Magnetic Type Automatic Nut Feeding Machine
CN-20M
Magnetic Type Automatic Nut Feeding Machine (Model: CN-20M) is suitable for semi-automatic assembly operations that require repeated nut fastening. The equipment helps operators reduce the time spent manually picking up and placing nuts. With handheld operation, it can be applied to different workpiece positions, improving workflow continuity and nut fastening efficiency. Actual configuration can be evaluated based on nut specifications, workpiece conditions, and production line requirements.
Nickname
Handheld Automatic Nut Feeding Machine, Automatic Nut Feeding and Fastening Machine, Nut Feeding and Fastening Machine
Magnetic Type Automatic Nut Feeding Machine (Model: CN-20M) is a semi-automatic equipment designed for nut fastening applications. It helps improve production line efficiency by reducing the time required for manual nut pick-up, placement, and repeated fastening. With handheld fastening operation, the operator can flexibly move the fastening end according to the workpiece hole position and assembly location, making it suitable for multi-point fastening, small workpieces, or applications where fixed automation equipment is not easy to implement.
CN-20M arranges the nuts through the feeding mechanism and delivers them to the fastening end, allowing the operator to focus on workpiece positioning and fastening. This operating method helps reduce nut dropping, missing placement, or unstable manual placement, making the overall assembly process smoother and improving the efficiency of repetitive nut fastening operations.
The machine can be configured with suitable fastening tools according to actual operation requirements. Feeding and vibration-related parameters can also be adjusted based on different nut conditions to improve feeding stability and operational smoothness. It is suitable for semi-automatic assembly lines involving electronic components, hardware parts, plastic parts, metal parts, and other applications requiring nut fastening.
Actual applicability should be evaluated based on nut size, shape, material, surface treatment, workpiece hole position, and fastening conditions. It is recommended to provide actual nut and workpiece samples for testing to confirm feeding stability, fastening performance, and equipment configuration requirements.
Features
・Handheld operation design allows the fastening end to be moved flexibly according to the workpiece position, making it suitable for multi-point or semi-automatic assembly operations.
・Nuts can be arranged by the feeding mechanism and delivered to the fastening end, reducing the time required for manual nut pick-up and placement.
・Pneumatic feeding method helps improve the smoothness of continuous fastening operations.
・Feeding and vibration-related parameters can be adjusted according to different nut conditions to improve feeding stability.
・Suitable for assembly applications involving electronic components, hardware parts, plastic parts, metal parts, and other products requiring repeated nut fastening.
・Applicable fastening tools can be evaluated according to nut specifications, workpiece conditions, and production line requirements.
・Helps reduce nut dropping, missing placement, or unstable manual placement, thereby improving overall operation efficiency.
Function
Automatic Nut Feeding
After nuts are loaded into the hopper, the equipment arranges and delivers them through the feeding mechanism, reducing the time required for manual nut pick-up and placement while improving operation efficiency.
Handheld Fastening Operation
The operator can hold the fastening end and align it with the workpiece hole position for fastening, making it suitable for multi-point fastening, small workpieces, or semi-automatic assembly applications where fixed equipment is not easy to implement.
Pneumatic Feeding Process
Nuts are delivered to the fastening end by pneumatic feeding. After one fastening cycle is completed, the next operation can continue smoothly, improving the continuity of the overall fastening process.
Feeding and Vibration Parameter Adjustment
Related control parameters, including vibration frequency, vibration intensity, and feeding status settings, can be adjusted according to nut conditions and feeding requirements to improve feeding stability for different nut applications.
Flexible Fastening Tool Configuration
Suitable fastening tools can be evaluated according to actual operation requirements, nut specifications, and workpiece conditions, providing greater flexibility when introducing the equipment into production.
Semi-Automatic Assembly Applications
Suitable for electronic components, hardware parts, plastic parts, metal parts, and other applications requiring repeated nut fastening, helping reduce manual handling workload and improve assembly smoothness.
| Model | CN-20M |
|---|---|
| Product Name | Magnetic Type Automatic Nut Feeding Machine |
| Feeding Method | Pneumatic feeding |
| Nut Capacity | Approx. 3000 pcs for M3 nuts |
| Feeding Rate | Approx. 45 pcs/min |
| Fastening Speed | Approx. 1.5–2 sec/pc |
| Applicable Air Pressure | 0.6–0.8 MPa |
| Power Supply | AC 220V |
| Rated Power | Approx. 200W |
| Feeding Tube Length | Approx. 2.5 m |
| Machine Dimensions | Approx. L306 × W227 × H270 mm |
| Machine Weight | Approx. 15 kg |
| Fastening Tool | To be evaluated based on nut specifications, workpiece conditions, and actual operation requirements |
| Applicable Nuts | To be evaluated based on nut size, shape, material, and feeding stability |
Available Screw Chart
| Applicable Fastening Item | Nut |
|---|---|
| Reference Specification | M3 nut |
| Applicable Range | To be evaluated based on nut size, shape, thickness, material, surface treatment, and feeding stability |
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