Custom Metal Mirror

Fused silica lightweight blank

This is a fused silica JGS2 lightweight blank with diameter of 736mm. The raw material weighs 100KG, after machining, the lightweight blank is about 44.5KG. The back structure is a little bit complicated which makes the good balance of the overall...

Freeform Optics

Freeform optics is an innovative approach in optical design that allows the creation of complex and non-traditional surfaces without the constraint of standard geometrical shapes like spheres or cylinders. This technology enables the production of...

CGH for aspheric surfaces

Computer Generated Holography (CGH) is a leading technique used to do optical metrology for aspheric mirror, which are crucial optical components in optical system. Optical aspheric mirror differs from traditional spherical mirrors by having a more...

Zerodur mirror blank

Zerodur is the primary material used due to its low coefficient of thermal expansion (CTE), which ensures that the mirror's shape remains stable even under varying environmental conditions, its characteristics make it an ideal material for precision...

ULE mirror blank

Corning ULE Glass (Ultra-Low Expansion Glass) 7972 is a Titania-silicate glass with near zero expansion characteristics that have made it the material of choice in unique applications such as machine tool reference blocks, gratings, reference...

Lightweight SiC Mirror

Silicon carbide (SiC) lightweight mirrors are advanced optical components known for their exceptional properties, making them ideal for various applications, including larger telescopes, high-speed scanning systems, and space applications. MG-Optics...

RSA-6061 Al mirror

MG-Optics manufactures high precision Optical Metallic Aspheric Mirrors, the flagship product is Aluminum aspheric mirror. The size is from 50 mm to 600mm, materials including RSA-6061, Ni-P Alloys, Cu etc. MG Optics can offer custom manufacturing,...

Ni-P Alloy mirror

Electroless NiP alloy is an essential engineered material used in optical system, particularly in the field of extreme ultraviolet (EUV) technology, where high reflective of short-wavelength light is required. However, it is still challenging to...