Metal mesh automation
Precision Driven by Automation
Automated Assembly + 100% Inspection Validation — Delivering the Core of High-End Touch
F2 Metal Mesh touch solutions offer the core advantages of low resistance and high transparency, enabling ultra-narrow bezel and curved designs that meet the aesthetic and performance demands of automotive center stacks and premium displays. Our fully automated assembly process integrates insulation printing, precision lamination, FPC bonding, and pre-shipment electrical testing. By standardizing and front-loading critical steps, we enhance consistency, reduce defect risk, and ensure stable mass production delivery.
Quick Overview
- Technical Positioning: Automated assembly and front-end manufacturing support for Metal Mesh touch sensors.
- Key Values: Low resistance, high transparency, and support for ultra-narrow bezels and curved aesthetics.
- Production Capacity: Automated FPC bonding capacity reaches up to 435K units per month.
- Quality Control: 100% electrical testing before shipment based on specifications to minimize electrical defect risks.
- Delivery Support: We provide sampling rules, inspection summaries, and batch traceability tailored to each project.
Which Projects are Best Suited for Metal Mesh Solutions?
- Automotive Displays & Consoles:
Ideal for projects requiring narrow bezels, signal stability, and high environmental durability to withstand rigorous automotive standards. - High-End Display Terminals:
Optimized for premium applications pursuing high transparency and aesthetic consistency, such as high-end All-in-One (AIO) PCs and commercial displays. - High-Sensitivity & Low-Latency Interaction:
The low-resistance structure significantly enhances signal quality, making it the preferred choice for applications requiring rapid touch response.
1
Dielectric Printing (Insulation)
Description: Precise printing of dielectric insulation layers between metal mesh patterns.
Advantages: Protects circuitry and ensures signal purity, maintaining exceptional touch sensitivity even within complex multi-layer structures.
2
Sensor Die-Cutting
Description: Utilizing automated equipment to precisely cut continuous Roll-to-Roll metal mesh material into individual sensor sheets. Advantages: High-precision dimensional uniformity. Provides a consistent baseline for subsequent automated assembly and ensures clean, smooth edges.
3
OCA Die-Cutting
Description: Using fully automated precision stamping equipment to perform custom-sized die-cutting of Optically Clear Adhesive (OCA) for metal mesh sensors. Key Feature: Achieves micron-level continuous OCA die-cutting, ensuring a perfect fit for specific sensor dimensions.
4
Multi-layer Lamination
Description: High-precision alignment and assembly of sensors and OCA within an automated framework.
Advantages: Enhanced Structural Stability. Achieves micron-level alignment precision, significantly boosting the product's structural strength and long-term durability.
5
Final Shape Cutting (Finishing)
Description: Automated precision finishing of the assembled panel’s external dimensions according to customer design.
Advantages: Enables Ultra-Narrow Bezel Designs. High-precision cutting technology maximizes the display area (AA), meeting the aesthetic requirements of modern industrial design.
6
ACF Pre-bonding
Description: Pre-applying Anisotropic Conductive Film (ACF) to the circuit connection terminals. Advantages: Improves Bonding Yield. Ensures uniform distribution of conductive particles, providing a robust conductive foundation for subsequent FPC bonding.
7
Automated FPC Bonding
Description: Utilizing automated bonding equipment to establish a thermal compression connection between the Flexible Printed Circuit (FPC) and the sensor contact points.
Advantages: High-Speed Mass Capacity. With a monthly capacity of 435K units, we ensure absolute consistency of bond points and stable signal transmission.
8
Resin Coating (Encapsulation)
Description: Applying protective resin to critical connection areas to strengthen encapsulation stability. Advantages: Upgraded Environmental Resilience. Enhances moisture and shock resistance at the contact points, extending the product's lifespan even in harsh operating environments.
9
Electrical Testing
Description: Utilizing automated testing instruments to conduct comprehensive evaluations of electrical signal transmission, impedance, and overall functionality. Advantages: Zero-Defect Quality Control. Ensures that every Metal Mesh sensor meets touch sensitivity and electrical specifications before shipment, providing customers with a guarantee of reliable performance.