Product Overview
The Zowinda Auto Wire Embedding Machine is a fully integrated dual-station system engineered for high-volume, high-precision antenna wire embedding in inlay production. Designed in response to customer demand for greater throughput without compromising accuracy, this 2-in-1 platform enables simultaneous, independent wire embedding operations within a single footprint. The system is ideal for manufacturers of RFID inlays, smart card antennas, and other contactless device components requiring scalable, automated, and flexible production capabilities.

Core Functionality
This machine automates the complete wire embedding workflow: feeding, correction, embedding, and collection—eliminating manual handling and significantly enhancing production consistency. By utilizing a dual-transfer station design for continuous feeding and receiving, the system minimizes non-processing time and maximizes machine utilization. The vacuum processing tables operate in a cyclic switching mode, allowing for material replenishment without stopping production, which dramatically increases overall equipment effectiveness (OEE).

Key Features & Technical Advantages

1. Dual-Station, Continuous Operation
   The machine incorporates two fully independent embedding stations that work in parallel. This architecture not only doubles potential output but also provides operational redundancy. If one station requires maintenance, the other can continue production uninterrupted, ensuring higher line availability.

2. High-Precision Vacuum Processing System
   Each station features a custom-sized vacuum suction platform that secures the substrate material with exceptional flatness during the embedding process. An integrated vacuum detection system monitors material presence and grip strength, preventing errors due to misplacement or slippage. This ensures micron-level accuracy in antenna wire placement.

3. Advanced Pre-Positioning & Material Handling
   An intelligent pre-positioning system transfers material from the feeding box to a dedicated correction station. Here, automatic alignment and double-sheet detection occur before the material moves to the vacuum plate for embedding. This two-stage process guarantees precise registration and compatibility with diverse panel layouts (e.g., 3x8, 6x8).

4. Unified Rail & Independent Axis Design
   The automatic feeding, transfer, and receiving mechanisms operate on a unified linear guide rail system, resulting in a compact and space-efficient footprint. Crucially, the feeding and receiving modules utilize independent X-Y axis drives. This allows for separate calibration and fine-tuning of positioning parameters, offering unmatched flexibility for different product formats and future layout changes.

5. Servo-Driven Precision & PLC Control
   The core motion system is driven by high-performance servo motors with a remarkable adjustment resolution of 0.01mm, coupled with robust PLC control. This ensures smooth, accurate, and repeatable wire embedding paths. The side-and-cylinder positioning method provides a stable and reliable foundation for high-speed operation.

   
   

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Technical Specifications

The appearance of the equipment and station layout:

*Speed is dependent on wire path complexity and the number of active embedding heads per station.

Applications
This system is specifically designed for the automated production of:

• RFID Inlays for inventory tracking, logistics, and retail.

• Contactless Smart Card Antennas for payment, access control, and identification.

• NFC Antenna Components for consumer electronics and IoT devices.

• Specialty Inlays requiring complex, high-density wire patterns.

Benefits for Your Production Line

• Increased Productivity: Dual-station operation and non-stop material handling achieve outputs up to 2800 coils per hour.

• Superior Accuracy: 0.01mm servo resolution and vacuum fixation ensure precise and consistent wire embedding.

• Enhanced Flexibility: Independent axis control and customizable vacuum plates allow quick adaptation to various product layouts.

• Reduced Labor & Downtime: Fully automated from feed to collection, requiring only one operator. Maintenance on one station does not halt overall production.

• Improved Quality Control: Integrated detection systems (vacuum, double-sheet) prevent defects and ensure process stability.