ENGINEERING & MODULAR SOLUTIONS
Modular & Special Mechanism Eyewear
Clip-on systems, folding structures, and replaceable temple platforms — engineered for brand-specific needs and scalable production.
What Makes These Systems Different
These are not one-off concepts. They are engineered systems designed for repeatable performance — from sampling to mass production.
System Thinking
Modular architecture planned from the start, not added at the end.
Mechanical Precision
Tolerance control and alignment design for consistent user experience.
Repeatable Durability
Structures built for daily use, repeated cycles, and long-term stability.
Scalable Production
Designed for assembly efficiency and production consistency.
Clip-on Systems
Clip-on eyewear demands stable attachment, precise alignment, and compatibility with the base frame — beyond simple add-ons.
- Magnetic or mechanical attachment solutions
- Stable positioning with anti-shift design
- Base-frame compatibility across shapes and sizes
- Easy assembly with durable long-term performance
Folding Structures
Folding eyewear requires precision hinge design, controlled movement, and reliable performance over repeated cycles.
- Compact folding mechanisms with stable open-position geometry
- High-cycle hinge durability and controlled motion
- Balanced portability without compromising wear comfort
- Repeatable assembly and consistent folding feel in production
Replaceable Temple Systems
Interchangeable temple platforms enable customization, replacement, and line extensions without redesigning the entire frame.
- Standardized connection interfaces and secure locking
- Designed to resist loosening over time
- Compatibility planning across different fronts and temples
- Built for repeated replacement, adjustment, and after-sales support
Engineering & Reliability
Complex mechanisms only matter if they remain stable in production and in daily use. Our focus is repeatability and durability.
Tolerance & Fit Control
Key interfaces defined and controlled to reduce variation.
Alignment Consistency
Stable lens/frame alignment and consistent positioning feel.
Cycle Considerations
Designed for repeated open/close and long-term use patterns.
Assembly Process Planning
Mechanisms designed for efficient, repeatable assembly.
Documented Iterations
Changes are tracked and communicated across sample stages.
Sample-to-Production Repeatability
Built to reduce "great sample, unstable production" risk.
When Brands Choose Modular Systems
Multi-Function Lines
One base frame extended into multiple use scenarios.
Travel & Compact Storage
Folding structures for portability and retail differentiation.
Customization & Replacement
Replaceable components for personalization and after-sales support.
Differentiation Beyond Standard Frames
Unique mechanical features that strengthen brand identity.
Customization Scope
We support system-level development, from mechanism design to production planning.
- Mechanism and structure development
- Component selection and sourcing alignment
- Interface standardization and compatibility planning
- Comfort, balance, and wear experience tuning
- Branding elements and retail-ready packaging support
FAQ
Yes. We can evaluate feasibility and adapt mechanisms to fit your frame geometry and brand requirements.
We focus on interface design, controlled tolerances, and repeatable assembly to reduce long-term loosening and variation.
We document iterations and control key interfaces to improve sample-to-production repeatability.
Yes. We can align designs with target user needs, positioning, and market requirements.
Yes. MOQ depends on design complexity and component selection — we can start small and scale.
Concept sketches, reference samples (if any), target market, and expected quantity range.
Planning a Modular or Special Mechanism Eyewear Project?
Share your concept and requirements — our engineering team will respond with a practical development path.