Optical profilometer S neox
medical3Dconfocal

Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal
Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal
Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal - image - 2
Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal - image - 3
Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal - image - 4
Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal - image - 5
Optical profilometer - S neox - Sensofar Metrology - medical / 3D / confocal - image - 6
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Characteristics

Type
optical
Applications
medical
Observation technique
3D, confocal
Configuration
benchtop
Magnification

5 unit, 20 unit, 50 unit, 100 unit, 150 unit

Resolution

460 nm, 530 nm, 575 nm, 630 nm

Length

610 mm
(24 in)

Width

600 mm
(23.6 in)

Height

740 mm
(29.1 in)

Description

The new S neox outperforms existing optical 3D profiling microscopes in terms of performance, functionality, efficiency and design, providing Sensofar with a class-leading areal measurement system. Faster than ever Everything is faster than before with new smart and unique algorithms and a new camera. Data acquisition is taken at 180 fps. Standard measurement acquisition is 5X faster than before. Making the S neox the fastest areal measurement system in the market. Easy-to-use Sensofar is continuously working to provide the most incredible experience to our customers. With the fifth generation of the S neox systems, the goal has been to make it easy to use, intuitive and faster. Even if you are beginner user, the system can be managed with just one click. Software modules have been created to adapt the system to the user requirements. 4-in-1 technologies Ai Focus Variation Active illumination Focus Variation vertically scans either optics (with very low depth-of-field) or the sample to obtain a continuous set of images of the surface. An algorithm determines which points in each frame are in focus, and an entire image is built up using all in-focus points from all frames. It has been improved with the use of active illumination to get more reliable focus location even on optically smooth surfaces. Confocal The imaging technique included by the Confocal microscopes, utilizes an aperture at the confocal plane of the objective. Out-of-focus light is thus prevented from entering the imaging system and only the in-focus plane on the sample is captured. 2D profiles and 3D surface images can be captured by scanning the aperture mechanically or digitally.

Catalogs

S neox
S neox
24 Pages
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