In the fields of materials science, pharmaceutical research and development, geological exploration, etc., the crystal structure and phase composition of materials are the core to reveal their performance essence. Powder diffractometer, with its precise analysis ability of crystal structure, has become a key equipment for scientific breakthroughs and industrial upgrading. Shuyun Instrument has been deeply involved in the field of analytical instruments for many years. Its independently developed powder diffractometer, with three advantages of "high resolution, high stability, and high adaptability", provides global users with a full scenario solution from basic scientific research to industrial testing, becoming the main product in the industry.

High resolution is the core competitiveness of powder diffractometers and also the technological breakthrough point of beam diffraction instruments. Traditional equipment often causes data distortion due to overlapping diffraction peaks when analyzing complex phases. However, the beam induced powder diffractometer is equipped with an imported Cu target X-ray tube and a high-sensitivity detector, combined with a self-developed optical path optimization system, which increases the diffraction resolution to 0.01 ° and can clearly distinguish adjacent diffraction peaks with a spacing of only 0.02 Å. For complex samples such as nanomaterials and drug polymorphs, its weak signal enhancement technology can effectively capture trace phase information, with a detection limit as low as 0.1%, meeting the stringent requirements for drug crystal purity detection in pharmaceutical research and development.

Stable operation is the fundamental guarantee for industrial testing and long-term scientific research. The Shuyun Instrument has built a full chain stable system from hardware design to software control: the equipment adopts an integrated cast aluminum base, and after vibration damping treatment, the amplitude during operation is controlled within 2 μ m; The X-ray tube adopts a constant temperature cooling system, and the flow wave momentum of the tube pressure tube does not exceed 0.1%, ensuring stable output of radiation intensity. In terms of software, it is equipped with the independently developed "CrystalClear" data processing system, which has real-time baseline correction and data smoothing functions, effectively avoiding environmental interference.

The wide adaptability enables devices to easily respond to diverse scene demands. The beam energy powder diffractometer can be adapted to various samples from block, powder to thin film. Equipped with low-temperature attachments (-196 ℃) and high-temperature attachments (1200 ℃), it can achieve in-situ structural analysis under harsh temperatures, meeting the needs of material thermal stability research; For the rapid testing scenario of industrial production lines, its automated sample stage can achieve continuous testing of 20 samples, with a minimum single sample testing time of only 5 minutes, greatly improving detection efficiency. At present, this device has been widely used in various fields such as structural analysis of positive electrode materials for lithium batteries, identification of crystal forms of traditional Chinese medicine components, and classification of geological and mineral phases.

From subtle breakthroughs in basic scientific research to quality control in industrial production, the Beam Gathering Instrument Powder Diffraction Instrument has become a reliable assistant for researchers and enterprises with its precise, stable, and efficient performance. Shuyun Instrument always adheres to the concept of "technology empowering innovation", constantly iterating and upgrading products to help achieve higher quality development in fields such as materials science, medicine and health.