Products
Spliced multispectral filters
Spliced multispectral filters are designed to selectively transmit light in several specific wavelength bands while blocking light in other wavelength bands. These filters are made by splicing together different segments, each targeting a specific spectral range.
Key features include:
Precision Bandwidth Control
High Transmission Efficiency
Durability
Compact Design
Integration Capability
Application Fields:
Space remote sensing
Agriculture
Medical Imaging
Environmental Monitoring
Industrial Inspection
Astronomy
Technical Considerations
Spectral range and resolution: Ensure the filter is accurately aimed at the desired spectral band.
Optical Coating: High-quality coatings are essential for effective transmission and blocking.
Thermal stability: Filters must maintain stable performance over a range of temperatures.
Physical Integration: Compatibility with existing optical systems in size and mounting.
Signal-to-Noise Ratio: High signal quality is maintained by minimizing background noise.
The development of spliced multispectral filters is a major test of production capacity. China Star Optics has a proven R&D team and production department that can fulfill orders efficiently and with high quality.
Product performance
Spectral curve
Working Methods
Light Source Interaction
Selective Transmission
Image or Signal Capture
China Star Optics Product Advantages
Versatility
Efficiency
Compactness
Durability
Enhanced Data Quality
CHOOSE US
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Precision machining, customized according to demand
Strong production team, R & D team, strength guarantee.
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Strict quality control system and inspection process
Powerful after-sales service system, online all year round, the perfect answer to after-sales customer sales series of a quest.
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Collaborative design, long term cooperation relationship
ISO 9001 certified, RoHS compliant, quality reports available.
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Sign NDA, drawings and customer information strictly confidential
We consistently protect our customers' design information and other business information.