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2027.3.24-3.27 Shenzhen World Exhibition & Convention Center- 2026
- 2025
- 2024
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
Insulin pen post-assembly magnetic suspension appearance equipment
The technical advantages of the insulin pen automatic assembly machine mainly include high automation, high precision and high yield, intelligent detection, real-time data acquisition, modular design, and safety and convenience. 1. Highly automated: The insulin pen automatic assembly machine realizes the full automation of the production process by integrating high-speed centrifugal feeding technology, high-speed sorting and assembly technology, etc. This highly automated design greatly improves productivity. 2, high precision and high yield: through the precise mechanical structure and special process design, the assembly machine can achieve high-precision high-precision assembly, and high-precision testing, to ensure the quality of the products produced. This high-precision production process significantly improves the yield of products. 3. Intelligent detection: The assembly machine is equipped with an intelligent detection module, combined with the self-developed algorithm, which can automatically detect product defects in multiple processes, further ensuring the quality of products. 4. Real-time data acquisition: Through the Internet of Things module and the data acquisition module, the assembly machine can form a data chart at the terminal, realize online data acquisition and remote diagnosis, and facilitate real-time monitoring and adjustment of the production process. 5. Modular design: The assembly machine adopts modular design, which is convenient for layout and installation according to the customer's specific production environment, and reduces the difficulty of maintenance. This design makes the production line more flexible and easier to manage.
AUTOMATIC ASSEMBLY MACHINE FOR PRE-FILLED SYRINGE
The technical features of the equipment are as follows: 1. Magnetic levitation conveying and multi-axis manipulator structure are adopted to realize high-speed production, which overcomes the bottleneck of traditional design limiting production capacity and greatly improves production efficiency. 2. The high-precision micro-pump is adopted to realize the nano-siliconization, and the customized precision mechanical structure design ensures the accuracy of action and assembly, thus realizing the production of high-quality products. 3. The optional intelligent detection module (with the self-developed method) realizes the automatic intelligent detection of product defects in multiple processes and realizes a high degree of automation. 5, modular design, easy to install according to the customer's specific production environment layout/while reducing the difficulty of maintenance. 4. Compact production line components and production line operation parts to achieve safe and convenient operation. 6. Real-time data acquisition. The Internet of Things module and the data acquisition module form a data chart at the terminal, which realizes online data acquisition and remote diagnosis and improves convenience.
AUTOMATIC ASSEMBLY MACHINE FOR HOLLOW FIBER MEMBRANE SPINNING
Hollow fiber membrane is the core component of a hemodialyzer, and its quality directly determines the efficiency of a hemodialyzer.
MRI RF Coil for Multinuclear Metabolic Imaging
The MRI RF Coil for Multinuclear Metabolic Imaging is an integrated metabolic imaging tool specifically designed for ultra-high-field MRI systems. Breaking through the limitations of traditional proton imaging, it enables simultaneous high-sensitivity detection of ¹H anatomical structures and multinuclear metabolic signals such as ²H and ³¹P. The series includes multiple products like head coils, mouse coils, and abdomen coils, all employing dual-tuned matching technology to ensure extremely low signal loss and efficient transmission of multinuclear signals. Leveraging dual-nuclei decoupling technology, it effectively eliminates signal crosstalk, allowing for the synchronous acquisition of high-definition structural and real-time functional metabolic images. These products are widely applicable in in-depth examinations of neurological diseases, in vivo monitoring of animal energy metabolism, and high-definition, high-speed diagnosis of abdominal organs. By providing integrated structural and metabolic dual information, they support precise tumor identification, tissue viability assessment, disease mechanism exploration, and targeted drug efficacy evaluation, making them a core tool for advancing precision medicine and translational research.
Ultra-wideband RF Power Amplifier
The Ultra-wideband RF Power Amplifier is a core RF unit specifically designed for MRI multinuclear metabolic imaging systems. It aims to solve the key technical bottleneck of "multiple frequencies with one system" in multinuclear imaging, providing a scalable universal platform for combined multinuclear imaging. This product series achieves effective amplification across a frequency range of 10-300 MHz, with a maximum output power of up to 4 kW and a gain of up to 66 dB (equivalent to a magnification factor of 4 million). It features excellent amplitude linearity and phase linearity, ensuring high-fidelity transmission of multi-frequency signals even at high power levels. Employing a broadband matching network design, the product overcomes the challenge of efficient and stable power transmission over a wide frequency band spanning more than a decade. By integrating analog negative feedback and pre-distortion linearization techniques, it significantly enhances output efficiency and signal quality. Additionally, built-in intelligent modules such as VSWR protection, over-temperature protection, and real-time power monitoring comprehensively ensure the safety and reliability of equipment operation. This power amplifier series can be flexibly adapted to various nuclide imaging frequencies, providing high-performance, highly stable RF power support for in-depth examination of neurological diseases, in vivo animal energy metabolism research, and clinical translational medicine.
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