We are committed to becoming a leader in the field of optical components, continuously advancing technology and process innovations. Leveraging these advanced technologies, we have successfully developed and mass-produced a range of superior products, including collimator adapters, collimated pigtails, Zblocks, POSA modules, and polarization-maintaining collimators. These products not only exhibit exceptional performance but are also gradually establishing a competitive edge in the market.Benefiting from the joint innovation of multiple process platforms, our optical components are accelerating their upgrade and iteration towards miniaturization, integration, and high power, to meet the growing needs of our customers. 

A process of bonding optical fibers using precision alignment and UV/thermal-cured adhesive to ensure low insertion loss and stable connection.

A process that aligns and fuses two optical fibers using an electric arc, ensuring low loss and stable, permanent connections.

A precision process using heat (e.g., laser) to permanently join components with high strength and accuracy.

A mechanical fastening method that uses rivets to permanently join components with high precision and strength.

Epoxy Coupling Process

Process 1-2

Precision Cold Processing

Optical Fiber Fusion Splicing Process

Component Welding Process

Component Riveting Process

Process 3-4

Process 5

Process 6

Precision Molding Process

Optical Coating Process

Micro-Nano Lithography Proces

Powder Hot Pressing Process

Chemical Etching Process

Our company proudly possesses industry-leading precision optical cold processing production lines. Our core team, with over 20 years of experience, specializes in manufacturing plano, spherical, and cylindrical optical components, catering to diverse customer needs. We are equipped with advanced manufacturing equipment and comprehensive testing instruments, enabling in-house measurement of nearly all optical performance indicators to ensure the highest quality standards. This capability is essential for meeting the stringent requirements of high-precision optical components used in optical communications and high-power laser applications.