CNC milling system for carving acetate eyewear frames, temples, and precise prototypes.

Precision CNC cutting machine for sizing TAC, PC, or glass lens blanks, ensuring clean edges before coating.

CNC turning center for machining metal frame components, rivets, screws, and custom hinges.

Vibration and shock testing system to verify the durability of smart eyewear, electronic parts, and rangefinder assemblies.

Environmental chambers for testing frame corrosion resistance, plating stability, and lens coating durability under controlled temperature and humidity.

CNC machining floor equipped with multi-axis carving machines optimized for acetate frame production.

Precision centering measurement system for aligning multi-element lenses in rangefinders and optical assemblies.

Dedicated training room for technicians, focusing on optical standards, lens assembly processes, and quality inspection.

High-vacuum deposition system for applying multi-layer anti-reflective (AR), hydrophobic, mirror, and blue-light cut coatings on lenses.

Laser marking system for engraving logos, model sizes, and safety standards on inner temples.

Optical calibration station to verify alignment and distance measurement for rangefinder devices.

Pad printing station for transferring colored logos and size markings onto plastic or metal eyewear temples.

CNC lathe for prototyping and machining metal eyewear hinge parts, rivets, and optical molds.

Double-sided polishing machine to achieve optical-grade flatness and surface quality on glass filter substrates and optical elements.

Lens edging and profile grinding station to calibrate lens shape and bevel profiles, ensuring a secure fit in the frame grooves.

Screen printing line for applying decorative patterns and coatings to eyewear temples.

Spectrophotometer to measure spectral transmission curves, verifying lens compliance with UV400, blue light block, and traffic signal detection standards.

CNC turning-milling center for prototyping metal frames, mold cavities, and custom manufacturing jigs.

Multi-stage ultrasonic washing line to remove polishing wax, oils, and particles from frames and lenses before coating or electroplating.

UV curing and thermal chamber for cross-linking polymer adhesives and baking hard-coat layers on lenses.

Technician dispensing liquid resin monomer into glass lens molds under a clean station for lens casting.

Injecting liquid monomer into assembled glass molds to prepare for thermal polymerization and curing.

Worker arranging lens blanks into specialized metal cleaning racks prior to multi-stage ultrasonic washing.

Visual inspection under high-lux lamps to check frames and lenses for scratches, welding issues, or coating defects.

Manual inspection of finished optical lenses to check for surface scratches, dust, and coating uniformity before assembly.

Fully automated injection molding line for high-volume production of TR90 and polycarbonate (PC) frames.

Thermal curing oven with precise temperature cycles to polymerize cast resin lenses and bake anti-scratch hard coats.

Electroplating facility for applying durable and anti-corrosive metallic finishes to metal eyewear components.

Advanced manufacturing line optimized for processing and assembling high-performance polymer frames.

A modern showroom displaying our full collection of eyewear designs, frames, and custom models.

A modern showroom displaying our full collection of eyewear designs, frames, and custom models.

A modern showroom displaying our full collection of eyewear designs, frames, and custom models.

A modern showroom displaying our full collection of eyewear designs, frames, and custom models.

A modern showroom displaying our full collection of eyewear designs, frames, and custom models.