Digital Eyepiece Camera - USB2.0, Dia. 23.2mm Eyepiece Tube
SKU NM-59.2205-E-2.0M
Original price
R 1,550.00
-
Original price
R 1,550.00
Original price
R 1,550.00
R 1,550.00
-
R 1,550.00
Current price
R 1,550.00
Availability:
10 in stock, ready to be shipped
Transform any standard microscope into a high-definition digital workstation. The USB2.0 CMOS Digital Eyepiece Camera is an economic, driver-free imaging solution engineered to convert biological, stereo, or student microscopes into digital systems. Equipped with a 2.0 Megapixel CMOS sensor and dual-adapter compatibility, this plug-and-play device allows teachers, students, and lab technicians to capture crisp Full HD images and stream fluid real-time video directly to a computer.
Specifications
- 2.0M Full HD Resolution: Built with a high-performance 1/3.2" CMOS sensor that outputs crystal-clear 1920×1080 Full HD imagery, revealing vibrant structural details of your specimens.
- Plug-and-Play USB 2.0 Interface: Connects directly to laptops or desktop PCs via standard USB 2.0 for instantaneous, driver-free streaming—functioning as seamlessly as a high-end scientific webcam.
- Universal 23.2mm Barrel Size: Slides natively into standard 23.2mm inner diameter optical eyepiece tubes found on most compound or student microscopes.
- Dual Adapter Rings Included: Features 30.0mm and 30.5mm converter rings, giving you the flexibility to mount the camera onto larger-tube stereo microscopes or industrial inspection gear.
- Professional Imaging Software: Works with advanced video and analysis software for Windows to capture stills, record uninterrupted video, perform scale measurements, and adjust white balance/exposure on the fly.
- Product of China.
Recommended Applications
- Projecting live biological cell samples or chemical reactions onto a classroom projector or screen for interactive STEM teaching.
- Documenting and saving high-resolution microscopic image data directly to school server networks or lab reports.
- Upgrading existing monocular or binocular microscope inventories into fully capable digital stations without buying entirely new microscopes.