Infrared lens for iPhone

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Opticallenses

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We offer a large selection of Cyc & Wash Lights by all of the top brands. If you can't find what you are looking for, give us a call at ...

Infrared camera lens

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An IR Lens is a lens component optimized to focus, collimate, or manipulate infrared radiation within the infrared spectrum (that is, the spectral portion between the wavelength range of 700nm and 1000μm), including Near-Infrared (NIR), Shortwave Infrared (SWIR), Midwave Infrared(MWIR), and Longwave Infrared (LWIR). Hangzhou Shalom is an adept global supplier of IR Lens Components, our broad infrared lens production portfolios include Plano-convex IR Lenses, Plano-concave IR Lenses, Meniscus IR Lenses, Aspheric IR Lenses, Ball/Half-Ball Lens, etc. to achieve diversified functions as to focus, collimate, collect, and diverge lights. Besides the lenses, aluminum reflective mirrors designed for LWIR and MWIR long-focal-length thermal cameras are also accessible. We offer IR lens components made of various substrate materials, including Germanium (Ge), Silicon (Si), Zinc Selenide (ZnSe), Chalcogenide Glass, Sapphire, Calcium Fluoride (CaF2), Barium Fluoride (BaF2), Zinc Sulfide(ZnS), with their working wavelength range encompassing multiple Infrared wavebands. Coating options include broadband anti-reflection (BBAR) coating, long-pass anti-reflection coating, DLC coating, etc. Cutting-edge technologies like CNC and Single Point Diamond Turning (SPDT) techniques are utilized to enhance effectiveness and high precision. Before dispatch, strict QC inspections are carried out to secure the performance and durability of lenses. Exploiting the meticulous engineering of a complex of lens forms, material properties, and coatings, Shalom EO’s IR lens components cater to versatile applications including thermal imaging cameras for surveillance, security, industrial inspection, and medical diagnostics; infrared spectroscopes; lasers like CO2 lasers, fiber lasers, and semiconductor lasers; remote sensing and various other applications where infrared light needs to be controlled or directed.For material comparison, Germanium Lens features a broad transmission range from 3-14 micro and a large refractive index, hence is prevalent for MWIR and LWIR thermal camera lens assemblies. ZnSe lens exhibits a low absorption in the mid-IR region and is excellent for CO2 laser output and MWIR pulsed lasers. Chalcogenide glass lens has eminent thermal properties and is ideal for designing cost-effective athermalized lens modules. Sapphire lens features unrivaled mechanical strength, and scratch/chemical resistance. CaF2 Lens demonstrates extensive transmission bands from UV to IR. BaF2 has similar properties to CaF2, the main difference is that barium fluoride is more resistant to high-energy radiation and sensitive to thermal shock/moisture.  Silicon offers good transmission in the MWIR (CZ silicon) and LWIR (FZ silicon) with the additional advantages of ruggedness and lightweight.

Helios Quartz can design the right IR emitter with the peak radiation wavelength matching the optimal absorption curve of the material to be heated; this allows you to obtain the most efficient heating process with less energy consumption. Helios Quartz Technical Department can realize twin tube IR emitters with different filament configuration. This allows an extraordinary flexibility both in term of heated area modularity and cables position. In the picture below there are represented some of the most common filament configuration.

The IR Short Wave emitter is characterized by high heating power and it is particularly recommended in those cases where is important to have a fast response switching on and off time.

Uv lens

IRLens material

Key Takeaways: · The 50X long working distance microscope objective lens offers high magnification for clear visualization in biomedical and precision testing ...

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Am Ausgang einer telezentrischen Beleuchtung wird das Licht kollimiert. Kollimiertes Licht ist Licht, dessen Strahlen von einer Punktquelle ausgehen und ...

CTI Security Camera Dome MF00-7050-562A · Rapid Surplus Solutions (9777) · 100% positive feedback.

IRlens filter

Infrared lens photography

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35 MM, digital camera, APS, Digital Cameras, Digital Printers, Film, Film Scanners, Filters, Flashes, Lenses, Light Meters, Medium Format, Point & Shoot, ...

An IR Lens is a lens component optimized to focus, collimate, or manipulate infrared radiation within the infrared spectrum (that is, the spectral portion between the wavelength range of 700nm and 1000μm), including Near-Infrared (NIR), Shortwave Infrared (SWIR), Midwave Infrared(MWIR), and Longwave Infrared (LWIR).

A camera sensor is a silicon-based chip that records light data captured through the lens. Instead of using film to record an image, digital cameras use this ...

IRlens glasses

Hangzhou Shalom is an adept global supplier of IR Lens Components, our broad infrared lens production portfolios include Plano-convex IR Lenses, Plano-concave IR Lenses, Meniscus IR Lenses, Aspheric IR Lenses, Ball/Half-Ball Lens, etc. to achieve diversified functions as to focus, collimate, collect, and diverge lights. Besides the lenses, aluminum reflective mirrors designed for LWIR and MWIR long-focal-length thermal cameras are also accessible. We offer IR lens components made of various substrate materials, including Germanium (Ge), Silicon (Si), Zinc Selenide (ZnSe), Chalcogenide Glass, Sapphire, Calcium Fluoride (CaF2), Barium Fluoride (BaF2), Zinc Sulfide(ZnS), with their working wavelength range encompassing multiple Infrared wavebands. Coating options include broadband anti-reflection (BBAR) coating, long-pass anti-reflection coating, DLC coating, etc. Cutting-edge technologies like CNC and Single Point Diamond Turning (SPDT) techniques are utilized to enhance effectiveness and high precision. Before dispatch, strict QC inspections are carried out to secure the performance and durability of lenses. Exploiting the meticulous engineering of a complex of lens forms, material properties, and coatings, Shalom EO’s IR lens components cater to versatile applications including thermal imaging cameras for surveillance, security, industrial inspection, and medical diagnostics; infrared spectroscopes; lasers like CO2 lasers, fiber lasers, and semiconductor lasers; remote sensing and various other applications where infrared light needs to be controlled or directed.

For material comparison, Germanium Lens features a broad transmission range from 3-14 micro and a large refractive index, hence is prevalent for MWIR and LWIR thermal camera lens assemblies. ZnSe lens exhibits a low absorption in the mid-IR region and is excellent for CO2 laser output and MWIR pulsed lasers. Chalcogenide glass lens has eminent thermal properties and is ideal for designing cost-effective athermalized lens modules. Sapphire lens features unrivaled mechanical strength, and scratch/chemical resistance. CaF2 Lens demonstrates extensive transmission bands from UV to IR. BaF2 has similar properties to CaF2, the main difference is that barium fluoride is more resistant to high-energy radiation and sensitive to thermal shock/moisture.  Silicon offers good transmission in the MWIR (CZ silicon) and LWIR (FZ silicon) with the additional advantages of ruggedness and lightweight.

Für Optische-Bank-Anwendungen eignen sich v.a. Siliziumnitrid-basierte Keramiken. In Einzelfällen kommt auch Siliziumkarbid in Betracht.