Shanghai University of Applied Sciences

The school aims to purchase an RTP fast annealing furnace, which requires the equipment to have advantages such as fast heating speed, precise temperature control, uniform temperature field, adjustable process, safety and stability, and can be used for both scientific research experiments and teaching and practical training. It is suitable for various types of material heat treatment experimental scenarios.

After understanding the equipment upgrade requirements of Shanghai University of Technology and Applied Sciences laboratory, our company quickly formed a special docking team, combined with the core experimental directions of semiconductor materials, thin film devices, and new energy materials of the university, to customize a suitable RTP rapid annealing furnace overall solution, providing professional selection, process matching, technical Q&A, installation and debugging, and practical training one-stop services throughout the process.

The technical team recommends high-performance RTP fast annealing furnace equipment for school experimental scenarios. The equipment adopts infrared rapid heating technology, with core advantages such as rapid temperature rise and fall, PID precise temperature control, and global temperature field balance. It supports vacuum and various protective atmosphere environments, and can perfectly adapt to various precision heat treatment processes such as ion implantation annealing, thin film crystallization, nano material modification, semiconductor alloying, etc., fully meeting the research and teaching needs of the university.

After the equipment was delivered to the school laboratory, our engineers immediately went to the site to complete the installation of the whole machine, circuit and gas connection, safety testing, and whole machine debugging. By combining commonly used experimental techniques in the school, temperature parameters are calibrated in a targeted manner, temperature rise and fall curves are optimized, and atmosphere control systems are debugged to ensure equipment stability and process accuracy, and to ensure that all performance indicators meet the standards of scientific research experiments.

After the debugging is completed, the engineer conducts systematic practical training for laboratory teachers and students, providing detailed explanations of equipment operation procedures, process parameter settings, sample placement specifications, safe operation of gas circuit, daily maintenance, and self-examination of common problems. The engineer guides hands-on practical operations to ensure that researchers and trainees are proficient in equipment functions and maximize the value of equipment experiments.

Our company has long been deeply involved in the field of laboratory equipment support for universities and research institutes. We can provide equipment selection, customized solutions, on-site installation, debugging training, and lifelong maintenance services for different research directions such as materials science, semiconductors, new energy, and microelectronics. The RTP rapid annealing furnace, with its core advantages of high precision, high efficiency, and high adaptability, can fully meet the needs of various materials for rapid heat treatment, precision annealing experiments, and teaching and training. It helps major universities improve their research and innovation capabilities and teaching and training levels, and continues to empower the integrated research and development of industry, academia, and research.