MenuClose
Optics
Select a subcategory
| Days to Ship |
|
|---|
-
Suruga Seiki
It is a BK7 Plano-convex lens. Allows infinite distance light source to come in from curved surfaces.
Configure Now
Ships as soon as 4 Days -
Rectangular prism (with coating)
Suruga Seiki
[Features]
· The rectangular prism is used for bending light 90° or 180°.
· Although mechanically similar to a mirror, when a prism is used as the reflection function, the system will generally be compact, and the mirror surface will be protected by the coating, and therefore, deterioration of image performance due to dust, scratches, etc.will be reduced.
· If used in white light, a chromatic aberration occurs due to material dispersion (wavelength dependence of refractive index), and therefore, attention is required.
· Divided into B and C types based on the difference in coating performed on each surface of the prism.Configure Now
Ships as soon as 4 Days -
Suruga Seiki
[Features]
· Total reflection mirror with gold evaporated on a circuit board ground optically.
· Shows almost flat and high reflective characteristics in the near infrared.
· If higher reflectance is required, please use a dielectric total reflective mirror.Configure Now
Ships as soon as 8 Days -
Sharp Cut Filter (for visible region)
Suruga Seiki
[Features]
· The four types of color filters include sharp cut filters from ultraviolet to near infrared (absorbs the light with a wavelength that is shorter than a specific wavelength and transmits the light with a longer wavelength), heat ray absorbing filters, ultraviolet transmitting visible absorption filters, and blue filters.Configure Now
Ships as soon as 42 Days -
High Accuracy Aluminum Total Reflection Plane Mirrors
Suruga Seiki
Total reflection mirror with aluminum vacuum deposition on a optical polished circuit board. Shows almost flat and high reflective characteristics in the infrared area.
Configure Now
Ships as soon as 4 Days -
Aluminum Total Reflection Plane Mirrors
Suruga Seiki
This aluminum total reflection mirror achieves high reflection in the visible light region.
Configure Now
Ships as soon as 24 Days -
Configure Now
Ships as soon as 4 Days -
Configure Now
Ships as soon as Same Day Stock Items Included
-
Dielectric Total Reflection Mirror
Suruga Seiki
[Features]
· This is a dielectric multilayer film total reflection mirror made by depositing films of different refractive indexes on an optically polished glass substrate.
· Compared with a metal (aluminum, etc.) film reflective mirror, there is no film-induced absorption, so high reflectivity of 99% or more can be achieved.
· Regardless of the polarization state of the incident light, high reflection is achieved, but there is wavelength and angle dependence.Configure Now
Ships as soon as 8 Days -
Orthogonal prism (without coat)
Suruga Seiki
[Features]
· Bends light by 90° using total reflection of a slope.
· Can also be used as a circuit board for manufacturing of optical elements.
· BK7 can be used for the infrared region from the visible range. Synthetic silica can be used for the infrared region from the visible range.Configure Now
Ships as soon as 4 Days -
Suruga Seiki
Capable of losing reflected light from rear side. Used as autocollimator calibration circuit board.
Configure Now
Ships as soon as 22 Days -
Suruga Seiki
Autocollimator calibration use mirror. Use for vertical incidence (incidence angle 0°).
[Features]
· Mirror for use in vertical incidence used by autocollimator.Configure Now
Ships as soon as 32 Days
| Brand |
|---|
| Product Series |
| Days to Ship |
|
|
|
|
|
|
|
|
|
|
|
| |
| Brand | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki | Suruga Seiki |
| Product Series | ||||||||||||
| Days to Ship | 4 Days | 4 Days | 8 Days | 42 Days | 4 Days | 24 Days | 4 Days |
Same Day
Stock Items Included | 8 Days | 4 Days | 22 Days | 32 Days |
Loading...
How can we improve?
How can we improve?
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Customer Privacy Policy
Thank you for your cooperation.
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Please use the inquiry form.
Customer Privacy Policy