IMAGE INTENSIFIER - SmartSensor-Professional Design and Manufacture of Thermal Imaging, Night Vision and Infrared Camera Systems

All

solar blind UV detection

solar blind UV Corona camera

LLL night Vision Core

SWIR Infrared Core

Photomultiplier Tube

Laser RangerFinder

Cool Infrared Camera Core

Infrared System

ICCD ICMOS and EBAPS

Uncooled Thermal Imager

Cooled thermal imager

Laser RangeFinder

Weapon Sight

Handheld NightVision

Helmet Night Vision

Gun Sights

IMAGE INTENSIFIER

Uncooled infrared camera core

Infrared detector

UAV Payload Systems

Thermal Imaging Scop

ADAS Night Vision

Thermal Gun Sight

For COVID19

On-line Thermal

Microdisplay

Infrared Lens

Image Intensifier Tube MX10130

We can provide FOM 1200-2200, P22/P43/P45, auto-gated or non auto-gated MX-10130 Image Intensifier Tubes. All specifications can be set in accordance with customers' requirements. Please contact us for details.

Image Intensifier Tube MX10160

We can provide FOM 1200-2200, P22/P43/P45, 2 contacts/3 contacts/fly wires, auto-gated or non auto-gated MX-10160 Image Intensifier Tubes. All specifications can be set in accordance with customers' requirements. Please contact us for details.

Image Intensifier Tube MX11769

We can provide FOM 1200-2200, P22/P43/P45, auto-gated or non auto-gated MX-11769 Image Intensifier Tubes. All specifications can be set in accordance with customers' requirements. Please contact us for details.

Low-Light-Level (LLL) night vision intensified digital camera

Intensified Digital Camera adopts advanced image tube direct coupling technology, and skillfully integrates image intensifier with digital camera. This new generation of LLL night vision digital camera is characterized by compact size, high sensitivity and superior resolution. It is designed for quick response tasks, such as information acquirements, technical reconnaissance and news reports in night.

Micro Pore Optic with Sector

Micro Pore Optic with Sector is a kind of grazing incidence optical element, which can focus X-ray and ultraviolet light. MPOS have several millions of square shape glass pore in micron scale and the square pores are stacked in radial geometry. In order to obtain the best focusing performance, the inner wall could be coated with increasing reflective film with different film materials for different application bands. MPOS could be assembled to a conic optical system approximation to Wolter-I optics. This radially packing geometry has several advantages, such as larger effective versus geometry area ratios, light weight and working under higher energy than normal Wolter optics.