Product Detail
Dichroic Mirror
- DM520nm dichroic mirror 350-510HR 530-1000HT
- Short wave dichroic mirror 350-390HT415-650HR
- Binocular mirror 350-445nm HR460-800nmHT
- Bi directional mirror -300-395nm HR400-800nmHT
- Bi directional mirror -200-385nm HR400-1100nm HT
- 45 degrees 615-640nmHT660-800nmHR
Custom to Drawing or Sample
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Technical Specifications
| Process | Magnetron sputtering coating | Material | Schott DF33 |
|---|---|---|---|
| High Reflection Range | 300-600nm＞99％ | High Transmission Range | 620-900nm＞92％ |
| Incidence Angle | 45 degrees | Size | Can process dimensions according to customer requirements |
| Surface Quality | 60/40 | Surface Parallelism | λ/4 |
The incident angle of the DM600 dichroic mirror is 45 degrees, and the specific parameters have high reflection>99% in the 300-600nm band, which can effectively reflect excitation light to ensure high-energy excitation of fluorescent dyes. At the same time, the transition band between the high reflection and high transmission regions of this dichroic mirror is very narrow, with a transmittance of>92% in the 620-900nm band. Compared with similar products in the market, the 20nm transition band can be used for more types of fluorescent dyes, while ensuring low back noise in imaging. The selection of matching excitation and reception filters is more flexible, achieving efficient observation and analysis of samples labeled with fluorescent dyes.
DM600 dichroic mirror measured transmission spectrum curve:
Application:
Molecular biology, cell biology, medical diagnosis, materials science: Fluorescent dyes can be combined with various nanomaterials (such as metal nanoparticles, quantum dots, carbon nanotubes, etc.) to prepare functional materials with fluorescent properties.