Electronic waste is growing at a record pace, and motherboards—packed with metals, plastics, resins, and high-value materials—represent one of the most complex waste streams to recycle. Traditional manual dismantling is slow, unsafe, and unable to meet today’s volume demands. This is where Motherboard Crushing and Separating Lines from SUNY GROUP come into play.

These advanced recycling systems are engineered to crush, separate, and purify valuable materials like copper, precious metals, and fiberglass from various electronic boards. They combine high-speed mechanical processes with intelligent separation technology to deliver high output, high recovery rate, low power consumption, and minimal pollution.

What Are Mother board Crushing and Separating Lines?

Motherboard Crushing and Separating Lines are automated recycling systems designed to break down waste motherboards, PCB boards, and electronic scrap into smaller particles and then separate metal from non-metal through physical and mechanical methods.

Unlike chemical processes, SUNY GROUP’s system uses dry-type separation—meaning no chemicals, no water, and no secondary pollution.

Core Functions

SUNY GROUP’s lines typically include:

• Primary Crusher – Breaks motherboards into small pieces.
• Hammer Mill / Fine Crusher – Further pulverizes materials into particle sizes suitable for separation.
• Airflow Separator – Uses air velocity to separate heavier copper and metal from lighter fiberglass and resin powder.
• Electrostatic Separator – Precisely separates mixed fine metals with up to 99% purity.
• Pulse Dust Removal System – Ensures a clean, dust-free working environment.

Together, these components form a fully automated, stable, high-yield recycling line

Mother board Crushing and Separating Lines

How Do Motherboard Crushing & Separating Lines Work? (Step-By-Step)
1. Feeding

Waste motherboards or PCB scraps are fed into the conveyor or hopper.

2. Coarse Crushing

A robust shredder or crusher breaks the boards into manageable pieces.

3. Fine Crushing & Pulverizing

A hammer mill reduces the material into small granular particles.

4. Airflow Separation

Metals (heavier) are separated from non-metals (lighter) using air flow.

5. Electrostatic Separation

High-voltage electrostatic technology further separates fine copper and other metals.

6. Final Output

• Copper particles
• Mixed metal powder
• Fiberglass powder

These materials can then be sold for reuse in various industries—turning e-waste into profit.

Motherboard Crushing and Separating Lines from SUNY GROUP represent the future of high-efficiency, eco-friendly electronic waste recycling. These machines turn complex e-waste into valuable resources, increase recycling profitability, and help companies meet modern environmental standards. Whether you’re scaling up or entering the e-waste market, SUNY GROUP’s technology offers reliability, speed, and unmatched value.