Generation II Image Intensifiers

HD-1400

25 mm Inverting Image Intensifier


HD-1400 is 25mm, Electro-statically and proximity focused Image, Inverting Intensifier Tube. It is used for Observation, Aiming and Navigation devices. Combined with Image Magnifier (HD1405 configuration), it is utilized in Drivers periscopes for wide range of vehicles. Basic Parameters: Luminous Sensitivity@ 300-450μA/lm; Luminous Gain@ 40,000-70,000; Signal-to-Noise Ratio@ 3.2-4.5; Resolution@ 28-40lp/mm. Parameters vary in accordance to customers requested performance.

HD-1405

25 mm Inverting Image Intensifier and Magnifier Assembly


HD-1405 is 25mm, Electro-statically and proximity focused Image, Inverting Intensifier Tube with bonded Fiber Optical magnifier. It is used for Observation devices and Drivers periscopes for wide range of vehicles. Basic Parameters: Luminous Sensitivity@ 300-450μA/lm; Luminous Gain@ 15,000-30,000; Resolution@ 25-36lp/mm. Parameters vary in accordance to customers requested performance.

HD-2100

18 mm Inverting Image Intensifier


HD-2100 is Generation II Premium, 18mm, double-proximity focused, Inverting Image Intensifier Tube. It is used for Observation, Aiming, Navigation and Scientific devices, such as: ANVIS-Pilots goggles, Monocular, Sights and weapon sights, as well as for Special Scientific, Astronomy and Medical applications. Basic Parameters: Luminous Sensitivity@ 500-750μA/lm; Luminous Gain@ 35,000-65,000; Signal-to-Noise Ratio@ 18-23; Resolution@ 57-72lp/mm. Standard and Custom mechanical configurations are available. Parameters vary in accordance to customers requested performance.

HD-2102

18 mm Non-Inverting Image Intensifier


HD-2102 is Generation II Premium, 18mm, double-proximity focused, Non-Inverting Image Intensifier Tube. It is used for Observation, Aiming, Navigation and Scientific devices, such as: PVS7 goggles and Sights, Special Scientific, Astronomy and Medical applications. Basic Parameters: Luminous Sensitivity@ 500-750μA/lm; Luminous Gain@ 35,000-65,000; Signal-to-Noise Ratio@ 18-23; Resolution@ 57-72lp/mm. Standard and Custom mechanical configurations are available. Parameters vary in accordance to customers requested performance.

Generation III Image Intensifiers

Generation III Image Intensifiers

HD 1520

HD-1520 Inverting Image Intensifier


HD-1520 is Generation III ,18mm, double-proximity focused, Inverting Image Intensifier Tube. It is used for Observation, Aiming, Navigation and Scientific devices, such as: ANVIS-Pilots goggles, Monocular, Sights and weapon sights, as well as for Scientific, Astronomy and Medical applications. Basic Parameters: Luminous Sensitivity@ 1500-2500μA/lm; Luminous Gain@ 40,000-70,000; Signal-to-Noise Ratio@ 19-28; Resolution@ 57-72lp/mm. Standard and Custom mechanical configurations are available. Parameters vary in accordance to customers requested performance.

HD 1521

HD-1521 Non-Inverting Image Intensifier


HD-1521 is Generation III,18mm, double-proximity focused, Non-Inverting Image Intensifier Tube. It is used for Observation, Aiming, Navigation and Scientific devices, such as: PVS7 goggles and Sights, as well as for Special Scientific , Astronomy and Medical applications. Basic Parameters: Luminous Sensitivity@ 1500-2500μA/lm; Luminous Gain@ 40,000-70,000; Signal-to-Noise Ratio@ 19-28; Resolution@ 57-72lp/mm. Standard and Custom mechanical configurations are available. Parameters vary in accordance to customers requested performance.

Tailored Image Intensifiers

Tailored Image Intensifiers

HD-1430

40mm Single stage Image Intensifier


HD-1430 is 40mm, Single stage, Electro-statically focused, Inverting, Image Intensifier Tube. It is used for Observation and special applications devices. Basic Basic Parameters: Luminous Sensitivity@ 200-400μA/lm; Luminous Gain@ 100; Magnification@ 1; Resolution@ 57-68lp/mm. Parameters vary in accordance to customers requested performance.

Custom Image Intensifiers

Custom Image Intensifiers


HARDER.digital offers wide range of Custom made Image Intensifiers which are intended for special applications. Custom made Image Tubes are available in divers configurations, such as: two or three stages Generation I Intensifiers as well as standard 18/25/40mm diameter tubes with various Photocathode types including High Speed Gating special applications; multiple phosphor screens and large combinations of external mechanical interfaces.

Detectors

Detectors

Phosphor Screens

Phosphor Screens


HARDER.digital offers Phosphor screens which are mainly used used for two-dimensional visualization of electrons, charged particles and X-ray radiation. HARDER.digital long experience and know-how enables it to produce various types of screens on different substrates using various techniques of phosphor application. HARDER. digital products are tailored per client and can be provided as mounted assemblies, fully compatible for High Vacuum utilization condition.

MCP Mounted Detectors

MCP Mounted Detectors


HARDER.digital long experience and know-how enables it to produce various types of detectors implementing:

  • different techniques of phosphor applications or other anode types
  • various substrates such as fiber-optic plates, fiber-optic taper and glass windows
  • single and multiple MCP structure, various useful diameters as well as special MCP design
  • mounted assemblies, fully compatible for high vacuum utilization conditions

Tailored Detection Modules

Tailored Detection modules


HARDER.digital is a leading manufacturer Phosphor screens and Phosphor-MCP based detectors. Phosphor Screens are used for two-dimensional visualization of electrons, charged particles and X-ray radiation. HARDER.digital long experience and know-how enables it to produce various types of detectors implementing: different techniques of phosphor applications, various substrates, CCD/CMOS coupling/bonding, single and multiple MCP structure, specially designed high vacuum assemblies. HARDER.digital high-tech production line and advanced testing abilities offers its clients highly reliable detection modules with best repetition rate.

Prosessing Equipment

Prosessing Equipment

Photocathode Processing
Equipment

Photocathode Processing Equipment


Ultra High Vacuum Bakeable System for evaporation processing is designed to manufacture special vacuum sealed off devices in an oil free clean ultra-high vacuum conditions. The system is capable of achieving vacuum level of 10-8 mbar after a bake-out at 4000 C for over 8 hour. HARDER.digital Ultra High Vacuum Bakeable Systems ensures all conditions in order to achieve processing of highest sensitivity Photocathodes.

Screen Processing
Equipment

Screen Processing Equipment


HARDER.digital offers unique equipment for phosphor screens manufacturing including thin films layers and various lacquer applications. Programmable systems with precise dispensers enable stable production process assuring highest quality of output products.

Highspeed brushless
Spinner

Highspeed brushless Spinner


High Speed Spin coating machinery applicable for various chemical, wet, processing. Spin coating is a procedure used to apply uniform thin films to flat substrates. HARDER.digital Spin coating machinery implement brushless motor, able to operate up to 12,000 RPM . An automatic, programmable dispensing unit, for numerous liquids, designed and manufactured for customer individual coating processing.

Substrate preparation
Equipment

Substrate preparation Equipment


The use of plasma is an effective way to clean without using hazardous solvents. Plasma is an ionized gas capable of conducting electricity and absorbing energy from an electrical supply. When a gas absorbs electrical energy, its temperature increases causing the ions to vibrate faster and "scrub" a surface. HARDER.digital Plasma cleaning systems are an effective way to remove small amounts of contaminants from a substrate surface and to prepare it for an evaporation processing. All Plasma cleaning systems are tailored for customers processing needs and expectations.

Thermal Imaging

Thermal Imaging

Thermal Imaging
Modules

Thermal Imaging Modules


HARDER.digital has developed thermal imaging modules based on uncooled microbolometer FPA. Implementation of operation algorithm without temperature thermostabilization and without electromechanical shutter (TEC-less/Shutter-less algorithm) enable HARDER.digital to develop Low Energy consumption Modules with highest performance parameters. Modules have standard analogue TV CCIR output and specialized serial digital interface for connecting with computer or with external controller for control and real-time video data transmission.