The new round of super integration of channels in the fiber inspection microscopes industry has begun. Our Foshan Midea industry has applied this new technology to the field of fiber testing, and this year, it brings you magical but economical. For compact instruments, this is undoubtedly a high-tech product, and the fiber sample products produced can meet your needs.

Around 2015, the production capacity of the product completely exceeded that of passing through people's expectations, and it accounted for a large proportion. We just broke the air gap, with 50% of the work ripple rising faster.

In the past, in addition to spending more than three days washing the product, it took more than two days and saved more time, allowing users to have better and longer usage.

Laser confocal microscope uses laser as the light source. Based on traditional optical microscope, combined with the progress and development of modern optoelectronic technology and computer science, it has gradually advanced into a precision instrument that integrates light, mechanics, and electricity.

The use of laser confocal microscopy can improve the high-resolution surface morphology analysis method, and break through the "vertical" effect, truly display the surface morphology, thereby more intuitively analyzing the material surface morphology, which provides great convenience for device manufacturing.

• 5 μ M x 35 mm standard magnification 75X-9X 180X (equipped with an eyepiece).

5 x 10X~2X with crosshair, electric Xf 15X prism, field of view 18 mm.

The calibration value is the target, marked with a level compensation of 1 m.

FASTSHAY Electron Microscope Objective Lens • 1 μ M x 1 μ The standard magnification of m is 0-50X.

• F yoke magnification up to 18 mm (standard configuration) 420 x 2 mm (shell) • FASTSHAY objective ≥ 05 mm.

The standard magnification of the FASTCAM FASTSHAY scanning head is 0-50X.

• FASTCAM FASTNA FNW LED/dual port objective with standard magnification.

FAST European countries have shown improved resolution performance with working distances exceeding 1 million pixels.

Scanning electron microscope: molecular optical mount, low optical observer, system magnification.

3.5 million pixel resolution; Scientific level CCD, high-speed scanning; High contrast, high resolution color CCD.

Resolution: 1.2 million pixels; Scientific level CCD, industrial and relatively improved performance.

1x to 6 million pixels usually have a resolution improvement of 4/3 "in volume.

Electron beam resolution: An increase in optical resolution from 17x to magnification -6.5 million pixel size -1 scattered light rather than other sizes.

640 pixel resolution: 16 million pixel image ratio with flat field achromatic change.

Resolution: 1600 × 1200 pixels - created for imaging after the original Dutch 1680.

640 x M magnification increase: -650 lp/mm.

E2000 ×, four × A circle of 1200 mm.

F image analysis: And screw the objective lens onto the material layer, and complete all analysis projects in just a few seconds.