Achromatic Lens - Possive

If your application requires good optical performance off-axis as well as on-axis, multi-element lenses.

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Moq:

1 Unit

Country Of Origin:

China

Lead Time:

4 weeks

Terms Of Delivery:

Fob Fuzhou

Terms Of Payment:

Net 30 Days By T/T

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Product Details

Achromatic Lenses

Achromatic Lenses are doublet systems consisting of one crown and one flint element, cemented together along a matching curvature, so that white light coming into the lens is all focused (imaged) at the same point on the other side of the lens.They are designed to minimize spherical and chromatic aberrations for infinite conjugate, visible spectrum imaging applications. When used on-axis, an achromatic lens focuses an parallel input beam to a perfect "point", limited only by the effects of diffraction. This performance can be achieved over a broadband of wavelength. Achromatic lenses can be used to collimate and focus laser beams. They can also be used for high-quality imaging on-axis. However, the off-axis performance is significantly worse than the on-axis performance. If your application requires good optical performance off-axis as well as on-axis, multi-element lenses.

FAQ

Q
Do you produce standard products or customized?
Mostly customized, we can produce your elements according to your drawing with detailed specifications.
Q
What is your Min. and Max. dimension for spherical lenses？
Min. D2mm, Max. D200mm.
Q
What is your high precision?
Surface quality 10-5, Flatness L/10, centration 30 arc sec, parallelism 1arc sec, angle tolerance 3arc sec.
Q
What is your MOQ?
Generally no MOQ, from prototype to volume quantity, we support both.
Q
What is the delivery time for CRYLIGHT?
Generally 4 weeks, for urgent parts we will help expedite. For complex products, we will confirm accordingly.
Q
What payment methods do you accept?
We accept T/T bank transfer and credit card payment.
100% prepayment for new client and net 30 days for old customers.

PRODUCT FEATURES

Achromatic lenses are doublet systems consisting of one crown and one flint element, cemented together along a matching curvature, so that white light coming into the lens is all focused (imaged) at the same point on the other side of the lens

They are designed to minimize spherical and chromatic aberrations for infinite conjugate, visible spectrum imaging applications. When used on-axisSapphire maintains its strength even at high temperatures. It has good thermal properties, excellent electrical and dielectric properties and is resistant to chemical attack. an achromatic lens focuses an parallel input beam to a perfect "point", limited only by the effects of diffraction

TheirThis performance can be achieved over a broadband of wavelength. Achromatic lenses can be used to collimate and focus laser beams. They can also be used for high-quality imaging on-axis. Howevere in aggressive environments where reliability, optical tansmission and strength are require he off-axis performance is significantly worse than the on-axis performance. If your application requires good optical performance off-axis as well as on-axis, multi-element lenses

PRODUCT PARAMETERS

Achromatic lens Possive

project #	& Φ;	f	R1	R2 = R3	R4	(Tc)	Te	Fb	lens A	lens B
ALP0-001	6.0	15.0	8.831	-6.55	-19.77	2.71	1.0	13.07	BK7	SF5
ALP0-002	6.0	20.0	12.36	-8.51	-24.38	2.6	1.0	18.29	BK7	SF5
ALP0-003	6.0	25.0	15.70	-10.67	-29.99	2.3	1.0	23.46	BK7	SF5
ALP0-004	6.0	30.0	18.88	-12.94	-36.48	1.9	1.0	28.69	BK7	SF5
ALP0-005	8.0	25.0	15.60	-10.81	-30.48	2.9	1.0	23.13	BK7	SF5
ALP0-006	8.0	30.0	18.88	-12.88	-36.22	2.7	1.0	28.28	BK7	SF5
ALP0-101	10.0	20.0	12.32	-9.02	-25.23	3.8	1.0	17.63	BK7	SF5
ALP0-102	12.0	25.0	15.35	-11.35	-31.92	4.2	1.3	22.29	BK7	SF5
ALP0-103	12.7	30.0	18.54	-13.49	-37.84	4.0	1.3	27.36	BK7	SF5
ALP0-104	12.7	40.0	25.23	-17.54	-48.75	3.4	1.3	37.78	BK7	SF5
ALP0-105	12.7	50.0	31.26	-21.93	-62.37	3.1	1.3	47.99	BK7	SF5
ALP0-106	12.7	60.0	37.33	-26.42	-75.86	2.8	1.3	58.13	BK7	SF5
ALP0-107	12.7	75.0	46.77	-32.96	-94.62	2.6	1.3	73.23	BK7	SF5
ALP0-108	13.0	40.5	25.41	-18.07	-50.47	3.0	1.3	38.48	BK7	SF5
ALP0-109	14.0	44.0	27.54	-19.54	-54.95	3.3	1.3	41.83	BK7	SF5
ALP0-111	18.0	40.0	24.27	-18.37	-53.09	5.4	1.5	36.51	BK7	SF5
ALP0-112	18.0	50.0	31.69	-22.00	-60.57	4.8	1.5	46.99	BK7	SF5
ALP0-113	18.0	60.0	37.84	-26.49	-73.79	4.1	1.5	57.30	BK7	SF5
ALP0-202	25.4	60.0	37.33	-27.16	-75.86	7.0	2.0	55.57	BK7	SF5
ALP0-205	25.4	120.0	73.28	-54.33	-159.9	4.2	2.0	117.1	BK7	SF5

Achromatic lens

project #	& Φ;	F	R1	R2 = R3	R4	(Tc)	Te	Fb	lens A	lens B
ALP0-001	6.0	15.0	8.831	-6.55	-19.77	2.71	1.0	13.07	BK7	SF5
ALP0-002	6.0	20.0	12.36	-8.51	-24.38	2.6	1.0	18.29	BK7	SF5
ALP0-003	6.0	25.0	15.70	-10.67	-29.99	2.3	1.0	23.46	BK7	SF5
ALP0-004	6.0	30.0	18.88	-12.94	-36.48	1.9	1.0	28.69	BK7	SF5
ALP0-005	8.0	25.0	15.60	-10.81	-30.48	2.9	1.0	23.13	BK7	SF5
ALP0-006	8.0	30.0	18.88	-12.88	-36.22	2.7	1.0	28.28	BK7	SF5
ALP0-101	10.0	20.0	12.32	-9.02	-25.23	3.8	1.0	17.63	BK7	SF5
ALP0-102	12.0	25.0	15.35	-11.35	-31.92	4.2	1.3	22.29	BK7	SF5
ALP0-103	12.7	30.0	18.54	-13.49	-37.84	4.0	1.3	27.36	BK7	SF5
ALP0-104	12.7	40.0	25.23	-17.54	-48.75	3.4	1.3	37.78	BK7	SF5
ALP0-105	12.7	50.0	31.26	-21.93	-62.37	3.1	1.3	47.99	BK7	SF5
ALP0-106	12.7	60.0	37.33	-26.42	-75.86	2.8	1.3	58.13	BK7	SF5
ALP0-107	12.7	75.0	46.77	-32.96	-94.62	2.6	1.3	73.23	BK7	SF5
ALP0-108	13.0	40.5	25.41	-18.07	-50.47	3.0	1.3	38.48	BK7	SF5
ALP0-109	14.0	44.0	27.54	-19.54	-54.95	3.3	1.3	41.83	BK7	SF5
ALP0-111	18.0	40.0	24.27	-18.37	-53.09	5.4	1.5	36.51	BK7	SF5
ALP0-112	18.0	50.0	31.69	-22.00	-60.57	4.8	1.5	46.99	BK7	SF5
ALP0-113	18.0	60.0	37.84	-26.49	-73.79	4.1	1.5	57.30	BK7	SF5
ALP0-202	25.4	60.0	37.33	-27.16	-75.86	7.0	2.0	55.57	BK7	SF5
ALP0-205	25.4	120.0	73.28	-54.33	-159.9	4.2	2.0	117.1	BK7	SF5

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Plano Convex Lens

Plano Convex Lenses present a curved interface and a planar interface.
Plano Concave Lens

Plano Concave Lenses are manufactured with one concave surface and one plane surface.
Meniscus Lens - Positive BK7

Positive Meniscus Lenses are a convex-concave lens, but is thicker at the center than at the edges.
Double Convex Lens

We also provide precision grade double convex lenses with tighter manufacturing tolerances.

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