SMT Pick and Place Machine JUKI FEEDER AF 8MM feeder

Introduction to the JUKI AF 8mm Feeder

The JUKI AF 8mm Feeder is a compact, high-precision tape feeder designed for stable component delivery in modern SMT production lines. It is specifically engineered for 8mm tape widths and is widely used for feeding small passive components such as resistors, capacitors, diodes, LEDs, and micro-ICs. With its reliable mechanical structure and smooth feeding mechanism, the JUKI AF 8mm Feeder ensures consistent performance even under high-speed placement conditions.

• High Feeding Accuracy: Ensures precise indexing and minimizes component shift or mis-pick issues.
• Smooth, Stable Operation: Low vibration and optimized feeding track guarantee excellent performance on fast-paced SMT lines.
• Durable Construction: Built with high-strength materials for long-term use and reduced maintenance.
• Easy Loading & Adjustment: User-friendly design supports quick tape replacement and effortless operator handling.
• Compatible with High-Speed SMT Machines: Performs reliably during continuous, high-speed placement.

The JUKI AF 8mm Feeder is suitable for SMT production in:

• Consumer electronics
• Automotive electronics
• Communication devices
• Industrial control units
• LED lighting products
• Medical and smart wearable devices
• Ideal for small, high-density components that require precise and stable feeding.

This feeder can be used on:

• JUKI KE Series: KE-2050, KE-2060, KE-2070, KE-2080
• JUKI FX Series: FX-1R, FX-3, FX-3R
• JUKI RS Series
• JUKI JX Series

We provide factory-direct JUKI feeders with:

• Independent Manufacturing: Ensuring stable quality control and competitive pricing.
• Adequate Inventory: Large stock for fast delivery and continuous supply.
• Strict Quality Assurance: Every feeder undergoes full inspection and testing before shipment.
• Strong After-Sales Support: Technical guidance, maintenance service, and long-term warranty.

Our expertise, stable supply, and reliable service help customers achieve efficient and uninterrupted SMT production.