Aven, 26700-151-C05-259-570, Digital Microscope With 360 Viewer, Mighty Cam HD On Post Stand With Gooseneck LEDs [22x - 147x]
26700-151-C05-259-570 Includes Only:
- 26100-259: Mighty Cam HD
- 26700-170: 360 Viewer
- 26700-151-C05: Micro Lens + 0.5x Coupler
- 16700-151AP: Lens Adapter Plate
- 26800B-570: Heavy Duty Post Stand
- 26800B-517: Focus Mount
- 26200B-224: Flexible Gooseneck LEDs for Post Stands
- 26700-406: 22" HDMI LCD Monitor
Features:
- 0.6x to 4x zoom magnification
- Detented Lens for High Accuracy Measurement
- HD camera with both HDMI and USB outputs with Advanced Measurement Software
- 360 viewing with included attachment
- Heavy-duty post stand
- Flexible gooseneck LEDs with brightness adjustment
- LEDs can be positioned where needed for optimal illumination
This digital microscope system with the 360 viewer allows users to inspect parts from various angles without having to rotate the part. The viewer features a mirror inclined at a 35 degree angle can be engaged or disengaged.
The high quality zoom lens has detents set at 0.6x, 1x, 2x and 4x. This allows for calibrating the lens for high accuracy measurement with the included Image Analysis and Measurement Software. The lens is parfocaled and will stay in focus when zooming in or out.
The Mighty Cam HD camera included in this package features a 5M CMOS sensor and has both HDMI and USB outputs.
The camera can be operated in HDMI mode at 1080P resolution without a PC. Only a monitor with and HDMI input is required. Images and videos can be captured onto the built in SD card.
In USB mode the camera can be connected to a PC and the included advanced Image Analysis software can be used for measurement, image analysis, sharing, etc.
The included post stand is made from heavy metal construction, designed to be compact and durable. The base measures 11" x 13", with a 16" post.
The LED goosenecks can be positioned where needed for optimal illumination, a particularly useful feature when reduced glare is crucial. Includes a brightness control box to choose the required brightness intensity.
