How Much Does an Eddy Current Separator Cost in 2025?

In 2025, the average eddy current separator cost ranges from $18,000 to $95,000, depending on machine size, belt width, magnetic intensity, production capacity, customization, and brand.

Typical 2025 Price Ranges

Small ECS (300–500 mm belt width): $18,000 – $35,000
Medium ECS (600–1000 mm belt width): $35,000 – $60,000
Large/Industrial ECS (1200–2000 mm belt width): $60,000 – $95,000+

These prices reflect the general global market in 2025. However, highly efficient models with stronger magnetic fields—such as those in the Oromineral series—may offer significantly better long-term ROI due to improved separation rates and reduced downtime.

Key Factors Affecting Eddy Current Separator Cost

1. Belt Width

Wider belts allow higher throughput. As width increases, the eddy current separator cost rises proportionally.

2. Magnetic Field Strength (Gauss Level)

Higher magnetic intensity delivers stronger repelling forces, improving separation efficiency for small or low-density metals.

3. Drum Speed and Belt Speed

Adjustable high-speed drums improve performance but require more advanced components, increasing costs.

4. Capacity (m³/h)

Higher-capacity machines cost more but offer a lower cost per ton of material processed.

5. Construction Quality

Durable frames, industrial-grade bearings, and reinforced drums extend machine life, reducing long-term maintenance costs.

6. Customization

Applications like e-waste, PET sorting, or heavy-duty scrap processing may require custom configurations, affecting the price.

Oromineral Eddy Current Separator: Technical Specifications

Oromineral Eddy Current Separator Machine

Oromineral is known for building high-performance, durable, and highly efficient eddy current separators. Their 2025 lineup includes models ranging from 300 mm to 2000 mm belt widths, offering solutions for everything from small recycling facilities to large industrial plants.

Technical Specifications Table

Model	Belt Width (mm)	Magnetic Field (GS)	Drum Diameter (mm)	Drum Speed (r/min)	Belt Speed (m/s)	Capacity (m³/h)	Drum Drive Power (kW)	Belt Drive Power (kW)	Weight (kg)
HTECS-3	300	≥3000	320	50–2880	0–2	2–3	4	1.1	1100
HTECS-4	400	3–4	320	50–2880	0–2	3–4	4	1.1	1200
HTECS-5	500	4–5	320	50–2880	0–2	4–5	4	1.1	1400
HTECS-6	600	5–6	320	50–2880	0–2	5–6	4	1.1	1500
HTECS-6.5	650	5–7	320	50–2880	0–2	5–7	4	1.1	1700
HTECS-7	700	6–8	320	50–2880	0–2	6–8	5.5	1.1	1900
HTECS-7.5	750	7–9	320	50–2880	0–2	7–9	5.5	1.1	2100
HTECS-8	800	8–10	320	50–2880	0–2	8–10	7.5	1.1	2500
HTECS-10	1000	9–11	320	50–2880	0–2	9–11	7.5	1.5	3100
HTECS-12	1200	10–12	320	50–2880	0–2	10–12	11	2.2	3500
HTECS-14	1400	12–14	320	50–2880	0–2	12–14	11	2.2	3900
HTECS-15	1500	13–15	320	50–2880	0–2	13–15	11	2.2	4300
HTECS-20	2000	17–20	320	50–2880	0–2	17–20	15	3	5200

Key Features

High Separation Efficiency: Adjustable drum and belt speeds plus powerful magnetic fields maximize metal recovery.
Robust Construction: Long-life engineering reduces downtime.
Easy Maintenance: Accessible design lowers operating costs.
Custom Options: Belt width, drum size, and speed configurations available.

2025 Price Comparison Table

Belt Width	Machine Size	Estimated 2025 Cost	Typical Applications
300–500 mm	Small	$18,000 – $35,000	Labs, small recycling plants
600–1000 mm	Medium	$35,000 – $60,000	Municipal recycling, plastics
1200–2000 mm	Large Industrial	$60,000 – $95,000+	Scrap metal, e-waste, mining

How to Choose the Right Eddy Current Separator

1. Match the machine size to your throughput

Higher capacity requires wider belts and stronger magnetic systems.

2. Consider metal particle size

Fine particles require stronger magnetic intensity (higher Gauss).

3. Evaluate durability

Industrial facilities need reinforced components and high drum speeds.

4. Compare long-term maintenance costs

Quality construction reduces belt replacement, motor issues, and downtime.

5. Select a trusted manufacturer

Brands like Oromineral offer proven reliability and customizable configurations suitable for demanding recycling operations.

Common Applications

Aluminum can separation
Metal recovery from plastic flakes
E-waste metal extraction
Automobile shredder residue (ASR) recovery
Construction waste cleanup
Metal recovery in mining operations

Company Spotlight: Oromineral Eddy Current Separator

The Oromineral Eddy Current Separator Machine series is engineered for high-efficiency performance, durability, and superior metal recovery. With models ranging from 300 to 2000 mm belt width and magnetic fields up to 20,000 GS, these machines serve small, medium, and large-scale recycling operations.

Whether you need a compact separator for plastics or a high-capacity system for metal scrap processing, Oromineral offers customizable configurations to meet your operational requirements.

Frequently Asked Questions (FAQ)

1. What is the typical lifespan of an eddy current separator?

Most high-quality ECS systems last 8–15 years with regular maintenance.

2. Is a stronger magnetic field always better?

Not always. Higher Gauss is helpful for fine particles, but for larger metals, belt width and speed may matter more.

3. How often should belts be replaced?

Typically every 6–18 months depending on material abrasiveness and usage.

4. Are eddy current separators suitable for wet materials?

They perform best with dry materials. Moisture can reduce efficiency.

5. How do I reduce operating costs?

Choose energy-efficient motors, regularly maintain bearings, and run the machine at optimal speeds.

Table of Contents

What Is an Eddy Current Separator?