Ultra-precision Machining

Aspheric Microlens Array Accuracy <1 μm

Aspheric microlens arrays are produced through a precision machining process, creating multiple microscopic lenses with aspheric surface profiles arranged in an array. They are used to control light focusing, collimation, and optical coupling in applications such as optical communications, laser systems, imaging, and illumination.

  • Submicron Precision: Achieve position accuracy below 1.0 μm for precise and consistentmicrolens array structures.
  • Custom Mold Configurations: Integrate all precision machining capabilities to meet specificaspheric microlens array mold or mold core requirements.
  • Optical Component Experience: Experience in microlenses ferrule, OE lens, and other opticalcommunication components.
Gen MT Ferrule Lens Array
Optical Lens

Aspheric Microlens Array for light control and optical alignment

Precise Light Control and Optical Alignment

Aspheric microlenses provide greater control over how light is focused and collimated. Combined with precise array positioning, they help improve optical coupling efficiency and support reliable multichannel optical alignment.

Precision Machining Capability

Integrated precision machining and measurement capabilities for complex mold and component development.

Precision Manufacturing Project Process

01

Inquiry Submission

Submit requirements, drawings, spec, quantity, and files.

Start Your Project
02

Requirement Review

Confirm design, material, tolerances, and application.

Start Your Project
03

Technical Evaluation

Assess feasibility, inspection needs, tooling, and risks.

Start Your Project
04

Process Planning

Define the process, equipment, and quality standards.

Start Your Project
05

Quotation & Schedule

Confirm cost, tooling, lead time, and timeline.

Start Your Project

Product Inquiry

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