Automatic Feeder PCBA

Product Introduction

This Automatic Feeder PCBA is designed for smart feeding systems in agriculture, aquaculture, and livestock management. It provides precise motor control, reliable timing, and stable operation, ensuring that feeders deliver the correct amount of food automatically. Built with high-quality materials and strict quality standards, this PCBA ensures long-term durability, environmental resistance, and efficient performance, helping farmers save labor and improve feeding accuracy.

Key Features

• High Reliability – Stable operation in outdoor and indoor environments.

• Precise Control – Accurate timing and portion control for automated feeding.

• Durable Construction – FR-4 / High-Tg materials ensure long-term use.

• Moisture & Dust Resistance – Suitable for agricultural and aquaculture environments.

• Thermal & Power Stability – Maintains performance under continuous operation.

• Environmentally Friendly – Fully RoHS compliant and certified.

Applications

• Smart Livestock Feeders

• Automatic Fish Feeding Machines

• Poultry and Pig Feeding Systems

• Automated Agriculture Feeding Equipment

Specifications

• Base Material: FR-4 / High-Tg FR-4

• Layer Count: 2–6 layers (customizable)

• Board Thickness: 1.0–1.6mm

• Copper Thickness: 1oz–2oz

• Surface Finish: ENIG / HASL / OSP

• Solder Mask / Legend: Green / White

• Component Types: SMT / Through-Hole / Mixed

• Certificates: UL, IPC-6012, RoHS, ISO 9001, ISO 14001, REACH

Packaging

• Anti-static, moisture-proof packaging

• Protective bubble wrap or foam

• Packed in standard export cartons

• Custom packaging available for bulk orders

Product Title & Brief

Title Options:

• Automatic Feeder PCBA for Smart Livestock & Aquaculture Systems

• High-Reliability PCBA for Automatic Feeding Machines

• PCBA Assembly for Precision Agricultural Feeders

Brief:
A durable and reliable PCBA for automatic feeders, providing precise control, stable operation, and environmental resistance for agricultural and aquaculture applications.