materials Science and Engineering

• Metals and alloys: analysis of crystal structure, stress/strain measurement, phase transition research.

• Ceramics and Glass: Analysis of Crystal and Amorphous Structures.

Chemical industry

• Catalyst: structural identification and performance analysis.

• Chemical synthesis: crystal structure and purity analysis.

• Pharmaceutical industry:

• Research on drug crystal morphology: affecting drug stability and solubility.

• New drug development: molecular structure analysis of drugs.

• Mining and Geology:

• Mineralogy: Analysis of mineral composition and structure.

• Petroleum exploration: rock and sediment analysis.

Electronics and Semiconductor Industry

• Semiconductor materials: crystal quality and defect analysis.

• Nanomaterials and Thin Films: Structure and Composition Analysis

Environmental science

• Environmental monitoring: analysis of pollutants and minerals.

• Soil and water analysis: Identification of pollution sources.

Metallurgical industry 

• Metal processing: crystal structure and phase transition research.

• Corrosion research: Material degradation analysis.

Building materials industry

• Cement and concrete: analysis of composition and hydration process

Food science

• Food processing: analysis of crystal components (such as sugar crystals)

New energy industry

• Positive and negative electrode materials of batteries

• Solar panel