Germanium optics for LWIR Camera For Harsh Environments sales@dmphotonics.com
- Duration: 0:48
- Updated: 10 Nov 2014
Germanium optics for LWIR Camera For Harsh Environments sales@dmphotonics.com
Example of the large Germanium Window:
circular plane-parallel window Drawing #-- Part Number /CAT# /Stock code#
Ge_CPW_125_5_AR_DLC_8-12
Diameter, mm 125
Thickness, mm 5
S1 and S2 surface quality, scr-dig 60-40
Germanium windows with AR and DLC coatings
Outdoor application that uses a FLIR Thermography camera
Infrared Windows & Lenses
Germanium Optical Material
Del Mar Photonics manufactures precision Germanium optical components, which are widely used for infrared applications. Its useful transmission range is from 1.8 micron to 17 micron. Due to wide transmission range and opaque in visible Ge is well suited for manufacturing of optical components for IR applications in lasers and optical systems. Its high index of refraction (greater than 4) makes it of particular interest for lens design.
Germanium components are used with AR coatings because of high surface reflectivity of substrate.
Germanium blocks UV and visible light as well as the infrared up to about 2µm. Its high index is desirable for the design of lenses.
Germanium (Ge) infrared optical materials for the manufacture of quality thermal imaging systems.
Diamond-like carbon coatings (DLC)
Being applied to Germanium or Silicon windows and lenses DLC provides BBAR performance coupled with excellent protection of outer optical surfaces from negative influences of the environment (humidity, dust, atmospheric precipitations) and stays inert to mechanical strikes, thermal shock, acids, salts, solvents and other chemical reagents. It consists of carbon and hydrogen. Field of application is military devices and outside thermal cameras. Sometimes it's better to have window and lenses coated DLC+BBAR. DLC coatings can be applied to Ge and Si substrates of sizes as big as 320mm in diameter.
Thermal Imaging for Industrial & Science
Electrical & Mechanical Thermal Imaging
Infrared Cameras for Building Diagnostics
Infrared Cameras for Research & Development
Thermal Imaging for Automation
Thermal Imaging for Gas Detection
Range Phenomenology Infrared Cameras
Furnace and Boiler Tube Inspection
Test & Measurement Tools
Thermal Cameras for Consumers, Police, Security Professionals, and OEMs
Law Enforcement
Security Applications
Maritime Night Vision
Personal Vision Systems
ITS and Traffic Control
Longwave Infrared (LWIR) Cores
Midwave Infrared (MWIR) Cores
Shortwave (SWIR) & Low Light Cores
ROICs & Components
Lasers & Trackers
Automotive Night Vision
Pan / Tilt Systems
Thermal Imaging, CBRNE Detection and Integrated Surveillance Systems
Surveillance
CBRNE Detection
Integrated Systems
Precision Optics & Lasers
Industries:
Transportation
The nuclear field
Offshore activities
The police and military sectors
Broadcasting
The water industry (environment & Public Works)
THE NUCLEAR FIELD
Remote inspection and process monitoring with TV cameras, pan and tilt, turrets, light fittings, video overlay units, CCU's, matrix combinations/videomatrix.
In-pond and in-cell video inspection.
Fuel assemblies mapping or bundle storage survey
Miniature TV cameras and lights in glove boxes
Light fittings for reactors and ponds
Remotely controlled operations and mobile robot guidance
Non destructive controls in reactors, boilers, steam generators, primary pumps
OFFSHORE ACTIVITIES
Viewing systems for offshore inspection
Video systems for seabed surveys and research
Drill inspection and monitoring.
Visualisation of constructive works, dam foundations, tanks inspection, bridges
Inspection of quays, hulls, keels, well heads.
Video equipment for divers and ROV's
Miniature equipment for discrete TV surveillance and inspection
On board TV control on aircraft
Video equipment for flight testing and flight simulators
Periscopic TV cameras for vessels and submarines
Video equipment for divers and parachutists/paratroopers (mil.).
Night vision, shots, inspections, police operations
BROADCASTING
Video shooting and recording of particular sportive events (boat and motor races, stunts, rock climbing,...)
Visualisation of water sport competitions
Surveys in "sensitive" areas
THE WATER INDUSTRY (ENVIRONMENT & PUBLIC WORKS)
In-core inspection and remote monitoring of pipes, leak searching in drinking water circuits, sewers treatment systems video survey
Monitoring of working areas and video systems for Public Works equipment
MISCELLANEOUS
CCTV systems in aggressive chemical areas.
Preventive or cleansing inspections in narrow space or hazardous areas : nuclear reactors, ventilation shafts, water turbines, blowing engines, cylinder heads, heat exchangers
Monitoring of manipulating robots and product lines.
Mobile robots guidance and manipulation
Defect and distortion analysis on different structures civil aircraft, flight testing
Viewing systems for furnaces and nuclear waste incinerators
http://wn.com/Germanium_optics_for_LWIR_Camera_For_Harsh_Environments_sales@dmphotonics.com
Germanium optics for LWIR Camera For Harsh Environments sales@dmphotonics.com
Example of the large Germanium Window:
circular plane-parallel window Drawing #-- Part Number /CAT# /Stock code#
Ge_CPW_125_5_AR_DLC_8-12
Diameter, mm 125
Thickness, mm 5
S1 and S2 surface quality, scr-dig 60-40
Germanium windows with AR and DLC coatings
Outdoor application that uses a FLIR Thermography camera
Infrared Windows & Lenses
Germanium Optical Material
Del Mar Photonics manufactures precision Germanium optical components, which are widely used for infrared applications. Its useful transmission range is from 1.8 micron to 17 micron. Due to wide transmission range and opaque in visible Ge is well suited for manufacturing of optical components for IR applications in lasers and optical systems. Its high index of refraction (greater than 4) makes it of particular interest for lens design.
Germanium components are used with AR coatings because of high surface reflectivity of substrate.
Germanium blocks UV and visible light as well as the infrared up to about 2µm. Its high index is desirable for the design of lenses.
Germanium (Ge) infrared optical materials for the manufacture of quality thermal imaging systems.
Diamond-like carbon coatings (DLC)
Being applied to Germanium or Silicon windows and lenses DLC provides BBAR performance coupled with excellent protection of outer optical surfaces from negative influences of the environment (humidity, dust, atmospheric precipitations) and stays inert to mechanical strikes, thermal shock, acids, salts, solvents and other chemical reagents. It consists of carbon and hydrogen. Field of application is military devices and outside thermal cameras. Sometimes it's better to have window and lenses coated DLC+BBAR. DLC coatings can be applied to Ge and Si substrates of sizes as big as 320mm in diameter.
Thermal Imaging for Industrial & Science
Electrical & Mechanical Thermal Imaging
Infrared Cameras for Building Diagnostics
Infrared Cameras for Research & Development
Thermal Imaging for Automation
Thermal Imaging for Gas Detection
Range Phenomenology Infrared Cameras
Furnace and Boiler Tube Inspection
Test & Measurement Tools
Thermal Cameras for Consumers, Police, Security Professionals, and OEMs
Law Enforcement
Security Applications
Maritime Night Vision
Personal Vision Systems
ITS and Traffic Control
Longwave Infrared (LWIR) Cores
Midwave Infrared (MWIR) Cores
Shortwave (SWIR) & Low Light Cores
ROICs & Components
Lasers & Trackers
Automotive Night Vision
Pan / Tilt Systems
Thermal Imaging, CBRNE Detection and Integrated Surveillance Systems
Surveillance
CBRNE Detection
Integrated Systems
Precision Optics & Lasers
Industries:
Transportation
The nuclear field
Offshore activities
The police and military sectors
Broadcasting
The water industry (environment & Public Works)
THE NUCLEAR FIELD
Remote inspection and process monitoring with TV cameras, pan and tilt, turrets, light fittings, video overlay units, CCU's, matrix combinations/videomatrix.
In-pond and in-cell video inspection.
Fuel assemblies mapping or bundle storage survey
Miniature TV cameras and lights in glove boxes
Light fittings for reactors and ponds
Remotely controlled operations and mobile robot guidance
Non destructive controls in reactors, boilers, steam generators, primary pumps
OFFSHORE ACTIVITIES
Viewing systems for offshore inspection
Video systems for seabed surveys and research
Drill inspection and monitoring.
Visualisation of constructive works, dam foundations, tanks inspection, bridges
Inspection of quays, hulls, keels, well heads.
Video equipment for divers and ROV's
Miniature equipment for discrete TV surveillance and inspection
On board TV control on aircraft
Video equipment for flight testing and flight simulators
Periscopic TV cameras for vessels and submarines
Video equipment for divers and parachutists/paratroopers (mil.).
Night vision, shots, inspections, police operations
BROADCASTING
Video shooting and recording of particular sportive events (boat and motor races, stunts, rock climbing,...)
Visualisation of water sport competitions
Surveys in "sensitive" areas
THE WATER INDUSTRY (ENVIRONMENT & PUBLIC WORKS)
In-core inspection and remote monitoring of pipes, leak searching in drinking water circuits, sewers treatment systems video survey
Monitoring of working areas and video systems for Public Works equipment
MISCELLANEOUS
CCTV systems in aggressive chemical areas.
Preventive or cleansing inspections in narrow space or hazardous areas : nuclear reactors, ventilation shafts, water turbines, blowing engines, cylinder heads, heat exchangers
Monitoring of manipulating robots and product lines.
Mobile robots guidance and manipulation
Defect and distortion analysis on different structures civil aircraft, flight testing
Viewing systems for furnaces and nuclear waste incinerators
- published: 10 Nov 2014
- views: 2