Anti-reflection(AR) Coating
https://www.atoptik.com/products/anti-reflection-ar-coating/
#anti #reflective #coating #uses
Anti-reflection coatings reduce first surface reflection losses, improve contrast and boost the transmission through your optical surface. The anti-reflection film consists of a single layer or multiple layers. These designs are optimized to produce destructive interference with reflected light. This design approach will allow for maximum light transmission without compr... moreAnti-reflection(AR) Coating
https://www.atoptik.com/products/anti-reflection-ar-coating/
#anti #reflective #coating #uses
Anti-reflection coatings reduce first surface reflection losses, improve contrast and boost the transmission through your optical surface. The anti-reflection film consists of a single layer or multiple layers. These designs are optimized to produce destructive interference with reflected light. This design approach will allow for maximum light transmission without compromising image quality.
Achromatic Lens
https://www.atoptik.com/products/achromatic-lens.html
#achromatic #lens #for #sale
Achromatic Lenses are made of two concave and convex lenses with different refractive indices and different dispersion rates, which can minimize or eliminate color aberrations.
Overview of Achromatic Lens
ATOPTIK’s achromatic lenses are high-performance optical components designed to reduce chromatic aberration. They are widely used in microscopes, laser systems, optical imaging, spectrometer... moreAchromatic Lens
https://www.atoptik.com/products/achromatic-lens.html
#achromatic #lens #for #sale
Achromatic Lenses are made of two concave and convex lenses with different refractive indices and different dispersion rates, which can minimize or eliminate color aberrations.
Overview of Achromatic Lens
ATOPTIK’s achromatic lenses are high-performance optical components designed to reduce chromatic aberration. They are widely used in microscopes, laser systems, optical imaging, spectrometers, and fiber optic communications, where high-precision imaging and beam manipulation are essential. These lenses effectively correct the refractive differences of different wavelengths, resulting in sharp and accurate optical focusing.
How Achromatic Lenses Correct Chromatic Aberration for Sharper Imaging
For better performance, usually the side with the larger radius of curvature (the flat surface) should be turned away from the collimated beam. Color difference comes from the difference in the dispersion and refraction coefficient of different wavelengths of light in the transmission material, so that different wavelengths of light converge at different focal points, double-bonded achromatic lens through the adhesive design of different material lenses, so that the dispersion of the two materials compensation each other, thereby reducing the comprehensive color difference. Achromatic design also helps to improve the image aberration of light sources in a wide wavelength range (composite light sources), improve spherical aberration at a suitable radius of curvature, and improve coma at the same time when the material is selected arbitrarily. Achromatic lenses provide sharper images than optical systems that use a single lens and can form smaller points of light, further improving the optical performance of the lens. Achromatic lenses are suitable for a variety of applications such as fluorescence microscopy, image relaying, detection or spectroscopy.
ATOPTIK's achromatic bonded lens products offer almost constant focal lengths over a wide wavelength range and are available in stock for both positive and negative bonded achromatic lenses and achromatic lenses coated with a variety of anti-reflection films. Anti-reflection film options include VIS, NIR, and SWIR.
Specifications of Achromatic Lens
Features of Achromatic Lens
Double-Lens Structure
Made by bonding two lenses of different optical materials, typically a positive low-refractive-index crown glass and a negative high-refractive-index flint glass.
Optimized to correct axial chromatic aberration and spherical aberration by aligning the focal points of two wavelengths.
High Transmission Efficiency
Anti-reflection (AR) coatings are applied to minimize light loss and enhance transmission, tailored for different spectral ranges, including ultraviolet (UV), visible (VIS), and near-infrared (NIR).
Various Sizes and Focal Lengths
Available in multiple diameters (ranging from 3 mm to over 50 mm) and focal lengths (from short to long focal lengths) to meet different application requirements.
Customizable in terms of dimensions, materials, and coatings to address specific customer needs.
Superior Optical Imaging Performance
Delivers low chromatic and spherical aberration across a wide spectral range, making it ideal for high-resolution imaging applications.
Optical Application in Meteorology
https://www.atoptik.com/optical-application-in-meteorology.html
#optical #metrology #tools
ATOPTIK’s high-precision optical components enhance meteorological monitoring and atmospheric sensing, contributing to more accurate weather forecasting and climate research:
1. Atmospheric Sensing:
LIDAR Systems: Aspheric lenses improve collimation and reduce aberrations, enhancing the detection of aerosols, clouds, and air particles.
Solar Radiation Measurement: ... moreOptical Application in Meteorology
https://www.atoptik.com/optical-application-in-meteorology.html
#optical #metrology #tools
ATOPTIK’s high-precision optical components enhance meteorological monitoring and atmospheric sensing, contributing to more accurate weather forecasting and climate research:
1. Atmospheric Sensing:
LIDAR Systems: Aspheric lenses improve collimation and reduce aberrations, enhancing the detection of aerosols, clouds, and air particles.
Solar Radiation Measurement: ATOPTIK’s optical domes, made from high-transmission materials like fused silica, protect pyranometers and pyrheliometers while ensuring minimal signal distortion in solar irradiance detection.
2. Remote Sensing and Satellite Imaging:
Micro-Optics: Lightweight micro-lenses enable compact, high-resolution imaging for satellites and drones.
Infrared Optics: Custom IR lenses optimize thermal imaging, tracking temperature changes and storm patterns.
Through innovative optical solutions, ATOPTIK enhances the precision and reliability of meteorological instruments, driving advancements in atmospheric research and weather observation.
Optical Application in Medicine
https://www.atoptik.com/optical-application-in-medicine.html
#medically #necessary #lenses
ATOPTIK,a global leader in high-precision optical components, leverages submicron-level machining and full-chain customization to advance medical device innovation. Its λ/10 surface accuracy (@632.8nm) enhances micro-imaging, achieving 140nm resolution for early cancer detection and boosting OCT retinal imaging speed by 3x.
In laser therapy, ATOPTIK’s high-damage-thresh... moreOptical Application in Medicine
https://www.atoptik.com/optical-application-in-medicine.html
#medically #necessary #lenses
ATOPTIK,a global leader in high-precision optical components, leverages submicron-level machining and full-chain customization to advance medical device innovation. Its λ/10 surface accuracy (@632.8nm) enhances micro-imaging, achieving 140nm resolution for early cancer detection and boosting OCT retinal imaging speed by 3x.
In laser therapy, ATOPTIK’s high-damage-threshold coatings (<0.1% reflectivity, 5J/cm²) improve surgical efficiency, while miniaturized lenses (1-3mm) enable ultra-thin endoscopes with 150° FOV and 98.7% cancer detection accuracy. For POCT, its molded aspheric lenses cut costs by 80% and enhance wearable SpO2 monitoring and DNA sequencing speed (400bp/s).
ATOPTIK’s innovation platform, offering rapid prototyping, ISO 13485 certification, and R&D partnerships, drives the clinical translation of cutting-edge medical optics.
Optical Application in Defense and Aerospace
https://www.atoptik.com/optical-application-in-defense-and-aerospace.html
#astronomical #telescope #lens
Optical Application in Defense and Aerospace
ATOPTIK’s high-precision optical components enhance the performance and reliability of critical systems in defense and aerospace, supporting navigation, targeting, surveillance, and environmental monitoring:
1. Precision Targeting and Sensing:
Aspheric Lenses and Collimators: Improve laser targeti... moreOptical Application in Defense and Aerospace
https://www.atoptik.com/optical-application-in-defense-and-aerospace.html
#astronomical #telescope #lens
Optical Application in Defense and Aerospace
ATOPTIK’s high-precision optical components enhance the performance and reliability of critical systems in defense and aerospace, supporting navigation, targeting, surveillance, and environmental monitoring:
1. Precision Targeting and Sensing:
Aspheric Lenses and Collimators: Improve laser targeting and rangefinding accuracy by reducing beam divergence and spherical aberrations.
Infrared Optics: Custom IR lenses (750-1100nm and MWIR/LWIR ranges) enhance thermal imaging for night vision, missile guidance, and border surveillance.
2. Aerospace Imaging and Navigation:
Optical Domes and Windows: High-durability domes protect sensors and cameras in harsh environments (e.g., supersonic speeds, extreme temperatures) while minimizing optical distortion.
Low-Dispersion Optics: Enhance imaging clarity in satellite cameras, UAVs, and autonomous navigation systems by reducing chromatic aberrations.
3. High-Power Laser Systems:
High-Damage-Threshold Coatings: Designed for laser weapons and countermeasure systems, these optics withstand intense laser pulses (>5J/cm²) without performance degradation.
By integrating advanced optical technologies, ATOPTIK drives innovation in aerospace imaging, defense optics, and high-power laser applications, ensuring mission-critical performance in extreme conditions.
Applications of Optical Components
https://www.atoptik.com/optical-application/
#applications #of #lenses
Optical Application in Medicine
ATOPTIK, a global leader in high-precision optical components, leverages submicron-level machining and full-chain customization to advance medical device innovation.
Optical Application in Imaging and Sensing
ATOPTIK's ultra-precision optical components enhance imaging (λ/10 accuracy) and sensing (LiDAR, medical, wearables), delivering superior resoluti... moreApplications of Optical Components
https://www.atoptik.com/optical-application/
#applications #of #lenses
Optical Application in Medicine
ATOPTIK, a global leader in high-precision optical components, leverages submicron-level machining and full-chain customization to advance medical device innovation.
Optical Application in Imaging and Sensing
ATOPTIK's ultra-precision optical components enhance imaging (λ/10 accuracy) and sensing (LiDAR, medical, wearables), delivering superior resolution and reliability across industries globally.
Optical Application in Photography
ATOPTIK's precision optics enhance photography with aspheric/low-dispersion lenses for sharper images, specialized IR/UV optics, and compact micro-lenses for drones and mobile devices.
Optical Application in High Precision Photonics
ATOPTIK's high-precision optical components advance photonics, optimizing light manipulation, transmission, and control to drive breakthroughs in laser systems, optical communication, and sensing applications.
Optical Application in Meteorology
ATOPTIK's precision optics enhance meteorological monitoring and atmospheric sensing using advanced lenses and domes for LIDAR, solar measurement, and remote imaging, improving weather forecasting and climate research reliability.
Optical Application in Industrial and Manufacturing
ATOPTIK optics boost industrial efficiency via precision lenses for laser processing, machine vision, quality inspection, and metrology, driving automation, quality control, and advanced manufacturing performance.
Optical Application in Scientific Research
ATOPTIK's precision optics advance scientific research, enabling high-resolution microscopy, stable laser experiments, and sensitive spectroscopy/metrology for groundbreaking discoveries across physics, life sciences, and materials science.
Optical Application in Defense and Aerospace
ATOPTIK enhances defense and aerospace systems with precision optics for targeting, sensing, imaging, navigation, and high-power lasers, ensuring reliable mission-critical performance in extreme conditions.
Custom Optics Solutions
https://www.atoptik.com/solutions/
#custom #optics #solutions
ATOPTIK with excellent technology, continuous innovation, proactive. In optical spherical lens, cylindrical lens, prism, window, mirror, filter and so on. The surface accuracy is better than λ/10 and is detected by advanced laser interferometer. AT Optical also provides optical coating, optical design and optical assembly full station services.
Optical Components
ATOPTIK can process high-precision optical... moreCustom Optics Solutions
https://www.atoptik.com/solutions/
#custom #optics #solutions
ATOPTIK with excellent technology, continuous innovation, proactive. In optical spherical lens, cylindrical lens, prism, window, mirror, filter and so on. The surface accuracy is better than λ/10 and is detected by advanced laser interferometer. AT Optical also provides optical coating, optical design and optical assembly full station services.
Optical Components
ATOPTIK can process high-precision optical spherical lens, cylindrical lens, prism, window, mirror and so on. Standard size, custom size and other requirements should be met.
Optical Material
A variety of optical materials including optical visible glass, ultraviolet fused quartz, infrared materials such as silicon crystals, sapphire, ZnSe and so on.
Thin Film Coating Service
The variety of optical thin flim coating includes anti-reflection film, all kinds of metal reflection film, dielectric film, spectroscopic film and so on.
ATOPTIK Optics Services
From innovative optical lens design to precise assembly and OEM manufacturing, we offer comprehensive optical product services. Expect high quality, reliable performance, and exceptional support.
Why Choose ATOPIK Optical Services
High precision optical accuracy
The final surface accuracy arrive λ/20 and good smooth surface scratch /dig.
Accurate delivery cycle
Strictly abide by the contract and deliver the order according to the agreed time.
Excellent after-sales service
Serve customers' orders at any time, and promise to give repair service, or even re-production or refund within 90 days after receiving the goods.
Leading the Way in Optical Technology and Innovation
AT Optical is an innovative enterprise with the courage to innovate and constantly innovate technology, and currently has more than 20 patents certified. In the same industry is far ahead.
In particular, it has overcome the difficulties of a number of processing technologies, making the product quality greatly improved.
