In the scientific instrument sector, the high-end equipment market long monopolized by international brands is now witnessing a rising force from China. The TD-5000 X-ray Single Crystal Diffractometer, launched by Dandong Tongda Technology Co., Ltd., stands as a significant achievement of the National Ministry of Science and Technology's Major Scientific Instrument and Equipment Development Project, successfully filling a domestic gap in this field.

With its outstanding technical performance and broad application prospects, the TD-5000 X-ray Single Crystal Diffractometer is becoming a reliable tool for researchers globally in areas such as chemical crystallography, molecular biology, pharmaceuticals, and materials science.

The TD-5000 X-ray Single Crystal Diffractometer specializes in deciphering the microscopic world of matter, capable of precisely determining the three-dimensional spatial structure and electron density distribution of crystalline substances including inorganic compounds, organic substances, and metal complexes.

TD-5000 X-ray Single Crystal Diffractometer  instrument provides key structural information such as unit cell parameters, space group, molecular structure, intermolecular hydrogen bonds, and weak interactions, offering a theoretical foundation for new material development and drug design. The instrument employs a four-circle kappa geometry goniometer structure, ensuring the goniometer center remains constant during complex rotations, thereby enabling precise data acquisition. This design significantly enhances data integrity and reliability, laying a solid foundation for subsequent analysis.

Precision Engineering, Exceptional Performance Creates a Research Tool

In terms of instrument accuracy, the TD-5000 X-ray Single Crystal Diffractometer demonstrates exceptional performance. Its 2θ angle repeatability reaches 0.0001°, with a minimum step angle of 0.0001°, providing the technical assurance for ultra-fine measurements.

The temperature control system allows for precise regulation within the range of 100K to 300K, with a control accuracy of ±0.3K, meeting the testing requirements of various samples under different temperature conditions.

The instrument is equipped with a PILATUS hybrid pixel detector, which combines the two key technologies of single-photon counting and hybrid pixels, effectively eliminating readout noise and dark current interference. This detector has a sensitive area of 83.8 × 70.0 mm² and a pixel size of 172 × 172 µm², enabling high-quality data acquisition.

Intelligent Design, Comprehensive Enhancement of User Experience

The TD-5000 X-ray Single Crystal Diffractometer has been fully optimized for operational convenience. The entire machine utilizes Programmable Logic Controller (PLC) control technology, achieving a one-touch acquisition system that significantly lowers the operational barrier to entry.

The modular design allows for plug-and-play accessories without the need for calibration, markedly improving equipment usability and maintenance convenience. The touchscreen real-time online monitoring system enables researchers to monitor the instrument status at any time, while the electronic lead door interlock device provides dual protection, ensuring operational safety.

The X-ray generator employs high-frequency high-voltage technology, with a maximum output power of 2.4kW. Combined with various target choices like Cu and Mo, it offers users flexible configuration options. The recirculating chiller ensures long-term stable system operation, meeting the demands of high-intensity research work.

Wide-Ranging Applications, Supporting Multidisciplinary Research

The application scope of the TD-5000 X-ray Single Crystal Diffractometer is extremely broad, covering several important research fields including chemical crystallography, molecular biology, pharmaceutical science, mineralogy, and materials science.

In the field of drug research and development, this instrument can provide key structural information such as unit cell parameters, space group, crystal molecular structure, intermolecular hydrogen bonds and weak interactions, as well as molecular configuration and conformation. This data is crucially important for guiding new drug development.

In the field of materials science, this instrument can analyze special material structures such as twin crystals, incommensurate crystals, and quasicrystals. It provides a powerful analytical tool for the design and development of new materials. The optional low-temperature equipment further expands the instrument's application scenarios, allowing researchers to obtain more ideal data results under low-temperature conditions.

With the continuous advancement of China's scientific instrument manufacturing industry, innovative enterprises represented by Dandong Tongda Technology are gaining an increasing voice in the high-end scientific instrument field through solid technical accumulation and continuous innovation breakthroughs.