透射测量
在塑料箔、涂层玻璃或磷光板的生产过程中，由于化合物、工艺、特性或涂层厚度的微小不同，产品会出现颜色和光学上的差异。通常，颜色变化也可用作控制生产过程或涂层厚度的有效方法。一个稳定的光源，例如Admesy的 Steropes，搭配一台光谱仪、色度计或亮度计，是测量半透明物质的理想组合，适用范围广泛，包括通过比色皿测量液体。Admesy为三种类型的透射测量提供解决方案：
- 材料的透射光谱特性，以确定每个单独波长的透射响应。
- 通过色度计或光谱仪测量材料的颜色。
- 光密度，用于测量材料吸收和透射的光量。
| Neo & Crius | Hera & Steropes | Asteria & Steropes | |
|---|---|---|---|
| 光谱分析 | yes | yes | |
| 颜色分析 | yes | yes | |
| 亮度 | yes | yes | yes |
| 高密度（光学密度） | yes |
How are you measuring?
With fibers and other accessories even more type of measurements are possible. Often used accessories are integrating spheres, cuvettes for fluids, light sources or filter holders.
A cosine corrector collects the light from the half space under 180 degrees. A typical application is the illuminance measurement of a lighting situation.
Consumers are used to enjoy top-quality displays in their mobile phones, tablets, laptops and even cars. Emerging technologies such as lighting surfaces for office and home illumination are expected to look equally perfect. Both displays and luminous surfaces are the main application areas for imaging colorimeters.
Measuring the luminance or color values at a specific location of the device under test is a typical use case when measuring displays. It can, however, also be meaningful to assess reflected light.
Viewfinder 光谱仪
标准镜头 1.2° 光斑直径 4.56 mm ‑ 6.71 m
Viewfinder 光谱仪
微距镜头0.75° 光斑直径 0.96 ‑ 1.47 mm
2.1 mm 聚焦透镜色度计
0.001 - 30 000 cd/m² (UHL模式 190 000 cd/m²)
2.1 mm 聚焦透镜色度计（内置LED瞄点器）
0.001 - 30 000 cd/m² (UHL模式 190 000 cd/m²)
5 mm 色度计
0.001 - 30 000 cd/m² (UHL 模式 190 000 cd/m²)
10 mm 色度计
0.001 - 30 000 cd/m² (UHL模式 190 000 cd/m²)
10 mm 广角色度计
0.0003 - 7 500 cd/m² (UHL 模式 190 000 cd/m²)
20 mm 色度计
0.0003 - 7 500 cd/m² (UHL模式 48 000 cd/m²)
27 mm 广角色度计
0.0001 - 2 800 cd/m² (UHL模式 20 000 cd/m²)
光谱仪
可见光 380 - 780 nm
高端光谱仪
可见光 360 - 940 nm