Five Colour Single Aspheric Lenses

• After-sales Service: Free Warranty Period
• Warranty: a Week
• Usage: Lighting, Medical, Optical, Photography, All
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: Single Aspheric Lenses
• Type: All
• Transmittance: All
• Shape: Single-lens
• Material: All
• Lenses Color: All
• Certification: ISO9001
• Customized: Customized
• Coating: All
• Service: Customizable
• Optical Advantage: Reduces The Aberration
• Colour: All
• Application Field: Medical/Research/Industrial/Other
• Transport Package: Plastic and Cardboard Boxes
• Specification: lens
• Trademark: RAYTEK LASER
• Origin: China Shanghai
• HS Code: 8464901900
• Production Capacity: 5000piese/Year
• Package Size: 30.00cm * 20.00cm * 10.00cm
• Package Gross Weight: 5.000kg

Product Description

1. Product Introduction
Our company is committed to providing customers with high-quality aspheric lens products, including aspheric lenses, capped aspheric lenses, aspheric lenses with brackets, and square aspheric lenses. These products all adopt advanced manufacturing technology and strict quality control processes to ensure that each lens can achieve the highest standard of optical performance.
The surface curvature of an aspheric lens is different from that of a regular spherical lens. In order to pursue the thinness of lenses, it is necessary to change the surface of the lenses. Aspheric lenses should be designed as flat as possible. Our company's lenses are lighter, thinner, and flatter, but still maintain excellent impact resistance.
2. Advantages of aspheric lenses
1) Optical advantage: reduces the aberration of the lens, making the vision clearer.
2) Clear images can also be obtained under high luminosity: Although the spherical point focusing lens is designed according to the optimal fundamental arc, luminosity exceeding+7.00D-22.00D is not within the measurement ellipse range and cannot eliminate aberrations. Only aspheric design can achieve better quality.
3) It can make the lens flatter, thinner, and more aesthetically pleasing. The higher the transmittance of a spherical lens, the worse its appearance. Aspheric lenses can be designed as flat bottomed arcs, which not only have a beautiful appearance but also reduce peripheral magnification. For example, glasses can allow others to see the wearer's eyes without significant changes in size.
3. Application field: Aspheric lens products are widely used in the following fields
1) Medical field: used in medical equipment such as laser surgery, microscopic imaging, and ophthalmic examinations.
2) Research field: Used in research instruments such as lasers, spectrometers, optical interferometers, etc.
3) Industrial field: used in industrial equipment such as machine vision, optical detection, and photoelectric sensors.
4) Other fields: used in optical reconnaissance, target tracking, laser guidance and other equipment.
In summary, our aspheric lens products have won the trust and praise of our customers for their excellent optical performance, wide application areas, and comprehensive after-sales service. We will continue to innovate and improve product quality, providing customers with better services and experiences.
4. High lights
1) High precision optical performance: Adopting advanced manufacturing processes, ensuring that each lens can meet extremely high optical performance standards.
2) Strong durability: Made of high-quality materials, it has good wear resistance, corrosion resistance, and impact resistance.
3) Wide application range: suitable for various optical systems, meeting the needs of different fields.
4) Personalized customization: We can provide personalized customization services according to customer needs to meet special application requirements.



5.Product specifications(Single Aspheric Lenses)

PN	DW (nm)	EFL (mm)	Shape	CD (mm)	M	WD (mm)	Window Thickness	NA	CA (mm)	OD (mm)	CT (mm)	Glass
TA14024	1550	6.1	PCX	/	∞	4.88	/	0.18	S1:φ2.4	2.8	1.915	D-ZK3
									S2:φ2.4
TA14025	640	2.1	DCX	/	∞	1.517 with Window	0.25	0.54	S1:φ2.13	3.72	1.35	D-ZK2
									S2:φ2.62
TA14029	914	8	PCX	/	∞	7.1mm	/	0.242536	S1:φ4	4.5	1.42	D-ZK3
									S2:φ3.2
TA15045	633	4.1	DCX	/	∞	2.76mm	/	0.56	S1:φ4.8	6	2.8	D-ZK3
									S2:φ4.6
TA15053	785	3.3	DCX	/	1	5.28mm	/	0.3/0.3	S1:φ3.52	6	3.87	D-ZLaF52LA
									S2:φ3.52
TA15054	650	5.95	PCX	/	∞	4.335 with Window	0.25	0.479	S1:φ6.5	7	2.87	D-LaK6
									S2:φ5.5
TA16003	1877	4.63	PCX	/	∞	2.949	/	0.58	S1:φ5.07	6.32	2.71	D-ZLaF52LA
									S2:φ3.93
TA16006	620	11	PCX	/	∞	9.6	/	0.25	S1:φ5.5	6.35	2.2	D-ZK3
									S2:φ3.02
TA16012	635	5.08	PCX	/	∞	3.25	/	0.55	S1:φ5.4	6	2.8	D-K9
									S2:φ5.4
TA17018	780	8	DCX	/	∞	5.92	/	0.5	S1:φ7.6	8.2	3.69	D-ZK2
									S2:φ7
TA17021	825	3.2	PCX	/	∞	1.81	/	0.59	S1:φ4	4.5	2.2	D-ZK3
									S2:φ4
TA18009	780	0.8	PCX	/	∞	5.9 with Window	BK7/0.25	0.5	S1:φ8	9.936	3.434	D-ZK3L
									S2:φ6.94
TA18010	450	24.5	PCX	/	∞	22.7	/	0.2	S1:φ8	10	3	D-K9
									S2:φ8
TA18012	460	3.5	DCX	/	∞	2.54 with Window	0.25	0.39	S1:φ2.6	3	1.9	D-ZK2
									S2:φ2.12
TA18016	980	2.76	DCX	12.85	2	7.09	/	0.52/0.26	S1:φ4.12	4.7	3.8	D-ZLaF52LA
						1.96			S2:φ4.12
TA18017	780	4.5	PCX	/	∞	3.1 with Window	BK7/0.25	0.6	S1:φ5.07	6.325	2.708	D-ZLaF52LA
									S2:φ3.93
TA18018	550	3	PCX	/	∞	1.66	/	0.6	S1:φ4	5	2.3	D-LaK6
									S2:φ3
TA19004	915	19	PCX	/	∞	17	/	0.23	S1:φ9	10	3.14	D-ZK2
									S2:φ8.02
TA19048	408	4.02	PCX	/	∞	2.41	/	0.6	S1:φ4.8	6.325	2.898	D-LaK6
									S2:φ3.45
TA19062	450	2	PCX	/	∞	0.965	/	0.6	S1:φ2.3	3	1.9	D-LaK6
									S2:φ1
TA20021	635	25.06	PCX	/	∞	20.4	/	0.45	S1:φ22.5	25.43	7.5	D-ZK3
									S2:φ22.5
TA20025	1064	2.78	PCX	/	∞	1.775	/	0.32	S1:φ1.7	2.2	1.5	D-ZK3
									S2:φ1.7
TA20059	915	15	DCX	/	/	13.47	/	0.223	S1:φ7.5	8	2.4	D-ZK2
									S2:φ7.1
TAC21015	1310	0.55	DCX	4	5	0.25	/	0.5/0.1	S1:φ0.31	1	0.8	D-ZLaF52LA
						2.95			S2:φ0.56
TAZ21119	915	14.92	PCX	/	∞	12.9	/	0.3	S1:φ8.8	10	3.3	D-ZK2
									S2:φ8.0
TAYZ22012	780	2	PCX	/	∞	1.09	BK7/0.3	0.47	S1:φ2.0	3	2	D-ZK3
									S2:φ1.24
TAYZ22013	635	6	PCX	/	∞	5.2	BK7/0.3	0.2	S1:φ2.5	3	1.5	D-ZK3
									S2:φ2.16