Silicon Zero Phase Shift High Reflection Mirrors

These silicon zero phase shift high reflection mirrors minimize loss of laser power. In addition the phase shift between the s- and p-polarized components of the reflected is as low as possible in order to avoid disturbing the polarization of the laser beam. Silicon mirrors are light weight and are therefore are preferred in flying optics where high accelerations are needed.

High reflectance to minimize loss of laser power
Light-weight Silicon substrate for flying optics
Reflected beam undergoes a 0° phase shift

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Showing 10 of 10 total products

Description	Compatibility	Diameter	Edge Thickness	Coating Type	OEM Compatibility	Avail.
61061-117Zero Phase Shift Beam Delivery Mirror, Silicon, 1.75 in. Diameter, 5.08 mm Edge	UNIVERSAL	1.75 in.	5.08 mm	ZPS		Contact Us
61062-117Zero Phase Mirror, Silicon, 1.75 in. Diameter, 9.52 mm Edge, Mazak	UNIVERSAL	1.75 in.	9.52 mm	ZPS	Mazak	Contact Us
61811-117Zero Phase Shift Mirror, Silicon, 2.0 in. Diameter, 10.16 mm Edge, Trumpf	UNIVERSAL	2.0 in.	10.16 mm	ZPS	Trumpf	Contact Us
62239-117Zero Phase Shift Mirror, Silicon, 2.67 in. Diameter, 20.32 mm Edge, Trumpf	UNIVERSAL	2.67 in.	20.32 mm	ZPS	Trumpf	Contact Us
630065-117Zero Phase Shift Beam Delivery Mirror, Silicon, 1.5 in. Diameter, 4.0 mm Edge	UNIVERSAL	1.5 in.	4.0 mm	ZPS-HR		Contact Us
630069-117Zero Phase Shift Beam Delivery Mirror, Silicon, 2.0 in. Diameter, 9.52 mm Edge	UNIVERSAL	2.0 in.	9.52 mm	ZPS		Contact Us
630390-117Zero Phase Shift Mirror, Silicon, 3.0 in. Diameter, 6.35 mm Edge, Amada	UNIVERSAL	3.0 in.	6.35 mm	ZPS	Amada	Contact Us
630714-117Zero Phase Shift Mirror, Silicon, 2.0 in. Diameter, 5.08 mm Edge, Amada	UNIVERSAL	2.0 in.	5.08 mm	ZPS	Amada	Contact Us
630788-117Zero Phase Shift Beam Delivery Mirror, Silicon, 3.0 in. Diameter, 9.52 mm Edge	UNIVERSAL	3.0 in.	9.52 mm	ZPS		Contact Us
631716-117Zero Phase Shift Mirror, Silicon, 2.5 in. Diameter, 6.35 mm Edge, N -Tanaka	UNIVERSAL	2.5 in.	6.35 mm	ZPS	N -Tanaka	Contact Us

Specifications

Type
Zero Phase Shift Mirror
Optic Material
Silicon (Si)
Angle of Incidence
45º
S1 Radius
Plano
S2 Radius
Plano
Phase Shift Tolerance
0º ±2º

Surface Quality
10-5 scratch and dig
Surface Irregularity
1 Fringes @ 633 nm
Power
2 Fringes @ 633 nm
Diameter Tolerance
+0 / -0.12 mm
Thickness Tolerance
±0.25 mm
Wedge
<3' (arc minutes)

Features

Zero Phase Shift Mirrors

In most laser machines, one or several mirrors are used to forward the laser beam from the cavity to the working head. Usually, each mirror deflects the laser beam at an angle of 90°, corresponding to an angle of incidence of 45°. At these mirrors, reflectance should be as high as possible in order to minimize loss of laser power. In addition, phase shift between the s- and p-polarized components of the reflected beam should be as low as possible in order to avoid disturbing the polarization of the laser beam. Mirrors with such properties are called zero-phase mirrors

Zero Phase Shift Mirror Coatings

The optical properties of a mirror (reflectance, phase shift, etc.) are determined by its coating. In order to realize different mirror functions, different coatings are needed.

The new Zero Phase Shift High Reflection (ZPS-HR) coating features lower absorption by 40% compared to standard ZPS/TRZ coating. Maximum absorption of the ZPS-HR version coating is 0.3%, an improvement to the standard ZPS absorption level of 0.5%.

MMR-P coating can be used for zero phase shift mirror or cavity optics, and allows for the highest total random polarization reflection available. It can also be applied to a level-changing mirror in two-tiered resonator systems. Our MMR-P coating keeps the same capabilities of phase shift and high reflection of visible light to enable clear observation of HeNe laser or diode laser beam reflection for alignment, location indication, etc.