- Selective Wavelength Control – Precisely reflects and transmits specific wavelength bands
- High Optical Efficiency – High reflectivity and excellent transmittance for optimal performance
- Broad Spectral Range – Suitable for visible, UV, and near-infrared applications (based on coating design)
- High Laser Damage Threshold (LIDT) – Reliable performance under high-power laser exposure
- Stable & Durable Coatings – Long service life with environmental stability
- Precision Multilayer Coating – Accurate wavelength separation and minimal optical loss
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Excellent Beam Quality Preservation – Maintains beam integrity in optical systems
A Plano Dichroic Mirror is a precision optical component designed to selectively reflect and transmit light at specific wavelengths. Engineered with advanced multilayer dielectric coatings, it enables efficient wavelength separation by reflecting designated spectral bands while transmitting others with high accuracy.
This optical mirror provides excellent spectral control, high optical efficiency, and a broad working wavelength range, making it ideal for modern laser systems, spectroscopy, and imaging applications. The optimized coating design ensures stable performance, high durability, and a high laser-induced damage threshold (LIDT), even under high-power laser conditions.
As a harmonic beam splitter, the plano dichroic mirror is capable of separating fundamental and harmonic laser wavelengths with high reflectivity and transmittance. This ensures precise beam management, minimal energy loss, and reliable optical performance in demanding scientific and industrial environments.
Applications
- Ultrafast Laser Systems (Femtosecond & Picosecond Lasers)
- Harmonic Separation & Beam Splitting
- Nonlinear Optics Experiments
- Spectroscopy & Optical Analysis
- Laser Beam Combination & Separation
- Fluorescence & Imaging Systems
- Scientific Research & Laboratory Optics
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Industrial Laser Processing Systems
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