Standard Diffractive optical element can be very helpful for industry and research in feasibility studies where a proof of concept has to be given. Ideas and theoretical concepts are abstract, thus difficult to understand, and therefore incorporate a higher investment risk. An optical set-up using standard DOEs can help to improve understanding, confirm the feasibility of a concept and therefore increase trust and readiness for investment support.

The DOE structures are replicated (embossed) into a thin film of UV-Acrylat, silicone or other polymers, depending on the desired wavelength. We offer this line of Standard Diffractive Optics in 2 different substrate configurations:

• Acrylate on circular glass substrate Ø 18 mm
• Acrylate on circular glass substrate Ø 18 mm, mounted in black anodized Ø 25mm aluminium mount with M4 thread

Dot Matrix

			Pattern Size @ 100 mm Distance				Pattern Angles (@ 633 nm)
DOE Item #	Description	Size	a	b	c	d	α	β	γ	δ	Image
DE 106	3 x 5 Dots	10 x 10 mm	7.2 mm	6 mm	3 mm/ 1 mm	4 mm	4.1°	3.4°	1.7°/ 0.5°	2.2°
DE 224	2 x 2 Dots*	10 x 10 mm	22.6 mm	16.1 mm	16.1 mm	16.1 mm	13°	9.2°	9.2°	9.2°

Circles & Dot Circles

			Pattern Size @ 100 mm Distance		Pattern Angles (@ 633 nm)
DOE Item #	Description	Size	a	b	α	β	Image
DE 100	1 : 16 Dot Circle	4 x 4 mm	39 mm	7.6 mm	22°	4.4
DE 101	1 : 40 Dot Circle	4 x 4 mm	57 mm	4.5	32°	2.6
DE 237	1 : 10 Dot Circle	10 x 10 mm	10.5 mm	3.2 mm	6°	1.9°

Special Patterns

DOE Item #	Description	Field Size	Pattern Size @ 100 mm Distance	Pattern Angles @ 633 nm	Image
DE 103	1:8/16 Double Circle Dots	10 x 10 mm	Width Circle 8: 25.6 mm Width Circle 16: 51.2 mm Dot Spacing 8: 9.8 mm Dot Spacing 16: 10.0 mm	Circle 8 Ø: 14.6° Circle 16 Ø: 28.8° Angle betw. Dots 8: 5.6° Angle betw. Dots 16: 5.7°
DE 104	12 Rings	10 x 10 mm	Width: 20 mm Line Spacing: 1.7 mm	Width: 11.4° Line Spacing: 0.5°
DE 232	11 x 11 Dot Frame	10 x 10 mm	Width: 83 mm Height: 83 mm Diagonal: 118 mm Dot Spacing: 8.3 mm	Width: 45° Height: 45° Diagonal: 61° Angle betw. Dots: 4.5°