RICOH Industrial Solutions Inc.'s inorganic waveplate (quarter-wave plate and half-wave plate) has attained a high reliability that conventional waveplates never have.
The waveplate is manufactured by using a nanometer-order micro glass fabrication technique.
Type | 1/4(single plate) | 1/2 (single plate) |
---|---|---|
Material | Glass (substrate) and dielectrics (multilayer) | |
Wavelength | 405nm (400~415nm) | |
Incident angle | 0°±10° | |
Dimension | □2~ □30(mm) | |
Thickness | 0.6~ * 0.3mm~ available |
|
Retardation property @0°incident angle | 90°±5° | 180°±10° |
AR coating | Reflecting surface /Surface / : ≦ 0.5% (at an incident angle of 0°) |
Contact us to inquire about even the precision cutting of various components.
As for the criteria for cutting precision, please see below.
・High precision cutting of glass substrate | ||
Cutting precision | within ±5μm | |
Processing size | >□0.5mm | |
Thickness | 2mm or less |
・Standard precision cutting of glass substrate | ||
Cutting precision | ±50μm | |
Processing size | 12 inch | |
Thickness | 2mm or less |
This makes it possible to produce an area division element.
Licensed technology from Photonic Lattice, Inc.
Photonic Lattice, Inc. (Click to see the Photonic Lattice, Inc. website.)
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