Novel Optics, Ningbo Yongxin Optics Co., Ltd.

Digital Microscopic Interactive Classroom

As a core part of modern popular science education, microscopy teaching runs through basic and higher education. Our integrated interactive microscopy classroom solution helps students explore the microscopic world. Compatible with smartphones, tablets and computers for real-time imaging, the solution adapts to various teaching scenarios, breaks equipment and space limitations, and delivers flexible classroom interaction for concentrated microscopy teaching. Featuring stable operation and clear imaging, the supporting teaching microscopes are easy to operate and maintain, portable and space-saving for daily teaching use.

Overview

Build a New Ecosystem for Digital Microscopy Teaching

New Digital Microscopy Teaching Ecosystem

Microscopy serves as a core component of modern science education. Suitable for both basic and higher education, our interactive classroom solution allows students to explore the microscopic diversity and observe subtle details of the natural world.

Flexible & Unrestricted Teaching

Compatible with smartphones, tablets and computers, the system provides customized teaching solutions for different scenarios. It breaks the restrictions of fixed classrooms and limited equipment, enabling free and efficient teacher-student communication. With stable, high-speed performance and high flat-field, high-clarity imaging, the solution helps teachers and students fully focus on microscopy teaching and learning.

NOW.Lab 1.0 Wireless Digital Interactive Teaching System

NOW.Lab 1.0 is a multimedia wireless interactive teaching system. Via wireless AP, it supports interconnection between the teacher and more than 60‑student terminals.
It integrates student‑side and teacher‑side image‑processing terminals into one interactive whole. Each terminal is equipped with powerful digital image acquisition, processing and analysis functions.
Functional modules including broadcast teaching, student demonstration, group‑based teaching, voice communication, teacher monitoring and examination system comprehensively assist instructors in interactive microscopic‑morphology teaching, greatly improving teaching efficiency and quality. It fully covers pre‑class, in‑class and after‑class teaching scenarios.

NOW.Lab 2.0 Mobile Edition

The latest interactive microscopy teaching system connects teachers with over 60 students. It supports flexible mobile access via desktops, tablets and smartphones for microscopic imaging and classroom interaction. Free from spatial limitations, the system enables barrier-free communication and empowers personalized, independent and innovative microscopic exploration.

NOW.Class Digital Interactive Teaching System

Redefine microscopic teaching and research with cutting-edge technology. The wireless layout removes messy cables for a cleaner workspace, while rich interactive functions significantly boost teaching effectiveness.

Built on professional network architecture, the system supports mainstream platforms and is fully compatible with UOS. Validated by strict testing, it delivers smooth operation and stable data transmission under high workloads, offering dependable performance for multi-disciplinary teaching and research.

Teacher‑Side Interactive Control Software

Classroom Experiments

Group Discussions

AI‑Powered Classroom Analysis

Image Comparison

Image Analysis Software

Image Capture: Snapshot, timed capture, video recording; measurement on captured images
Image Adjustment: Grayscale conversion, desaturation, noise reduction, brightness/contrast, color tuning, HMS adjustment, edge smoothing
Large‑Image Stitching: Stitch videos or captured images for ultra‑high‑resolution images with expanded field of view
HDR Image Fusion: Merge multi‑exposure image sequences into one high‑dynamic‑range image
Depth‑of‑Field Extension: Composite multi‑focus images for fully focused view of uneven samples
Color Composition: Generate composite color images from monochrome or multiple grayscale source images
Segmentation and Counting: 5 segmentation algorithms; object counting after segmentation