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Specification
Product Name | Transfer Finger for Multi-station Fastener Cold Forming Machine |
Material | 45# Steel |
Accuracy | High-precision(0.005) |
roughness | RA0.1 |
Hardness | 26-35HRC |
Lead time | Shortly lead time(around 15 days,10 days are available for a small number of urgent order) |
Service | Customization,Design and optimization capability for improvement of mould life |
Application | High strength automotive fasteners, auto parts, engineering forging parts, rail transit rivets, aerospace rivets, tensile mold products, and all kinds of standard cold heading molds. |
Certification | ISO9001:2015 |
Processing methods | Cold heading, warm heading, cold extrusion, stretching. |
Equipment | CNC Lathes, CNC inner hole grinding machines, CNC cylindrical grinding machines, CNC Wire cutting,etc. |
Types and Functions:
1. Mechanical gripper: It consists of a clamping device, an adjustment device, and a fixing device. It has a large clamping force and is suitable for workpieces of different diameters;
2. Hydraulic gripper: It uses the hydraulic principle to control the clamping force. It is suitable for workpieces with larger diameters and has a greater clamping force;
3. Pneumatic gripper: It uses the air pressure principle to control the clamping force. It has the characteristics of large clamping force, simple operation, stability and reliability. It is a more common type;
How to Use:
Check the gripper: Before use, check whether the gripper is intact and the clamping force is normal.
Adjust the clamping force: Adjust the clamping force according to the diameter of the workpiece to ensure the stability of the workpiece.
Clamp the workpiece: Put the workpiece into the gripper, adjust the clamping force, and start the cold heading machine for processing.
The Debugging Skills of Cold Heading Machine Clamps Mainly Include The Following Aspects:
1. Hardware connection adjustment: First, make sure that the proximity switch is correctly installed on the equipment and connect all components according to the electrical schematic diagram.
2. Reset the equipment: Press the reset switch on the counter operation panel to reset the preset number and processing number.
3. Parameter setting: Set the acceleration and deceleration time parameters according to the requirements of the user unit. For example, increase the starting frequency of the inverter from 1Hz to 50Hz (that is, the motor speed increases from 0r/min to 1500r/min) and set it to 3 seconds.
4. Processing test: Start the machine to process parts in manual mode, and switch to automatic mode after the equipment runs normally. Set the total number of processed parts on the counter to 30, and then start the equipment. When the number of processed parts reaches 30, the equipment will stop running. In manual and automatic modes, the processing speed of the parts can be changed by adjusting the potentiometer on the speed regulator.
5. Emergency stop: Press the emergency stop button on the control panel to stop the equipment. After the total power is removed, the counter data remains unchanged. When the power is turned on again, the parts will be processed and stopped until the preset number is reached.
6. Equipment inspection: Before using the fully automatic opening and closing mold cold heading machine, check in detail whether all fasteners are locked and whether the protective devices are intact. Pay special attention to checking whether the mold and punch are normal, and whether each mechanism works normally.
7. Fault handling: If a fault occurs, stop the machine immediately and find the cause to eliminate the hidden dangers when the equipment is working. Pay attention to the maintenance and maintenance of lubricating oil to ensure the operational stability of the cold heading machine.
Through the above tips and precautions, the cold heading machine clamp can be effectively debugged to ensure its efficient and stable operation.
Why Choose Us
1. Professional mould simulation development and design capability.
2. High-precision and high-stability mould manufacturing capability.
3. Optimization capability for continuous improvement of mould life.
4. Shortly lead time.
Specification
Product Name | Transfer Finger for Multi-station Fastener Cold Forming Machine |
Material | 45# Steel |
Accuracy | High-precision(0.005) |
roughness | RA0.1 |
Hardness | 26-35HRC |
Lead time | Shortly lead time(around 15 days,10 days are available for a small number of urgent order) |
Service | Customization,Design and optimization capability for improvement of mould life |
Application | High strength automotive fasteners, auto parts, engineering forging parts, rail transit rivets, aerospace rivets, tensile mold products, and all kinds of standard cold heading molds. |
Certification | ISO9001:2015 |
Processing methods | Cold heading, warm heading, cold extrusion, stretching. |
Equipment | CNC Lathes, CNC inner hole grinding machines, CNC cylindrical grinding machines, CNC Wire cutting,etc. |
Types and Functions:
1. Mechanical gripper: It consists of a clamping device, an adjustment device, and a fixing device. It has a large clamping force and is suitable for workpieces of different diameters;
2. Hydraulic gripper: It uses the hydraulic principle to control the clamping force. It is suitable for workpieces with larger diameters and has a greater clamping force;
3. Pneumatic gripper: It uses the air pressure principle to control the clamping force. It has the characteristics of large clamping force, simple operation, stability and reliability. It is a more common type;
How to Use:
Check the gripper: Before use, check whether the gripper is intact and the clamping force is normal.
Adjust the clamping force: Adjust the clamping force according to the diameter of the workpiece to ensure the stability of the workpiece.
Clamp the workpiece: Put the workpiece into the gripper, adjust the clamping force, and start the cold heading machine for processing.
The Debugging Skills of Cold Heading Machine Clamps Mainly Include The Following Aspects:
1. Hardware connection adjustment: First, make sure that the proximity switch is correctly installed on the equipment and connect all components according to the electrical schematic diagram.
2. Reset the equipment: Press the reset switch on the counter operation panel to reset the preset number and processing number.
3. Parameter setting: Set the acceleration and deceleration time parameters according to the requirements of the user unit. For example, increase the starting frequency of the inverter from 1Hz to 50Hz (that is, the motor speed increases from 0r/min to 1500r/min) and set it to 3 seconds.
4. Processing test: Start the machine to process parts in manual mode, and switch to automatic mode after the equipment runs normally. Set the total number of processed parts on the counter to 30, and then start the equipment. When the number of processed parts reaches 30, the equipment will stop running. In manual and automatic modes, the processing speed of the parts can be changed by adjusting the potentiometer on the speed regulator.
5. Emergency stop: Press the emergency stop button on the control panel to stop the equipment. After the total power is removed, the counter data remains unchanged. When the power is turned on again, the parts will be processed and stopped until the preset number is reached.
6. Equipment inspection: Before using the fully automatic opening and closing mold cold heading machine, check in detail whether all fasteners are locked and whether the protective devices are intact. Pay special attention to checking whether the mold and punch are normal, and whether each mechanism works normally.
7. Fault handling: If a fault occurs, stop the machine immediately and find the cause to eliminate the hidden dangers when the equipment is working. Pay attention to the maintenance and maintenance of lubricating oil to ensure the operational stability of the cold heading machine.
Through the above tips and precautions, the cold heading machine clamp can be effectively debugged to ensure its efficient and stable operation.
Why Choose Us
1. Professional mould simulation development and design capability.
2. High-precision and high-stability mould manufacturing capability.
3. Optimization capability for continuous improvement of mould life.
4. Shortly lead time.
