Lenses

BK7 window has good performance over visible and near infrared wavelength region,is ideal for applications require minimal transmitted beam deviation. It is suitable for AR coating . Specifications of BK7 Optical Windows: Material: BK7 grade A optical glass Bevel:  <0.25mm X 45° Coating: Optional (Uncoated, AR, HR, PR, Coating, etc.)   Standard High Precision Dimension Tolerance +0.0/-0.1 +0.0/-0.02 Thickness Tolerance ±0.1 ±0.005 Surface quality: 60-40 10-5 Clear Aperture >85% >95% Flatness(per 25mm@633nm) λ /2 λ /10 Parallelism 3 min 3 sec

Wedge prism is an optical element with plane-inclined surfaces, usually the faces are inclined toward one another at a very small angles. It diverts light toward its thicker portion. Wedge prisms can be used as isolating components. Wedges may also be used to produce a small deviation which doesnt allow return to source. Specifications of Wedge Prisms: Material:  N-BK7 Grade A optical glass, Fused silica Dimensional tolerance: +/-0.1mm Surface quality: 60-40 Flatness: λ/4@632.8nm Wedge tolerance:  ±1 arcmin Bevel: Protective Coating: Optional

Ball Lenses are commonly used to improve signal quality in fiber coupling applications, or for use in endoscopy or bar code scanning applications. Ball Lenses feature short back focal lengths to minimize the distance needed from the Ball Lens to the optical fiber. Our Optics offers a variety of Ball Lenses in a range of substrates for performance in the ultraviolet to the NIR. Optical glass lenses Application Fiber coupling: Ball lenses efficiently couple light between fibers or from fibers to detectors, enhancing the efficiency of telecommunications and data transmission by precisely focusing and directing light. Laser alignment: They are used to collimate laser beams to ensure that the light travels along parallel paths, which is critical for laser scanning, measurement, and alignment systems.

Parameter 470nm Low Pass Filter CWL 470±10nm Peoduct size custom (Square of round) Transmission wavelength 350nm-460nm Optical density >OD2-OD6  Product material K9,BK7,B270,D263T Surface quality 60-40,40-20 The 470nm Low Pass Filter is designed to transmit light wavelengths shorter than 470nm while blocking longer wavelengths, ensuring excellent spectral separation and high transmission efficiency. This makes it an essential component in fluorescence imaging, spectroscopy, biomedical instruments, machine vision, and laser-based applications.

A Optical Dove prism is a truncated version of a right-angle prism, used as a reflective prism inverting the image. It will create an image that is twice the angle of your rotation. Dove prisms are a type of optical prism that offers a unique geometric configuration that can invert images by 180 degrees. These prisms are made using optical glass and feature a special shape that includes a 90-degree roof angle. This provides the Dove prism with its unique properties where it can invert images and rotate them by 180 degrees. In addition to its unique image inversion properties, Dove prisms also offer the ability to reflect light internally. This is due to the prism's roof angle, which allows the light to be reflected back onto itself. This internal reflection results in minimal light loss and high image quality.

The world of technology is constantly evolving, pushing the boundaries of what is possible. In this ever-advancing landscape, one crucial component stands out - the silicon dome. CLZ Silicon domes are a critical part of semiconductor technology, as they provide a protective and efficient means of encapsulating electronic components. These domes are made from high-quality silicon, a material renowned for its exceptional electrical properties, as well as its ability to withstand extreme temperatures and harsh environmental conditions. Let's delve deeper into the incredible features and functionalities of silicon domes. At the heart of the silicon dome is the semiconductor material. Silicon is a widely-used semiconductor due to its unique ability to regulate the flow of electricity. This property, combined with its abundance and cost-effectiveness, makes silicon the ideal choice for various industries, from consumer electronics to aerospace. Silicon domes offer a robust and reliable environment for sensitive semiconductor components, ensuring their longevity and optimal performance.

Our MgF2 coating can be less than 1.75% reflectance @ 400-700nm, AOI=0°. And we can produce high-precision optical components that make up achromatic lenses according to customer requirements before cemented. Achromatic lenses are designed to minimize chromatic aberration, a common optical issue where different wavelengths of light focus at different distances. This leads to color fringing around images. By combining two or more lens elements made from different types of glass, achromatic lenses bring multiple wavelengths of light into focus at the same point, resulting in a clearer and sharper image.Magnesium fluoride (MgF2) coating is applied to lenses to reduce surface reflection and enhance the transmission of light through the lens. This coating improves the performance of optical systems by reducing glare and increasing contrast.

A biconvex lens is a positive lens characterized by a longer focal length in the middle and shorter focal lengths at both ends. These lenses are used in a wide variety of applications such as camera lenses, projectors, telescopes and microscopes. Bi-convex lenses are often used to expand light beams. In this article, we discuss the properties, functions, and applications of biconvex lenses for beam expansion. Bi-convex lenses are made of optical glass and are convex on both sides. The center of the lens is thicker than the edges, which provides a focal point for the light rays entering the lens. Light rays entering the lens are refracted and converged to the focal point. The distance between the focal point and the center of the lens is the focal length. The focal length of a biconvex lens depends on the curvature of the lens and the refractive index of the glass.

The Triplet Lenses are made of a low index crown element cemented in between two identical meniscus flint elements. Specially designed for 1:1 conjugate ratios. But sometimes customers' Triplet Lenses have different designs. CLZ optics supply custom triplet lenses made from your custom design and specification. We control the strict centering before cemented to ensure good performance after cemented, the lenses centration is tested on our Centration Measurement and irrgularity is tested on our ZYGO to ensure the lenses meet your designs. Optical triplet lenses are a type of compound lens system composed of three individual lens elements. Each lens element has a specific optical power and curvature designed to work together to correct various optical aberrations, such as spherical aberration, chromatic aberration, and coma.

Plano convex cylindrical lens has one flat and one convex surface, the typical application of plano convex cylindrical lens is one-dimensional amplification or compression, spherical lenses act symmetrically on incident light in two directions, while cylindrical lenses only act on incident light in one direction, a typical application is to use a pair of cylindrical lenses to shape deformed beams. Parameter Ranges Material Optical Glasses, Fused Silica, Infrared Material, etc. Dimension Range 0.5~350mm Dimension Tolerance +/-0.01mm Focal Length Tolerance +/-1% PV 1/10 Lambda Surface Quality 20-10 Centration ＜ 30" Clear Aperture > 90% of diameter Bevel 0.2mm×45° Coating As customer's request   The Application of Cylindrical Lens Cylindrical lens can be used for correcting astigmatism in systems, and are widely used in high-precision testing instruments and devices, such as high- power lasers and long-distance offline interferometers. Cylindrical lenses are often used in industries such as synchrotron radiation beam lines, barcode scanners and strong laser systems, electronic optical metrology verification, laser scanners, spectroscopy, laser diode output light shaping and beauty, and light film lighting fixtures at the same time. It is also widely used in the fields of astronomy, medical, and industry, such as telescopes, endoscopes, and surgical microscopes, laser cutting machines, and micro processing machines. Cylindrical lenses are commonly used as laser line generators, or to adjust image height size or correct for astigmatism in imaging systems. JT produces high precision cylindrical lenses in plano convex, double convex, and plano concave, double concave, meniscus, achromatic doublets and triplets, develop and manufacture high-end optics from 0.5 mm to 350 mm in diameter, which are used in many different fields of application, such as projection systems, imaging systems, analytical instruments, optical instruments, and laser measuring systems, etc.

Minimum Order: 1 bags

JT can customize hemispherical or super hemispherical domes according to customers’ requirements, which are mainly used to protect precision instruments and cameras used in harsh environments, and is often used for deep- sea submersibles, deep-sea equipment monitoring, and underwater robots, optical dome also has a wide range of applications in the meteorological industry at the same time. Parameter Ranges Material  Optical Glasses Diameter  8-350mm Diameter Tolerance  ±0.1mm Wall Thickness  2-30mm Thickness Tolerance  ±0.05mm Height  5-150mm Height Tolerance  ±0.05mm Surface quality  40/20   BK7 or H-K9L offers excellent transmission from 300nm up to 2µm, which is a relatively hard material, with excellent chemical durability, making it a cost-effective solution for VIS to NIR applications, and almost no bubbles or inclusions, JT can process various domes including fairing, hemispherical dome, super hemispherical dome, full thickness dome, perforated dome, flange dome. Optical domes are made of two curved parallel surfaces, this geometric shape protects critical sensors and electronic devices and isolates them from the environment, minimizing damage to the optical path at the same time. Optical domes are commonly used in deep-sea submersibles, deep-sea equipment testing, and underwater robots, which are also widely used in the meteorological industry at the same time. Due to the continuous expansion of application fields, the types and specifications of optical domes provided by JT are also constantly increasing and changing.

Minimum Order: 1 bags

Ball lenses are transparent spherical ball, which has small diameters, sometimes with a few millimeters or even less than a millimeter. It has characteristics of good surface quality, good light reflection, directional reflection, high impact strength, and light weight, etc., which are applied in various areas, such as chemical, aerospace, transportation, light industry, medical, etc. Parameter Ranges Material BK7, Sapphire, Fused Silica lDiameter 1.0～50mm lDiameter Tolerance +/-0.05mm lSphericity 0.05mm lSurface Quality 40-20   The Application of Ball Lens Ball lenses are great optical components for improving signal coupling between fibers, emitters, and detectors. They are also used in endoscopy, bar code scanning, ball pre-forms for aspheric lenses, and sensor applications. Ball lenses are manufactured from a single substrate of glass and can focus or collimate light, depenging upon the geometry of the input source. Half-ball lenses are also common and can be interchanged with full ball lenses if the physical constraints of an application require a more compact design. Spherical lenses are the most used lenses in optical systems design, JT produces high precision spherical lenses in plano convex, double convex, and plano concave, double concave, meniscus, achromatic doublets and triplets, develop and manufacture high-end optics from 0.5 mm to 600 mm in diameter, which use in many different fields of application, from laser material processing to biotechnology, medical technology, defense and security and the semiconductor market, meeting the most stringent requirements.

Minimum Order: 1 bags

For nearly 20 years, JT has been committed to micro lenses and micro prisms processing to meet the rapidly increasing demands of precise visualization. We can reach the dimension of micro lenses as small as 0.5mm, micro prism is less than 0.3mm after continuous technical exploration and improvement, which are applied to the applications, such as life science, industrial endoscopes, optical fiber communication, etc. Such micro optics play a key role in the miniaturization of optical systems. The micro lenses processing requires special capabilities and unique skills, we can reach the dimension of micro lenses as small as 0.5mm, these micro lenses also with short focal length, the short focal length and micro size make it used in lightweight and compact optical systems, such as medical, life sciences, industrial instruments. Parameters Ranges Material: Optical Glasses, Fused Silica, Infrared Material, etc. Dimension Range: 0.5~5.0mm Dimension Tolerance: +/-0.01 mm PV : 1/10 Lambda Surface Quality: 10-5 Centration: ≤30" Coating: As customer's request   The applications of micro lenses Micro lenses are key components for manufacturing large-scale optoelectronic systems, they have the advantages of small size, light weight, and low cost, they can also achieve new functions such as miniaturization, array, integration, imaging, and wavefront conversion that ordinary optical components cannot achieve. JT's micro lenses are mainly used in the field of medical equipment and life sciences, such as endoscopes or fiber bundle endoscopes and microscopic, biochip detection and analysis, retinal imaging, bioimaging and non invasive surgical treatment, as well as industrial, such as fiber optic coupling communication, laser beauty, laser processing, detection, etc.   JT Micro Optics Advantages ● Custom lenses as small as 0.5 mm, prisms less than 0.3mm ● Proprietary technology for prototype to volume production with high- precision manufacturing ● Competitive price and fast delivery ● Trained and qualified engineers and staff are ready to help you

Minimum Order: 1 bags

Calcium fluoride is commonly used as a window material for both infrared and ultraviolet wavelengths, since it is transparent in these regions (about 0.15 μm to 9 μm) and exhibits extremely weak birefringence. Furthermore the material is fairly inert chemically so that these Calcium Fluoride Single Crystal windows are not attacked. Specifications: Material: Calcium Fluoride single crystal ( UV or IR) Diameter Tolerance:  +0.0, -0.1mm Thickness Tolerance: ±0.1mm Clear Aperture: >85% Parallelism: 3 arc minute Surface Quality: 60-40 scratch and dig Wavefront Distortion: l per 25mm @633mm Bevel: Protective ( <0.2mm x 45° ) Coating: Optional