Micro Lens Z Array,EdmundMicrolens Replacement Model,ImitationThorlabsMicrolens, ReplacementTHorlabsThe Micro-Lens

Domestic Microlens Company, Chinese Microlens Manufacturer, Glass Microlens, Professional Design Microlens, Customized Microlens, Shi Ying Microlens

 

        As International Giants Such as Apple and TSMC Put Resources into the Field of Optical Micro-Processing,WLO(Wafer-Level Optical Components),DOE(Diffraction Optical Element) and Microlens (Micro lens arrays) in the past Two Years, It Has Risen Rapidly, in Hartman–Shack Wave Front Sensor, Depth Camera, Optical Fiber Communication and Other Fields.

 

Currently, Microlenses on the Market Mainly IncludeSUSS,Thorlabs(Solebo),Edmund(Aitmont) and Wilks Optoelectronics, Among Which Standard Models Are Mainly ProvidedThorlabs,Edmundand Wilks Optoelectronics. As a Major Manufacturer of Micro-Optical Components in China, Wilks Optoelectronics Provides Cycle30um~1000umThe Micro-Lens Nearly50There Are More Standard Models than the Other Two Models Mentioned above. In Terms of Quality, Our Surface Shape Accuracy and Error Are Not Inferior to Imported Similar Products, While the Price Is Obviously Reduced, Which Is an Option to Replace Imported Similar Products.

 

Hartmann–The Shack (Shack-Hartmann) Wave Front Sensor Is One of the Main Applications of Microlens, and Microlens Array Is Usually Placed inCCDa Specific Position in Front of the Array, So ThatCCDThe Plane Wave Front Imaging on the Sensor Will Form a Regular Bright Spot Pattern. However, If inCCDThe Imaging Light on the Sensor Will Be Composed of Spots with Certain Intervals Including Deviated Spots and Disappeared Spots, Which Indicates That the Wave Front Is Distorted. This Information Can Calculate the Wave Front Shape Incident to the Microlens Array. Hartmann–Shaker Wave Front Sensor Can Be Used to Represent the Performance of Optical System, and Can Also Be Used to Control Adaptive Optical Elements by Real-Time Monitoring Wave to Achieve the Purpose of Eliminating Wave Front Distortion before Imaging.

The Connection and Coupling between Optical Fiber and Optical Fiber Is Another Potential Application Direction. Good Microlens Design Can Improve Coupling Efficiency and Optimize Coupling Structure, at Present, We Have Been Able to Provide All-in-One Optical Fiber Communication Coupling Microlens.

 

 

Characteristics of Microlens

Size Is Generally10 mm x 10 mmandThorlabs,EdmundSame, Users Can Transfer1Inch Frame

Standard Products Are Not Coated, and Can Be Coated According to User Needs.

Fused Silica Substrate

Microlenses Are Arranged by Square Grid and Hexagonal Grid

Lens Array Cycle50um~1000um, There Are More than Ten Choices

Spot Size near Diffraction Limit

High Light Spot and Background Contrast

 

The Attractiveness of Electro-OpticalMLSeries Microlens Arrays Have Good Transmission Characteristics from Ultraviolet to Infrared Due to the Use of Fused Shi Ying Materials, Making Them Ideal for Many Applications. Microlens Has a Planoconvex Shape, Whose Appearance Is round, and the Bottom Surface Is Usually Square, Which Is Arranged According to Square, and There Are Also Standards of Hexagonal Microlens Arranged According to Hexagon. The Maximum Filling Coefficient of Microlens Can Reach100%.

 

The Microlens Provided by Vilks Optoelectronics Is Processed Based on the Photoetching Technology in Semiconductor Processing Technology, Which Makes the Shape and Position of Each Microlens Have Good Consistency. The Optical Effect Is Better than the Microlens Array Produced by Molded Epoxy Resin, and the Resulting Spot Size Can Approach the Diffraction Limit.

 

 

Naming Rules for Microlens Arrays:

         ML- (Sub-Unit Shape)-(Sub-Unit Size)-F(The Focal Length)

                  ML: Micro Lens

                 Spread Geometry/Subunit Shape:SSquare,HHexagon

                 Subunit Size: Unit Μm

                 Focal Length: Unitmm

        For Example:ML-S32-F0.08For a Square32×32μmSubunits Are Arranged in Square, Focal Length0.08mmThe Micro-Lens Array

         ThorlabsMicro Lens Naming:MLA-Sub-Unit Size–The Focal Length–The Coating of a Cycle150~300um

ThorlabsMicrolens Model:MLA150-5C,MLA150-7AR,MLA300-14AR

         EdmundMicro Lens Naming: Model Has No Actual Meaning, Micro Lens Period300~500um

         EdmundMicrolens Model:#64-478,#64-477,#64-476,#64-483,#64-482,#64-480,#64-488,#64-479,#84-132,#64-489,#64-490,#83-910,#86-745

 

Standard Specification of Microlens Array:

1. 1.     Square Microlens, Square Cycle

The Micro-Lens Model	Sub-Unit Shape	Subunit Size (Period)	The Focal Length	Lens Dimensions	The Center Wavelength
ML-S32-F0.08	Square	32μm	0.08mm	10×10mm	633nm
ML-S32-F0.16	Square	32μm	0.16mm	10×10mm	633nm
ML-S50-F0.3	Square	50μm	0.3mm	10×10mm	633nm
ML-S64-F0.45	Square	64μm	0.45mm	12×12mm	633nm
ML-S75-F0.75	Square	75μm	0.75mm	10×10mm	633nm
ML-S100-F0.5	Square	100μm	0.5mm	10×10mm	633nm
ML-S100-F1	Square	100μm	1mm	10×10mm	633nm
ML-S100-F3	Square	100μm	3mm	10×10mm	633nm
ML-S108-F3	Square	108μm	3mm	10×10mm	633nm
ML-S120-F2.4	Square	120μm	2.4mm	10×10mm	633nm
ML-S150-F3	Square	150μm	3.0mm	10×10mm	633nm
ML-S200-F7.9	Square	200μm	7.9mm	8×8mm	633nm
ML-S237-F7	Square	237μm	7mm	10×10mm	633nm
ML-S250-F5	Square	250μm	5mm	10×10mm	633nm
ML-S250-F5	Square	250μm	5mm	10×10mm	633nm
ML-S250-F10	Square	250μm	10mm	10×10mm	633nm
ML-S300-F5	Square	300μm	5mm	10×10mm	633nm
ML-S300-F5	Square	300μm	5mm	10×10mm	633nm
ML-S300-F10	Square	300μm	10mm	10×10mm	633nm
ML-S300-F30	Square	300μm	30mm	10×10mm	633nm
ML-S310-F10	Square	310μm	10mm	10×10mm	633nm
ML-S310-F10	Square	310μm	10mm	10×10mm	633nm
ML-S310-F7	Square	310μm	7mm	10×10mm	633nm
ML-S310-F7	Square	310μm	7mm	10×10mm	633nm
ML-S500-F15	Square	500μm	15mm	10×10mm	633nm
ML-S500-F30	Square	500μm	30mm	10×10mm	633nm
ML-S500-F30	Square	500μm	30mm	12×12mm	633nm
ML-S500-F35	Square	500μm	35mm	12×12mm	1550nm
ML-S500-F50	Square	500μm	50mm	10×10mm	633nm
ML-S550-F35	Square	550μm	35mm	12×12mm	1550nm
ML-S600-F25	Square	600μm	25mm	10×10mm	633nm
ML-S1000-F30	Square	1000μm	30mm	12×12mm	1550nm
ML-S1000-F35	Square	1000μm	35mm	12×12mm	1550nm
ML-S1015-F61	Square	1015μm	61mm	10×10mm	650nm
ML-S1015-F153	Square	1015μm	153mm	10×10mm	650nm
ML-S1100-F153	Square	1100μm	153mm	10×10mm	650nm
ML-S1500-F153	Square	1500μm	153mm	10×10mm	650nm

 

1. 2.     Hexagonal Microlens, Hexagonal Period

The Micro-Lens Model	Sub-Unit Shape	Subunit Size (Period)	The Focal Length	Lens Dimensions	The Center Wavelength
ML-H1000-F30	Hexagon	1000μm	30mm	Φ16mm×2	450nm-2800nm
ML-H1000-F40	Hexagon	1000μm	40mm	Φ16mm×2	450nm-2800nm
ML-H1000-F50	Hexagon	1000μm	50mm	Φ16mm×2	450nm-2800nm