aiNET4.0 Digital Microscope Interactive Classroom
Model: NET4.0The NET4.0 Digital Microscope Interactive Classroom is an intelligent teacher-student interactive teaching system built specifically for microscopy laboratory teaching in schools. Combining digital microscope imaging with networked interaction technology, it solves the problems of traditional microscope classrooms—difficult viewing, difficult demonstration, difficult management, and no interaction—achieving real-time exchange of microscope images between teacher and students, unified classroom management, and visualized experimental teaching. It is widely applicable to biology, medical, physics, and chemistry microscopy laboratory classes in primary and secondary schools, vocational schools, and universities.
Specifications
| Microscope terminal | Teacher / student HD digital microscopes, clear imaging and easy operation |
|---|---|
| Core software | NET4.0 teacher-student interactive teaching master control system |
| Network transmission | Stable LAN transmission with low-latency image synchronization |
| Teaching assistance | Supporting equipment such as computer terminals, voice intercom, and large-screen displays |
Features
- Real-time image broadcasting: the teacher can synchronize the demonstration microscope image to the whole class, or retrieve a student's experimental image for screen projection, facilitating error correction and case-based teaching.
- Full-domain classroom control: supports monitoring, remote screen locking, and permission management of all / grouped / individual student terminals, regulating classroom experiment order.
- Efficient teacher-student interaction: built-in hand-raise help requests, teacher-student intercom, and group discussion functions for more timely classroom Q&A.
- Image capture and annotation: supports capturing, saving, and magnifying-annotating microscope images, visually explaining key structures, convenient for classroom teaching and after-class retention.
- Experiment assessment management: can record students' experimental processes and results, supporting lab training assessment and teaching archiving.
Applications
- Suitable for biology experiments and medical microscopy training in universities; and for various microscopy teaching scenarios such as physics/chemistry microscopic observation and science popularization in primary and secondary schools and vocational colleges. It is a standard teaching system for standardized smart laboratories.