EVO Cam II high definition digital microscope
EVO Cam II digital microscope delivers excellent image quality
to help uncover hidden details. Optical magnification up to 300x
and full autofocus to ensures ultra-sharp images at all times.
EVO Cam II provides the ability to measure complex parts
efficiently and quickly using overlays or point to point
measurement.
Capture high resolution images at the touch of a button either
direct to USB memory stick, via wireless or direct to a PC.
10 programmable presets allows camera settings be saved for
quick and easy recall. Presets can be exported and imported
allowing users to share settings between units and sites ensuring
consistency of inspection. Calibration can also be saved in
presets for quick recall.
Highlights
Ultra-sharp image quality with full autofocus
Optical magnification range 1.7x -300x
Maximum magnification with digital zoom 3600x
Fast 60 fps provides clear images without motion blur
Full 360° inspection without the need to manipulate
subjects under magnification
Large field of view and long working distances
Eliminate set-up time with up to 10 presets
Custom overlays to aid inspection
Wi-Fi and USB 3.0 for fast image transfer
Efficient dimensioning with virtual caliper and scalable
grids
TECHNICAL SPECS 2
Ease of use
Simplicity is at the heart of EVO Cam II. Easy to follow
menu and simple operation minimizes training and is an
ideal solution for multiple users in high speed production
environments.
An overview function allows you easily locate a point of
interest on the object you are viewing.
The on-screen function menu for the EVO Cam II is also
available in multiple languages.
In addition to the convenient operation of all main
functions on the unit, a remote control console allows
faster and more comfortable use.
TECHNICAL SPECS 3
A range of objective lens options ensure stunning results for any application, whether for high
magnification, high precision detail inspections, or for manipulation, re-work and assembly tasks
requiring an extra long working distance.
Reference based measurement abilities with fixed overlays or cursors.
