Silicon (Si) is a highly durable optical material with exceptional infrared transmission properties.
It has a unique combination of properties that make it an ideal material for fabricating components for infrared optics and for various applications in optoelectronics.
Lattice Materials specializes in silicon optical components, including silicon lenses, mirrors, and windows, manufactured to your specific requirements.
Our in-house crystal growth capabilities enable us to manufacture any resistivity you require and provide you with Just-in-Time delivery on blanket orders.
There are many benefits of using high-quality silicon for infrared optics:
At Lattice Materials, we provide high-quality, US-made silicon crystals for use in lightweight imaging and sensing systems in highly demanding defense and aerospace applications.
Atomic Weight: 28.086
Density, g/cm3: 2.329
Boiling point ℃: 2878
Melting point ℃: 1412
Moh’s Hardness: 7
Do you have a custom requirement for silicon optics? Send us your requirements, and our technical sales representatives will analyze what is needed to deliver custom-fabricated silicon optics within your desired lead time.
Silicon is a versatile material amenable to advanced fabrication techniques.
At Lattice Materials, we specialize in manufacturing silicon optics in specific shapes, with custom specifications tailored to meet your needs.
For example, the Mach-Zehnder interferometer takes advantage of the unique properties of silicon, such as its high refractive index and compatibility with CMOS technology. It can be integrated with other silicon photonic systems and used in various applications like optical communications, data processing and optical sensing systems.
Silicon is truly the material of the future!
Due to its unique properties, capacity for miniaturization, and high performance, silicon is ideal for a new era of futuristic technologies.
At Lattice Materials, we support the aerospace and semiconductor industries with our repeatable machining processes and expert handling of silicon parts.