These reflectors are designed for thermal, photonic or analytical applications where the precise light management and heat is essential. They are used in UV curing and polymerization machines, infrared curing systems, optical analysis instruments and calibrated laboratory light sources.
In the industrial sector quartz or metal reflectors are used for polymerization, UV bonding, curing or high-temperature surface treatment.
In scientific research, parabolic or dielectric reflectors ensure controlled light distribution in photometric, spectroscopic or laser instruments.
In photonics and metrology, they guarantee spectral stability and luminous flux precision in optical analysis and calibration systems.
- Polished quartz, fused silica, borosilicate, aluminum or high-conductivity copper
- Reinforced versions for UV/IR resistance and extended thermal cycles
– Gold - excellent infrared reflectivity, high thermal and chemical stability
- Reinforced aluminum - wide visible/IR spectrum, good heat resistance
– Dichroic (hot mirror) - IR reflection, visible transmission for heat control
– High-performance dielectric - selective or spectral reflection depending on application
- Precision optical polishing, protected metallization, vacuum deposition
- Matte, gloss or satin finish options depending on the desired diffusion
- Available shapes : planar, parabolic, elliptical, spherical, segmented
- Dimensions : standard or customized according to application
- Available spectra : UV, visible, IR, or specific selective band
– Custom manufacturing : adapt geometry, material and coating to individual needs