News

In this section you canl find brief description what has changed in our website since your last visit:

2023
December	IMAG system for automatic testing typical image intensifier tubes is offered. IBIG system for testing non-typical large image intensifier tubes is offered. NMAG system for semi-automatic testing night vision devices is offered. CONIR universal controller of IR FPA sensors (block of bigger FAPA test system) is offered.
September	TCAR system optimized for testing automotive thermal imagers is offered. New tools for testing night vision devices are added: 1)CCC - current consumption tester, 2) BCC-battery tester.
July	A new webpage devoted to equipment for testing space imagers is created Inframet has stopped offering TREEN fever detection systems
June	LAR64 station for testing directional laser receivers (receiver blocks in laser seekers, trackers, communication systems) is launched,
March	A scientific paper that presents results of Inframet work in field of testing thermal imagers at real work conditions has been published NPL station for nitrogen purge, fill up and leak test of night vision devices is offered NV10 station for basic tests of NVDs (monoculars, monocular goggles, binocular goggles) before important missions is offered

2022
December	New LDIR system for measurement of divergence angle of LRFs/designators/pointers is offered
November	New SIWIR system for basic radiometric testing/calibration of SWIR imagers/cores is offered New TAFT systems for testing thermal imagers at field conditions are offered (replacement of old LAFT systems) LAHEL system for testing high energy lasers (HELs) is launched.
October	New products for spectral tests of laser systems: LBAND and L411
September	On October 24-26 Inframet organizes international exhibition EXTRIMUS to present new EXIR series systems for testing thermal imagers working at simulated extreme conditions EXIR systems to enable testing of thermal imagers working at simulated extreme conditions are offered
July	FAPA system for expanded control/testing IR FPA sensors is launched. The system enables expanded testing of virtually all IR FPA sensors offered on market.
May	Simit simulator capable to simulate dynamic airborne/space targets is offered
March	Document presenting general recommendations on Inframet test systems is added
February	Computerized HVP14C power supply that enables remote power control of bare II tubes is offered UMET system for expanded testing SBUV cameras is offered
January	New version of BLIQ blackbody for simulation of low temperature targets at laboratory conditions is offered
2021
September	DTCORE set for testing thermal camera cores is offered as independent set
July	Nivis system forexpanded testing/boresight of night vision devices is offered.
May	A scientific paper presenting a method of measurement of sensitivity of solar blind UV cameras has been published.
January	UVICOR system for testing SBUV cameras is not longer offered because extensive tests have shown that set of two other stations (UVIC and USOL) give more accurate measurements of parameters of SBUV cameras.
2020
December	A scientific paper presenting a new method coded VirtualMRTD to measure MRTD of thermal imagers has been published. New version of MTAB mobile optical tables is offered.
November	Inframet has celebrated export of its test equipment to 50-th country after getting order from Uzbekistan. Very few companies all over the world have achieved such level of globalization. This notice is added as footnote of every webpage. SINIS system for basic testing of SWIR cameras is offered. LUNI stations for expanded testing and boresight of LRFs is offered. LATRA stationf for boresight of LRFs is offered.
October	FUDIT system for expanded testing and boresight of fused imagers is offered
August	USOL station for measurement solar sensitivity of SBUV cameras is offered. OLO station for testing optical binoculars is offered.
June	New meter of eyepiece diopter power of direct view imagers is offered.
March	TFEV system for testing fever screening measurement thermal cameras (thermographs) has beeen developed. TREEN thermograph for human febrile temperature screening has been developed. BMED blackbody is a specialized blackbody optimized for accurate simulation of human body and be used as a part of fever screening thermographshas been developed.

2019
December	A scientific paper written by Inframet employees "Analysis of blackbody irradiance method of measurement of solar-blind UV cameras' sensitivity" has been published by the prestigious scientific journal Optoelectronics Review.
November	Updated version of BNUC set for two point NUC of thermal magers is offered. A warning on wrong map and street view of Inframet facility offered by Google Maps is added. According to Google Maps, Inframet main facility is a small, old, and ruined building located in a neglected area.
October	New computerized version of high voltage power supply for testing bare image intensifier tubes coded as HVP14C is offered. New NPER system for testing night vision periscopes is to replace old N2D test system. New J1T station for boresight of multi sensor imaging/laser surveillance systems built using monopulse laser range finders/designators of ultra high power is launched. Offer for expanded educational training on testing electro-optical surveillance systems is presented.
September	New UVICOR system for expanded tests of solar blind UV cameras is lauched.
June	BNUC blackbody sets for two point NUC of thermal imagers are launched.
May	Multi-language Inframet website have been fully launched. Four languages are supported: English, Chinese, Russian, Polish. However, it should be noted that only English version is frequently updated. Therefore it is always recommended to check this version. New light sources are offered: LS-MAH, LS-COHL, LS-LAM40, LS-LAM100C.
April	JTAR station for boresight of multi sensor imaging/laser systems at field conditions is offered. VINIS system for basic tests of VIS-NIR cameras is offered.
February	New version of LAS station for testing LRFs is offered.
January	Detail data sheet of MRW-8 motorized rotary wheel is added.
2018
September	TAIM system for testing thermal sights and thermal clip ons is launched.
July	DPM46 meter capable to accurately measure dioptric power of oculars of electro-optical devices is launched. LIS station for maintenance tests of laser range finders is launched.
June	JIMS station for boresight of ultra large electro-optical surveillance systems is launched. TCLIP station for testing thermal imaging clip ons is launched.
May	MTAB mobile antivibration tables are offered as an option for systems for testing large electro-optical imaging and laser systems.
March	Dual color blackbodies built using Inframet patent pending technology are offered as independent blocks.
January	Codes for stations for testing image intensifier tubes have been changed. New codes for ITS-IP, ITS-I, ITS-P, ITS-R are ITIP, ITI, ITP, ITR stations.
2017
December	DAP double blacbodies optimized for non uniformity calibration of thermal imagers are offered.
November	Inframet can optionally deliver TCB differential blackbodies coated using VANTABlack-Shigh emissivity coating and achieve blackbodies of emissivity over 0.99.
October	Two new stations (SIT and SOL) for testing VIS-SWIR imaging sensors are launched
September	Two new portable stations (LMOB and LBOR) for testing LRF are launched
June	UVIR test system for testing broadband imaging systems sensitive in spectral range from shortwave UV-B band to SWIR is launched
April	New version of N2D system for testing periscope night vision goggles is offered.
January	New version of JALI system for testing and borsight thermal range lasers is offered.
2016
September	SPOT station for measurement of spatial responsivity function, MTF and cross talk of raw MWIR sensors is launched.
May	New version of NVS station for testing night vision devices is available.
February	JALI station for boresight of thermal range infrared lasers is launched. WAP1-11L wide angle projector for testing thermal imagers of wide FOV is launched.
January	FCLIP station to support boresight of fused sights is launched. MIrad infrared irradiator optimized to work as a block of machines that test semiconductor wafers used to manufacture LWIR/MWIR FPA imaging sensors has been launched.
2015
December	NIG test station that enales measurement of brightness gain of night vision devices is launched.
October	LAS station for measurement of extinction ratio ER (indirect measurement of operational range) at field conditions has been launched.
September	New test station for basic maintenance tests of night vision periscopes - N2D station- has been launched. New test station for checking alignment of night vision clip ons - NCLIP station- has been launched.
May	N IMAX test station for expanded testing of night vision devices is launched. NImax is the only computerized test station offered on world market capable to do expanded, semi automatic testing of night vision devices.
April	A paper "Review of night vision metrology" written by Inframet CEO was published in Optoelectronics Review journal. The paper present methodology and a system for testing night vision devices.
February	JAT200 mobile station for boresighting and basic testing multi-sensor surveillance systems is launched.
2014
December	FORK station for testing automatic breakaway mechanism in aviator night vision goggles is launched.
November	MAB blackbody designed to simulate large, near perfect blackbody targets in THz and short microwave ranges is launched. STR station for testing streak tubes is offered. This is a first commercially available on world market station for testing streak tubes.
October	VSB blackbody for simulation Earth temperature targets at cooled vacuum chambers is launched.
September	BLIQ blackbody for simulation targets at low temperature range including subzero temperatures is launched.
August	UVIC station for testing solar-blind UV cameras is launched. This is a first commercially available station for testing such cameras. VIT station for testing VIS/NIR/SWIR imaging sensors is launched. This is a first commercially available station capable to best both visible/NIR sensors (CCD/CMOS/ICCD/EMCCD) and SWIR FPAs. SIM150 - simplified, low cost system testing thermal imagers optimized for customers that cannot afford typical DT systems is launched.
July	OPO station for testing telescopic sights is launched.
April	L64 station for testing laser receivers is offered (modified version of old L1064 test station)
March	New version of TRAL station for testing discrete/linear infrared detectors is offered. LAM multispectral target to support testing and development of fused imagers is offered.
2013
December	RAD test station to support R&D projects in field of image intensifier technology was developed.
November	IPAS test station to support manufacturing/repairing of image intensifier tubes was developed.
September	Inframet has obtained NCAGE code (NATO Commercial and Government Entity): 2468H. Inframet data is included in NMCRL system (NATO Master Catalogue of References for Logistics).
August	LJT test station to support boresight of Laser range finders is offered. A paper "Testing passive surveillance terahertz imagers" written by Inframet CEO was published in Optica Aplicata journal. The paper present methodology and a system for testing passive THz imagers.
May	New version of ST system for testing SWIR imagers is offered.
April	NV20 portable test station for mission readiness tests of binocular night vision goggles is offered.
January	New version of ORI station for testing optical modules is offered.
2012
August	L1064 test station for testing laser receivers working at 1064nm spectral band is offered.
May	HVP series power supplies optimized to power bare image intensified tubes are offered. LIP test station for testing laser pointers and laser illuminators is offered.
April	New system of coding of DT systems for testing thermal imagers was started. The system is expected to be simpler, and more clear than the old one. New system of coding of MS systems for testing thermal imagers was started. The system is expected to be simpler, and more clear than the old one.
February	THP test system for testing passive THz imagers is offered. It is a first commercially available worldwide test system for testing passive THz imagers. ST test system for testing SWIR imagers (typically InGaAs imagers) is offered.
2011
October	LTF test station for final performance testing of laser range finders is offered.
September	LOF test station for testing TV cameras at field/depot conditions is offered.
July	List of international distributors was updated. New versions of JT systems for boresight applications are offered.
March	New version of NVS for testing night vision sights is offered. New set of refractive collimators is used. Light source was modified, too.
February	New version of SIMAT dynamic target simulator is offered. The simulator is now fully computerized. Sophisticated scenarios can be simulated.
2010
December	The book: TESTING THERMAL IMAGERS - Practical guide was added in the educational section devoted to testing thermal imagers. This book is a gift made by Inframet to international community of peoples interested in technology of thermal imaging.
September	ULAB blackbodies (ultra large medium temperature blackbodies) are offered.
July	New ORI test system for testing optical modules is offered.
May	New MS series test systems for extensive testing/boresighting of multi-sensor surveillance systems is offered. New line of TVT test systems for testing TV cameras is offered. JT test systems are significantly modernized.
February	Inframet website was significantly modified. The website is expected to be more user friendly for potential readers.
January	New line of JT test systems for boresighting of multi-sensor surveillance systems is offered. Updated ITS-P test station/a> for measurement of photometric parameters of image intensifier tubes is offered. New ITS-R test station for testing reliability parameters of image intensifier tubes is offered.
2009
November	New section: Customer Guide was added. You can find there guidelines how to do good business with Inframet.
June	NVT test station for testing night vision devices is offered by Inframet.
May	New version of ITS-I test station is available of significantly extended life time of the light source. It is estimated that life time of the new light source is at least 10 000 hours (life time of typical halogen bulbs is bigger than about 1000 hours). Resolution of internal image projector was also improved.
March	New type of TCB series blackbodies is available.
February	New solution for testing visible imaging systems. Instead of VT-S test system and VT-V test system marketed as universal test systems for testing all types of visible imaging systems Inframet proposes now two types of specialized test systems: NVT test station - for testing night vision devices and TVT test system - for testing TV cameras. Old type VT-V system and VT-S system shall be offered till January 30, 2009.
January	Inframet website has been moved to a new server. The website has been significantly redesigned.