More than just equipment delivery - Xinnuo has become a research partner of Shenzhen University with quality and service

RYJ-600ZF seriesDouble plate split type hot press machine

(300°C/500°C)

This series of hot press machines adopts a split structure, driven by electric hydraulic power, which has the advantages of fast pressurization and easy operation. The split design is suitable for large opening and closing spaces. In addition, it is used in conjunction with a glove box, with the control box placed outside the glove box to reduce space occupation and pollution of the indoor environment, while maintaining a stable inert gas environment. Avoid powders (such as electrode materials, MOFs) from entering the interior of the motor, which may cause increased friction or circuit short circuits and burn out the motor.

ZYP-T seriesAutomatic powder tablet press
(10T/20T/30T/40T/60T/100T)

This machine relies on the professional proposals and technical support of experts in the field of materials science at universities, and has successfully developed the third-generation automatic tablet press. This upgrade has achieved a breakthrough on the original basis: equipped with a 7-inch high-sensitivity capacitive touch LCD screen, supporting multi touch operation, and the interface intuitively displays pressure parameters and operating status; The program control system has been deeply optimized, using intelligent algorithms to achieve precise pressure control of ± 0.1MPa, and adding multi-stage pressurization programming function. Users can freely set 5-stage independent pressurization to meet the needs of complex material preparation; The safety protection system has been comprehensively upgraded, equipped with electronic pressure overload protection and mechanical emergency braking devices, and a triple protection mechanism has been established. These improvements have enabled the equipment to reach industry standards in terms of operational convenience, process control accuracy, and safety reliability, especially suitable for precision tablet pressing needs in scientific research scenarios such as new energy materials and nanocomposites.

During the preliminary research exchange with Professor Liu from Shenzhen University, we had in-depth and detailed discussions, thus gaining a specific and accurate understanding of the teacher's various needs for the experiment. Based on these requirements, after rigorous scheme design and repeated verification, we have decided to adopt the process of cold pressing followed by hot pressing to ensure that the experimental materials can achieve the desired molding effect.

After finalizing the plan, we immediately provided Mr. Liu with detailed parameters of the hot press machine and various specifications of the required sample molds. Not only that, in order to allow Teacher Liu to see the final effect more intuitively and clearly, we have also carefully drawn detailed drawings, from the appearance dimensions to the internal structure of the mold, with meticulous annotations.

Teacher Liu highly praised and fully affirmed the professional service capabilities and profound professional qualities demonstrated by the Xinnuo team, and was very satisfied with the overall performance of Xinnuo. Based on this, Teacher Liu further customized multiple sets of sample molds to meet the diverse needs of subsequent experiments.In the equipment input acceptance stage, we closely cooperated with Teacher Liu, and the entire process was rigorous, orderly, and everything progressed smoothly. In the end, the experimental results met the expected requirements of Professor Liu's research group, laying a solid foundation for subsequent research work.