KERN OIV-2 Video Microscope – OIV-254/255
KERN OIV-2 Video Microscope – OIV-254/255
KERN’s OIV 2 series of digital microscope provides the all in one digital solution for ergonomic work under magnification. The axial optics enable an immediate and simple display of components and PCBs, relayed onto the attached HD monitor for easy viewing.
Both models allow for simple image documentation. The OIV 254 allows this through the touch of a button, no need to go through any software. The 255 model guarantees software-controlled image and video recording with the ability to take advantage of the extensive measurement functions.
The software for this microscope is simple and easy to use. You can store the USB stick and USB mouse inclusion means that you can process and store your results digitally.
For any more information on this digital microscope from KERN, call us or drop an email to [email protected].
Versions:
- OIV 254 (Image Capture)
- OIV 255 (Image & Video Capture, Measurements)
Features Of The OIV 2 Series:
- Excellent optics with consistently sharp imagery within a zoom range of 0.7x – 5x.
- Smooth live observation thanks to the 2.0-megapixel camera of the eyepiece less vision system.
- Large working surface, ideal for observation, analysis, and documentation within the electronic industry and beyond.
- LED light illumination included (ring illumination).
- Dust cover included with the operating instructions.
Applications:
The KERN OIV 2 range is perfect for samples with depth and thickness, making it ideal for quality control or other works on a printed circuit board. The 95 range is also ideal for working with components thanks to the generous working distance this digital microscope provides.
Standard Inclusions:
LED Illumination - Cold, Energy Saving, Especially With Long-Life Illumination | |
Incident Illumination - For Non-Transparent Objects | |
Zoom Magnification - For Stereo Microscopes | |
Battery Option Rechargeable - Prepared For Rechareable Battery Operation | |
HDMI Digital Camera - For Direct Transmission Of The Image To A Display Device. |