Scrap electric motors contain valuable copper windings, steel components, and other recyclable materials. However, removing copper wires from motor stators can be time-consuming when using traditional manual dismantling methods. A 5-in-1 Copper Motor Recovery Machine offers a more efficient solution by combining multiple dismantling and copper extraction functions in one machine.
Copper recovery also supports the circular use of valuable raw materials. The International Copper Association’s overview of the copper circular economy explains how copper recycling helps return recovered materials to the supply chain.
Designed for motor recycling plants, scrap yards, and metal recovery businesses, this equipment helps operators process different types of motor stators while reducing manual work. By integrating cutting, stator splitting, and hydraulic copper wire extraction, the machine supports a more organized workflow for copper recovery from electric motors.
What Is a 5-in-1 Copper Motor Recovery Machine?
A 5-in-1 Copper Motor Recovery Machine is specialized equipment designed to dismantle motor stators and extract copper windings for recycling. Instead of relying entirely on manual cutting and pulling, operators can use dedicated mechanical assemblies to remove copper wires from the stator core.
The SUNY GROUP multifunctional motor stator dismantling machine is designed for three-phase asynchronous motors, household appliance motors, and other electrical motors. Its integrated structure includes a main frame, lifting assembly, wire-cutting assembly, wire-pulling assembly, wire-gripping assembly, electrical system, and hydraulic system.
The machine combines five functions:
- Wire cutting: Cuts copper windings to prepare the stator for extraction.
- Stator splitting: Cuts the stator structure to expose internal windings.
- Housing opening: Helps open motor structures for dismantling.
- Claw-based copper pulling: Uses gripping components to extract copper wires.
- Hydraulic pushing and heavy-duty pulling: Provides alternative extraction methods for different stator sizes.
These functions give operators greater flexibility when processing mixed scrap motors. Instead of using the same extraction method for every stator, they can select the appropriate assembly according to the motor’s dimensions and structure.
How Does Copper Recovery from Electric Motors Work?
The copper recovery process involves preparing the stator, cutting the windings, positioning the workpiece, and mechanically extracting the copper. Proper positioning and choosing the correct dismantling assembly are essential for effective operation.
Step 1: Prepare the Machine and Stator
Before operation, check the hydraulic oil level, electrical connections, safety devices, and working area.
Inspect the scrap motor and determine the appropriate dismantling method based on its size. Remove any loose components that could interfere with processing.
Step 2: Cut the Copper Windings
Place the stator on the wire-cutting assembly and position it securely. Operate the cutting mechanism using the designated foot pedal to cut a section of copper winding.
Rotate the stator and repeat the operation until the winding at one end has been cut. This prepares the copper wires for subsequent extraction.
Controlled cutting helps make the dismantling process more consistent and reduces the need for repeated manual cutting.
Step 3: Position the Stator for Copper Extraction
After cutting, select the suitable extraction assembly according to the stator dimensions.
For smaller stators, position the workpiece on the wire-gripping mandrel with the cut end facing outward. For larger stators, use the lifting platform to adjust the working height and secure the stator core with the designated baffle.
Correct positioning helps maintain stability during the extraction process.
Step 4: Extract the Copper Wires
Operate the gripping or pulling mechanism to remove the internal copper windings from the stator core. The hydraulic system provides the force required for mechanical extraction.
For larger workpieces, the lifting assembly and wire-pulling pliers help operators position and grip the copper windings before extraction. Follow the manufacturer’s operating instructions and safety procedures throughout the process.
Step 5: Collect and Sort Recovered Materials
After dismantling, collect the extracted copper wires separately from the steel core, aluminum components, and other recoverable materials.
These recovered materials can then enter the appropriate downstream recycling channels. Additional processing or separation equipment may be required depending on the composition of the incoming motors and the recycling plant’s requirements.
Technical Specifications of the 5-in-1 Copper Motor Recovery Machine
When selecting a motor dismantling machine, buyers should compare the equipment specifications with their actual feedstock and working conditions.
The main specifications of the SUNY GROUP multifunctional motor stator dismantling machine are listed below.
| Parameter | Specification |
|---|---|
| Processing capacity | 500 kg/h |
| Power supply | 380 V, 50 Hz |
| Motor power | 5.5 kW |
| Hydraulic system pressure | 16 MPa |
| Hydraulic oil tank capacity | 80 L |
| Cutting cylinder stroke | 100 mm |
| Gripping cylinder stroke | 200 mm |
| Pulling cylinder stroke | 600 mm |
| Overall dimensions | 1400 × 1300 × 1700 mm |
| Equipment weight | 650 kg |
The machine has a specified stator dismantling range of 20–500 mm. Actual processing suitability depends on the stator design, dimensions, and material structure. Buyers should confirm compatibility with the manufacturer before ordering.
For businesses processing waste electrical and electronic equipment in the European Union, the European Commission provides information on relevant WEEE collection and treatment requirements.
Key Benefits of Using a Motor Copper Recovery Machine
Reduced Manual Work
Manual motor dismantling requires repetitive cutting and pulling. A multifunctional machine mechanizes important operations, helping reduce physical workload and improve the consistency of the dismantling process.
Multiple Extraction Methods
Different motor stators can have different sizes and winding arrangements. The combination of gripping, pushing, and pulling mechanisms allows operators to select a suitable extraction approach for the workpiece.
More Organized Material Recovery
The machine is designed to remove copper windings from motor stators, allowing recovered copper to be collected for recycling. Steel, aluminum, and other components can be sorted for their respective recovery processes.
Broad Motor Recycling Applications
The equipment is suitable for dismantling stators from three-phase asynchronous motors, household appliances, and other compatible electrical motors. Potential users include motor recycling plants, copper recovery businesses, and resource regeneration facilities.
How to Choose the Right Electric Motor Copper Recovery Equipment
Before purchasing a 5-in-1 Copper Motor Recovery Machine, evaluate the types of motors you process and your daily or hourly throughput requirements.
First, check the stator dimensions and winding structure. Next, confirm the required processing capacity and available electrical supply. You should also consider operator training, workshop layout, material collection, and whether additional equipment is needed for downstream processing.
Providing photos, videos, and dimensions of your scrap motors will help the manufacturer evaluate compatibility and recommend an appropriate configuration.
Frequently Asked Questions
What is the capacity of the 5-in-1 Copper Motor Recovery Machine?
The published product specification lists a processing capacity of 500 kg/h. Actual throughput may vary according to motor size, stator structure, operating conditions, and material handling.
What power supply does the machine require?
The standard specification is 380 V, 50 Hz, with a 5.5 kW motor. Confirm your local power requirements and any customization needs before ordering.
What materials can be recovered?
The machine primarily dismantles motor stators to extract copper windings. Steel, aluminum, and other components can also be collected and sorted for further recycling.
Can one machine handle different motor sizes?
The equipment provides multiple extraction assemblies and a specified stator dismantling range of 20–500 mm. Compatibility should be confirmed using the actual stator dimensions and structure.
Is this a complete electric motor recycling line?
No. This machine focuses on stator dismantling and copper extraction. A complete recycling facility may require additional equipment for motor pretreatment, material separation, and downstream processing.
Conclusion
The 5-in-1 Copper Motor Recovery Machine provides an integrated approach to motor stator dismantling by combining wire cutting, stator splitting, gripping, pushing, and pulling functions.
For businesses focused on copper recovery from electric motors, this equipment can help reduce manual dismantling work, improve workflow organization, and recover valuable copper windings from compatible scrap motors.
To determine whether the machine suits your recycling operation, evaluate your motor dimensions, required capacity, and material characteristics before selecting the final configuration. Contact SUNY GROUP with your scrap motor photos and processing requirements to discuss a suitable solution.