Optical Components
Lens
Lens
A lens manipulates light through refraction, either concentrating or dispersing it. Unlike a prism that refracts without focusing, a lens concentrates light to create an image. Typically crafted from glass or plastic, lenses can also be fashioned from liquids, mimicking the focusing mechanism of the human eye. Glass lenses are meticulously shaped through grinding and polishing. In contrast, plastic lenses are formed by molding.
Simple Lens
Simple lenses use a single lens to refract light and is divided into eight types based on the curvature of their two optical surfaces. Converging (convex) lenses concentrate parallel rays of light, while diverging (concave) cause the rays of light to spread out.
Converging
Diverging
Achromatic Lens
Achromatic lenses offer exceptional off-axis performance and are engineered to maintain a consistent focal length irrespective of aperture and operating wavelength. Typically produced as doublets or triplets, they provide superior color correction within the visible wavelength range. Their application is prominent in fields demanding precise analytical observation, such as microscopes and medical instruments.
Spherical Lens
A spherical lens features a curved surface with a spherical shape. Initially categorized as convex or concave, it is further divided into Plano, double, and meniscus lenses within these groups.
Aspherical Lens
Unlike spherical lenses, the aspherical lens utilizes a non-spherical curved surface. Its design aims to minimize spherical aberration, reducing the need for multiple lenses while achieving a focused, distortion-free image.
Cylindrical Lens
This lens selectively focuses or magnifies light along a single axis, making it ideal for one-dimensional light manipulation applications. Cylindrical lenses commonly used in optical metrology, laser scanning, and various optical processor applications use materials such as N-BK7 glass, UV fused silica, or CaF2.
Prism
| Prism | Refraction Angle | Left/Right Reversal | Upside Down |
| Right Angle Prism | 90 | 0 | |
| Penta Prism | 90 | ||
| Half Penta Prism | 45 | ||
| Dove Prism | 0 | 0 | 0 |
| Schmidt Prism | 45 | 0 | |
| Amici Roof Prism | 45 | 0 | |
| Wedge Prism | Individual | ||
| Porro Prism | 180 | 0 | 0 |
| Roof Penta Prism | 90 | 0 | |
| 3CCD Prism | RGB Separation |
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| Â Technical Specifications | Type |
| Dimensions | Customized |
| Thickness | Customized |
| Angular Deviation | Customized |
| Surface Accuracy | 1/2λ ~ 1/20λ |
| Surface Quality | 40-20 ~ 0-0 |
| Materials | BK7, ZnSe, CCaF2, MgF2, SF10... |
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Mirror
| Dielectric Mirror | Dielectric Coating, various coating options |
| Metallic Mirror Coating | AI, Au, Ag, Cu, Cr, Ni |
| Cold Mirror | NIR & IR transmission, VIS reflection |
| Hot Mirror | NIR & IR reflection, VIS transmission |
| Concave Mirror | Enlarged Image |
| Convex Mirror | Reduced Image |
| Dental Mirror | Dental Imaging Product |
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| Technical Specification | Â |
| Surface Quality | 40-20 ~ 0-0 |
| Clear Aperature | 95~100% |
| Coating Specification | Customized |
| Coating Material | MgF2, AL2O3, Ti3O5, SiO2, Al, HfO2, Ta2O5, Au, Ag, Cr, Ni, etc. |
Filter
| R Filter | Infra Red Cut/Pass |
| UV Filter | Ultra Violet Cut/Pass |
| Visible Filter | Visible ray Cut/Pass |
| Band Pass Filter | Defined spectrum cut, rest pass |
| Notch Filter | Defined spectrum cut, rest pass |
| Color Glass Filter | Using the material's inherent transmission and absorption characteristics |
| Polarization Filter | Polarized light in a specific state pass, rest cut |
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| Technical Specification | Â Type |
| Surface Quality | 40-20 ~ 0-0 |
| Clear Aperature | 95~100% |
| Coating Specification | Customized |
| Coating Material | MgF2, AL2O3, Ti3O5, SiO2, Al, HfO2,Ta2O5, Au, Ag, Cr, Ni, etc |
Coating
| Â Ion Beam Sputtering Coating (IBS Coating) |
| Broadband AR Coating (BBAR) |
| Anti-Fog Coating |
| Laser Coatings |
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| Technical Specification | Type |
| Surface Quality | 40-20 ~ 0-0 |
| Clear Aperature | 95~100% |
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Design
Optical lens design involves the creation of lens configurations that meet specific performance requirements while considering factors such as cost and manufacturing constraints.
The design process incorporates parameters such as surface radius, distance between surfaces, material selection, tilt and centering adjustments, and surface profiles (spherical, aspherical, hologram, diffraction, etc.). It is a computationally intensive task that models how light interacts with the lens.
Optical design requires expertise, technical skills, and experience to effectively analyze and meet customer requests. ILLUCO specializes in designing optical components and utilizes its professional capabilities to provide efficient and optimized solutions based on customer requirements.
Through careful analysis and utilization of our expertise, ILLUCO ensures the development of high-quality optical designs that fulfill customer needs.
Lens
A lens manipulates light through refraction, either concentrating or dispersing it. Unlike a prism that refracts without focusing, a lens concentrates light to create an image. Typically crafted from glass or plastic, lenses can also be fashioned from liquids, mimicking the focusing mechanism of the human eye. Glass lenses are meticulously shaped through grinding and polishing. In contrast, plastic lenses are formed by molding.
Simple Lens
Simple lenses use a single lens to refract light and is divided into eight types based on the curvature of their two optical surfaces. Converging (convex) lenses concentrate parallel rays of light, while diverging (concave) cause the rays of light to spread out.
Converging
Diverging
Achromatic Lens
Achromatic lenses offer exceptional off-axis performance and are engineered to maintain a consistent focal length irrespective of aperture and operating wavelength. Typically produced as doublets or triplets, they provide superior color correction within the visible wavelength range. Their application is prominent in fields demanding precise analytical observation, such as microscopes and medical instruments.
Spherical Lens
A spherical lens features a curved surface with a spherical shape. Initially categorized as convex or concave, it is further divided into Plano, double, and meniscus lenses within these groups.
Aspherical Lens
Unlike spherical lenses, the aspherical lens utilizes a non-spherical curved surface. Its design aims to minimize spherical aberration, reducing the need for multiple lenses while achieving a focused, distortion-free image.
Cylindrical Lens
This lens selectively focuses or magnifies light along a single axis, making it ideal for one-dimensional light manipulation applications. Cylindrical lenses commonly used in optical metrology, laser scanning, and various optical processor applications use materials such as N-BK7 glass, UV fused silica, or CaF2.
| Prism | Refraction Angle | Left/Right Reversal | Upside Down |
| Right Angle Prism | 90 | 0 | |
| Penta Prism | 90 | ||
| Half Penta Prism | 45 | ||
| Dove Prism | 0 | 0 | 0 |
| Schmidt Prism | 45 | 0 | |
| Amici Roof Prism | 45 | 0 | |
| Wedge Prism | Individual | ||
| Porro Prism | 180 | 0 | 0 |
| Roof Penta Prism | 90 | 0 | |
| 3CCD Prism | RGB Separation |
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| Â Technical Specifications | Type |
| Dimensions | Customized |
| Thickness | Customized |
| Angular Deviation | Customized |
| Surface Accuracy | 1/2λ ~ 1/20λ |
| Surface Quality | 40-20 ~ 0-0 |
| Materials | BK7, ZnSe, CCaF2, MgF2, SF10... |
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| Dielectric Mirror | Dielectric Coating, various coating options |
| Metallic Mirror Coating | AI, Au, Ag, Cu, Cr, Ni |
| Cold Mirror | NIR & IR transmission, VIS reflection |
| Hot Mirror | NIR & IR reflection, VIS transmission |
| Concave Mirror | Enlarged Image |
| Convex Mirror | Reduced Image |
| Dental Mirror | Dental Imaging Product |
Â
| Technical Specification | Â |
| Surface Quality | 40-20 ~ 0-0 |
| Clear Aperature | 95~100% |
| Coating Specification | Customized |
| Coating Material | MgF2, AL2O3, Ti3O5, SiO2, Al, HfO2, Ta2O5, Au, Ag, Cr, Ni, etc. |
| R Filter | Infra Red Cut/Pass |
| UV Filter | Ultra Violet Cut/Pass |
| Visible Filter | Visible ray Cut/Pass |
| Band Pass Filter | Defined spectrum cut, rest pass |
| Notch Filter | Defined spectrum cut, rest pass |
| Color Glass Filter | Using the material's inherent transmission and absorption characteristics |
| Polarization Filter | Polarized light in a specific state pass, rest cut |
Â
| Technical Specification | Â Type |
| Surface Quality | 40-20 ~ 0-0 |
| Clear Aperature | 95~100% |
| Coating Specification | Customized |
| Coating Material | MgF2, AL2O3, Ti3O5, SiO2, Al, HfO2,Ta2O5, Au, Ag, Cr, Ni, etc |
| Â Ion Beam Sputtering Coating (IBS Coating) |
| Broadband AR Coating (BBAR) |
| Anti-Fog Coating |
| Laser Coatings |
Â
| Technical Specification | Type |
| Surface Quality | 40-20 ~ 0-0 |
| Clear Aperature | 95~100% |
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Optical lens design involves the creation of lens configurations that meet specific performance requirements while considering factors such as cost and manufacturing constraints.
The design process incorporates parameters such as surface radius, distance between surfaces, material selection, tilt and centering adjustments, and surface profiles (spherical, aspherical, hologram, diffraction, etc.). It is a computationally intensive task that models how light interacts with the lens.
Optical design requires expertise, technical skills, and experience to effectively analyze and meet customer requests. ILLUCO specializes in designing optical components and utilizes its professional capabilities to provide efficient and optimized solutions based on customer requirements.
Through careful analysis and utilization of our expertise, ILLUCO ensures the development of high-quality optical designs that fulfill customer needs.
Trusted Optics & Care
With a commitment to excellence and continuous innovation, we are proud to be your premier source for cutting-edge diagnostic solutions.
Why Illuco
Whether in dermatology, dentistry, or surgery, our tools support your expertise with reliable performance and industry-leading quality.
Our Mission
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