ZEISS Axiocam 506 color

6 Megapixel Microscope Camera for Fast Imaging in True Color

High-Resolution Images of Large Sample Areas

This high quality 6 megapixel color camera offers you an amazingly fast live image and acquisition speed despite its large pixel count and the very large 16 mm diagonal field of view.
This makes it the camera of choice whenever large sample areas have to be screened and recorded by taking many image tiles repeatedly in a minimum amount of time due to reduced number of tile positions.

This is extremely beneficial in acquiring large pathological tissue sections or large colored materials samples.

Recommended for

  • Color imaging applications in life sciences and materials science
  • Co-observation with fast high resolution live image in high quality color with a very large field of view
  • Large pathology, cytology and materials samples
  • Fast tile scanning applications
  • Broadest range of intensities and exposure times
Human kidney
Human kidney

Highlights

  • 6 megapixel CCD sensor with 16 mm image diagonal
  • 19 full resolution color images per second
  • High image contrast with 14 bit signal conversion
  • Small 4.54 micron pixels for optimal resolution
  • Fast quad-port read-out with global shutter architecture for distortion-free images
  • Black & white imaging mode
  • Reproducible image quality due to active thermal stabilization of the sensor
  • Easy to use super-speed USB 3.0 connection
  • Thermo electrical cooled sensor
Human intestinal polyps
Human intestinal polyps

Downloads

Axiocam 506 color

Your Microscope Camera for Imaging of Large Sample Areas – Fast, in True Color, and High Resolution

8 Pages
Filesize: 549 kB

Microscope and Measurement Systems for Quality Assurance and Quality Control

Capture the essentials of your component. Quickly. Simply. Comprehensively.

41 Pages
Filesize: 4,478 kB

ZEISS Axiocam Family

Your Guide to Microscope Camera Technology from ZEISS

37 Pages
Filesize: 8,254 kB

Axiocam 506 - User Guide

28 Pages
Filesize: 3,083 kB