The RP Photonics Buyer's Guide contains 153 suppliers for custom optics. Among them:
If you want to learn more, please visit our website optec.
Knight Optical
Knight Optical's main area of expertise is its custom capabilities. We work closely with our customers on their bespoke specifications to ensure they receive both a high-quality product and service – something Knight Optical prides itself on. Customisation includes substrates, dimensions, tolerances, and coatings of the optical components.
Vortex Optical Coatings
At Vortex we hold a large stock of standard optics on the shelf ready for immediate coating such as glass, sapphire, silicon, IR quartz. If we do not have the materials or sizes that you require, we have a network of trusted optics suppliers whom we can source from and apply any custom optical coatings that you require between 300 and nm.
DPM Photonics
Custom precision optics has been an integral part of Photonic Devices' business for over 20 years; DPM Photonics has been their partners for many years. This extensive experience with custom products enables efficient design generation and very reasonable turn-around times, while keeping non-recurring charges low.
Whether the need is a slight modification of an existing product or an entirely new design, Photonic Devices welcomes the opportunity to review customer needs and provide enabling products. Let us put our experience to work for you.
UltraFast Innovations
UltraFast Innovations (UFI®) offers numerous types of optical elements in customized forms – for example, ultrafast low-dispersion or dispersive mirrors, ultrahigh reflection mirrors, input and output coupler mirrors, spectral filters, and mirrors for the extreme ultraviolet (XUV) and soft X-rays.
Artifex Engineering
Artifex Engineering is an independent optics supplier with close relationships to several optical manufacturers. We have more than 20 years experience in precision optics applications and a solid understanding of the optical manufacturing process. We supply high quality industrial and medical optical components at extremely competitive B2B pricing, standard or customized. Please contact us to discuss your applications requirements. Visit our product page for more information. We look forward to your inquiry.
LightMachinery
LightMachinery offers a wide range of custom optics. We work closely with our customers to really understand and define the parameters that are important to the functionality of the optical component.
The experience of the people at LightMachinery with tight tolerance optics is unique in breadth and scope. If you are looking for high quality optics then look no further. Our team of professionals is always ready to push the envelope of optical quality or make a quick piece for an R & D prototype. No job is too big or too small. Start by filling out our contact form and telling us about your project and your requirements, we can help refine the specification and provide feedback on price and delivery.
Perkins Precision Developments
Perkins Precision Developments (PPD) offers a range of custom optics tailored for high-power systems like Nd:YAG and fiber lasers. Their products include wedged windows, curved and plano HEL mirrors, spherical lenses, super-polished substrates, right angle turning prisms, plate polarizers, beam splitter cube assemblies, and matched pair Risley prisms. PPD utilizes Ion Beam Sputtering coating technology to achieve complex spectral designs while minimizing losses from absorption and scatter.
All custom optics are manufactured and coated in-house, supported by a technical staff with over 100 cumulative years of experience in the photonics industry.
EKSMA OPTICS
EKSMA Optics offers customized laser mirrors, lenses, windows, prisms, filters waveplates and other polarizing optics. We have a wide range of optical materials and coatings. EKSMA Optics in-house precision polishing and IBS coating facilities allow us to take full control over whole manufacturing process and provide you services starting from optical design to final quality control.
AMS Technologies
Off-the-shelf optics doesn’t match your project’s requirements, and you are looking for a customized solution? Together with our suppliers, the optics experts at AMS Technologies are happy to enable design and production of custom optics exactly tailored to your specifications. Our capabilities range from custom spherical or cylindrical optical lenses, prisms and beamsplitters, to optical windows, filters, mirrors, and custom freeform optics. Contact us now to discuss your customized optics solution in detail!
Laserton
Laserton has a wide range of stock optics, but can also produce custom optics covering a wide range of requirements. This ranges from sample to bulk production, with best quality at competitive prices.
Shalom EO
Hangzhou Shalom EO is an expert supplier and manufacturer of various types of custom optics including lenses, windows, mirrors, prisms, laser optics, super-polished optics, sapphire optics, and infrared optics with a wide operation wavelength range from UV, VIS, to IR.
A vast selection of shapes, dimensions, coatings, and other specifications of the optical components can be tailored to meet customers’ specific requirements.
With cutting-edge production technologies (like IAD e-beam coating, super-polishing, and Kyropoulos sapphire growth method), Shalom EO's engineers and production line are competent at and committed to endowing our optical components with optimized optical excellence. All the optics will go through in-process inspections during the production course and further tests in our class clean room before despatch to ensure the parameters of optical components meet or exceed the published specifications. Utilizing top-tier metrological instruments such as Zygo interferometers, and PerkinElmer Lambda + spectroscopes, Shalom EO secures the persistent reliable quality of our optical components.
Shanghai Optics
Shanghai Optics relies on over 55 years of design and manufacturing experience and advanced metrology to provide our customer with world-class lens design and manufacturing services. Our engineering team can provide various types of lens design and assembly, covering all aspects of imaging and illumination design, from LED to gas discharge lamp illumination system design, as well as the design of the overall opto-instrument components and customized optical modules.
Universe Kogaku
Universe Kogaku offers comprehensive project design cycle assistance by qualified lens application engineers. We provide your optimal lens solution by addressing all of your design considerations – from specs, to budget, to timetables – realizing that optics are not a stand-alone component. We understand electrical and mechanical requirements and integrate our lenses into your system with this in mind. Through this approach, custom lens designs from Universe can often reduce system cost by eliminating the need for other design components or modifications.
Complete custom design capabilities from concept to prototype to production provide ideal solutions for unique designs. We have full plastic optics capability for both lenses and barrels. Our facility contains the best in lens manufacturing and inspection equipment including a spectrophotometer, video MTF bench, laser interferometer, optical collimator bench, in-house single and multi-layer coating, full computer-aided lens and coating design and much more.
Thorlabs
Thorlabs manufactures both custom optics and full custom optical assemblies. Our QuickTurn™ Optics capabilities for both optical lenses and full assemblies allow us to turn new ideas into reality within a fraction of typical industry lead times. At Thorlabs, we can help you tackle and solve complex optical design challenges and can transition a product seamlessly from early concept planning all the way to volume manufacturing.
IRD Glass
IRD has a strong presence in the laser OEM market, providing many types of custom components such as cavity reflectors for the solid-state laser industry, HLDT/HR steering mirrors, splatter shields, precision spacers and tooling, beamsplitters, custom corner cubes, filters. IRD Glass and IRD Ceramics work with all types of materials, from fused silica to sapphire, from filter glass to chalcogenides, doped glass to crystals.
Ecoptik
Ecoptik offers most optical components in customized forms concerning dimensions, geometrical shapes, materials, anti-reflection coatings etc.
OPTOMAN
OPTOMAN manufactures a range of application-optimized custom laser optics. To achieve highest possible accuracy, repeatability and quality we employ ion-beam sputtering (IBS) technology. Custom-tailored IBS-coated optics, with spectral range from 193 nm up to nm and size range from 3 mm up to 420 mm, feature high LIDT, precise spectral accuracy, durability and environmental stability.
Some of the special custom optics we do for our clients include: knife-edge coated optics, 100% coated aperture components, segmented coatings, coatings on multi-surface prisms, coatings on micro lens assemblies, fast axis collimators, fibers, end caps and large diameter wafers.
Sinoptix
We offer on-demand custom optics manufacturing – lenses, prisms, windows, filters and free-form optics. High quality at better pricing.
LASEROPTIK
LASEROPTIK does not only offer a large selection of from-stock optics, but also custom optics designed according to your specifications. You can send us your substrates or choose from the large LASEROPTIK substrate stock.
Want more information on Custom Optical Prisms? Feel free to contact us.
With our online portal named LOOP, you can configure and buy your laser optics online: choose your coating, select a substrate and create your own optic!
For urgent jobs, we offer LASEROPTIK EXPRESS, being able to produce many optics even within 24 hours.
Avantier
We have over 50 years of expertise in custom optics and custom optical component manufacturing of lenses, prisms, windows, wafers, and custom-shaped substrates using materials such as UV grade fused silica, industrial grade fused silica, IR grade fused silica, filter glass, germanium, silicon, ZnSe, and more.
Workshop of Photonics
WOP offers custom-made space variant retarders – adapted to the specific end-user needs. Space-variant retarders (SVR) fabrication is based on the inscription of self-organized nanogratings inside fused silica glass using a femtosecond laser.
Main features:
- wavelength range from 200 nm to nm
- high damage threshold: 63.4 J/cm2 at nm, 10 ns and 2.2 J/cm2 at nm, 212 fs – suitable for high LIDT applications and high-power lasers
- 94% transmission at nm (no AR coating)
- aperture size from 1 mm to 15 mm
- reliable and resistant surface – the structure is inside the bulk piece
- custom-designed fast axis and retardance patterns
Edmund Optics
Optical prisms are crucial components in many modern optical systems, ranging from scientific instruments to common household items such as cameras and binoculars. These adaptable optical elements can alter light in a variety of ways, making them useful across sectors.
In this post, we will look at the many varieties of optical prisms, their functions and how they are employed in crucial applications.
What Are Optical Prisms?
At their core, optical prisms are transparent optical elements with flat, polished surfaces that refract, reflect, or disperse light. They are typically made from materials such as glass, quartz, or plastic and are shaped in a way that allows them to manipulate light in a controlled manner.
The function of a prism is determined by its shape and the angle at which light enters it. When light passes through or is reflected off a prism’s surface, it can change direction, split into its component colours, or be internally reflected. The ability of prisms to control and direct light makes them crucial in a wide range of optical systems.
Types of Optical Prisms
There are many types of optical prisms, each designed for a specific purpose. Let’s take a closer look at some of the most common types.
Right-Angle Prism
The right-angle prism, as the name implies, has a 90-degree angle and is commonly employed in optics. It reflects light at 90 degrees and can invert or rotate images. In optical systems, these prisms are often employed to steer beams, rotate images and redirect light.
Dispersive (Triangular) Prism
The dispersive or triangular prism, which is arguably the most identifiable kind of prism, divides white light into its individual hues. This prism creates a visible spectrum by separating light according to wavelength through the process of refraction. Spectrometry and other fields requiring light analysis make use of dispersive prisms.
Dove Prism
The dove prism is primarily used to rotate an image without inversion. This means the image is rotated but remains the right way up. Dove prisms are commonly found in telescopes, cameras and other devices where beam alignment and image rotation are critical.
Pentaprism
A five-sided prism, the pentaprism reflects light 90 degrees without flipping the image. It is frequently seen in single-lens reflex (SLR) cameras, which enable the shooter to see the image in the viewfinder orientated correctly.
Beam-Splitting Prism
A single light beam is split into two distinct beams using beam-splitting prisms. This is crucial for laser systems and interferometers, which need to manipulate light precisely. Applications in science and industry that need the splitting and directing of light also make use of beam splitters.
Porro Prism
Porro prisms are used to invert and rotate images by 180 degrees. They are typically found in binoculars, where they flip the image to provide the correct orientation to the viewer. These prisms are also used in optical instruments that require compact yet effective image manipulation.
Equilateral Prism
Like the triangular prism, an equilateral prism is used to disperse light. Because it clearly separates light into its component wavelengths, it is frequently used in scientific investigations involving light refraction and spectrum analysis.
How Optical Prisms Work
Prisms perform a variety of functions based on their shape and material properties. Here are the main ways they manipulate light:
Light Refraction
Light is bent or refracted as it travels through prisms. Many optical devices use this refraction to align or steer light by changing the beam’s direction. For instance, in optical devices like telescopes and microscopes, right-angle prisms use refraction to guide rays.
Dispersion of Light
Dispersive prisms separate light into its component wavelengths. White light, when passed through a dispersive prism, is split into a spectrum of colours, with each colour representing a different wavelength. This principle is used in spectroscopy and other analytical techniques to study light sources.
Total Internal Reflection (TIR)
Many prisms rely on total internal reflection to manipulate light without losing intensity. TIR occurs when light hits the boundary of the prism at a steep angle, causing it to be reflected rather than refracted. This allows prisms to redirect light efficiently in devices like periscopes and fibre optics.
Image Rotation and Reversion
Certain prisms, like the Dove and Porro prisms, are made to flip or rotate pictures. This feature is essential in optical devices like cameras and binoculars when the image orientation needs to be changed.
Applications of Optical Prisms
Optical prisms are used in a wide range of industries and scientific fields. Here are some of the key applications:
- Scientific Research: Prisms are essential in laboratories for experiments involving light analysis, refraction and dispersion. They are used in spectrometers and optical systems to split and manipulate light, allowing scientists to study the properties of light and matter.
- Medical Devices: In the medical field, optical prisms are integrated into devices such as endoscopes and imaging systems. These prisms help direct and manipulate light to provide clear images of the body’s interior during medical procedures.
- Laser Systems: Prisms are used in laser systems to steer and split beams of light. These functions are essential in precision technologies such as holography, interferometry and laser measurement systems.
- Aerospace and Defence: In aerospace and military applications, prisms are found in advanced optical instruments, including periscopes and rangefinders. These prisms help guide light precisely, ensuring reliable performance in challenging environments.
Choosing the Right Prism for Your Application
There are various things to consider when choosing a prism for your optical system. The most crucial factors are your system’s particular needs, including the light’s wavelength, the intended purpose and the setting in which the prism will be employed.
Prism performance and durability can also be affected by the material used, with quartz and glass providing distinct qualities for varied uses.
Understanding the types of prisms and their uses allows engineers and scientists to choose the right prism for their specific needs. Whether in scientific research, medical imaging, or telecommunications, prisms continue to play a vital role in advancing optical technology.
For more information, please visit Large Optical Components Manufacturer.
Comments
All Comments (0)