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T>98%@1350-1600nm+R>99%@900-1100nm Longpass Dichroic Mirror(LPDM)
SO3061250
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NIR Longpass Dichroic Mirror
The SyronOptics SO3061250 is a high-performance near-infrared (NIR) longpass dichroic mirror engineered for precise wavelength separation in demanding research, imaging, and OEM optical systems. It delivers exceptional transmission in the 1350–1600 nm band while providing high reflectance in the 900–1100 nm range — enabling clean beam routing with minimal loss.
Key Specifications
- Transmission: T > 98% @ 1350–1600 nm
- Reflection: R > 99% @ 900–1100 nm
- Filter Type: Longpass Dichroic Mirror (LPDM)
- Part Number: SO3061250
- Product Type: Dichroic Mirror
Available Dimensions
- dia 12.5 mm (mounted)
- dia 25 mm (mounted)
- 25 × 36 mm (unmounted)
- 35 × 52 mm (unmounted)
Typical Applications
- NIR fluorescence imaging and laser beam separation
- Fiber optic and telecom wavelength multiplexing
- OEM instrument integration requiring NIR dichroic elements
- Research setups with dual-band NIR illumination or detection
All SyronOptics dichroic mirrors are manufactured to tight tolerances for CWL accuracy, OD blocking performance, and surface quality — ensuring reliable, repeatable results in precision optical assemblies.
Similar Bandpass Filters
Product Faqs
What does a dichroic mirror do?
A dichroic mirror separates light by wavelength. It is designed to reflect one wavelength range while transmitting another wavelength range.
For example, a dichroic mirror may reflect a laser wavelength while transmitting a visible alignment beam, fluorescence signal, or another laser wavelength. The exact function depends on the reflection band, transmission band, and angle of incidence.
What angle of incidence should I use?
Most dichroic mirrors are designed for a specified angle of incidence, commonly 45°, unless otherwise stated.
Can this dichroic mirror be used to combine or separate laser beams?
Yes. Dichroic mirrors are commonly used for laser beam combining and beam separation when the wavelengths are different enough and the reflection/transmission bands match the system requirement.
For example, one wavelength may be reflected at 45°, while another wavelength passes through the mirror. Before ordering, please confirm the laser wavelengths, AOI, beam size, and required reflection/transmission performance.
Not sure if this product fits your setup?
Whether you are replacing an existing part or building a new system, send us:
- Original part number or target specification
- Required size and quantity
- Application or system goal
We will help check product fit or suggest a stock/custom alternative.