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  Array Negative (concave) Orthogonal

– ANO

Example of a designation:                                                       ANO – a – Py – Rz


where:
a – material                                           
Applied materials are coded as follow:



y – pitch in micron
Rz – radius of curvature  in mm
(ARz - aspherical radius of curvature)


Q – fused silica
GB – glass BK7
GT – glass S-TiH53 or S-TiH10
GL – glass S-LaH60
G – glass other type
P – plastic
P(G) – polymer lens on glass substrate

*The exact type of optical materials is underlined in the drawing.
*The exact type of  aspherical coefficients is underlined in the drawing.

[aµs] manufactures the arrays with any pitch within a 10 µm – 4000 µm range and with any correlatable radius of curvature.
Arrays can be available as monolithic 2-side units with thickness from 2 mm to 10 mm.
Alignment preciseness of the lenslet optical axis on both sides is not worse than ±2 µm

Example:

Pitch is the shortest distance between optical axis of two neighbouring lenses. In case of circular lenses with orthogonal arrangement, the lens diameter is given in brackets.

ANO-GT-P2800(D1500)-R4.44

array negative orthogonal, glass S-TiH53, pitch 2.8 mm, lens diameter 1. mm, radius of curvature 4.44 mm

ANO-Q-P1000-R1.95

array negative orthogonal, fused silica, pitch 1 mm, radius of curvature 1.95 mm

Available products
Please feel free to inquire for optimization 
of the available MLAs or for your 
custom taylored product

ANO-GB-P25-R0.1

ANO-GB-P90-R0.099

ANO-Q-P150-R90

ANO-Q-P150-R182

ANO-Q-P300-R4.2

ANO-Q-P300-R60

ANO-Q-P1000-R1.95

ANO-Q-P1000-R18

ANO-Q-P1000-R46

ANO-Q-P1000-R92

ANO-Q-P1000-R160

ANO-Q-P1000-R200

ANO-Q-P1000-R236

ANO-Q-P1000-R700
 
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