Regular Wood Grain Pattern Texture Ultrasonic Film Sealing Machine for Aluminium Profile
Ultrasonic Film Sealing Machine for Wood Grain Film:
1, full automatic
2,film cutting automatically
3,ultrasonic sealing
4,automatic storage table
In order to save labor,improve production efficiency,search full automatic ultrasonic film sealing machine for wood grain film, which is used for making wood grain effect on aluminum profile after powder coating surface treatment . Ultrasonic film sealing machine also call film sealing machine.
Design features of ultrasonic sealing welding machine:
| full automatic |
| wood grain film is cutted automatically after welding |
| including loading storage table |
| automatic profile discharge table after welding |
| film bag width can be adjusted |
| till now, maximum we do 900mm film bag width |
| good welding effect,no loose |
| welding film and packing aluminum profile at the same time |
Contact us:
| melody@chanjeou.com |
| whats app:0086 13450531604 |
| web:www.chanjeou.com |
Design difference ultrasonic wood grain bagging machine for aluminum profile:
| 1, film bag width is customized,regular one is 200~600mm |
| 2, wood grain film cutting is customized,manual or automatic |
| 3, loading by manual or by automatic |
| 4, discharge by manual or by automatic |
Customer Country list:
| 1,England |
| 2,Italy |
| 3,Canada |
| 4,Poland |
| 5,Saudi Arabia |
| 6,Serbia |
| 7,Belarus |
| 8, other countries...... |
Working principle of ultrasonic film sealing welding machine:
Ultrasonic film sealing welding machine is a device that uses the frictional heat caused by ultrasonic vibration to achieve material welding. Its working principle can be summarized as the following steps:
1. The ultrasonic generator generates high-frequency electrical energy and converts it into mechanical energy of the corresponding frequency.
2. Mechanical energy is converted into ultrasonic vibration through a piezoelectric ceramic converter, typically at a frequency of 20 kHz.
3. Ultrasonic vibration amplifies the amplitude through a welding horn (amplifier).
4. The welding horn transmits vibration to the welding head (welding mold), causing it to generate high-frequency mechanical vibration.
5. The workpiece directly contacts the welding joint through a contact angle or contact surface. Due to the uneven surface texture or protrusions of the workpiece, it first contacts at one or several points.
6. High frequency mechanical vibration causes high-frequency mechanical friction at the contact points of the workpiece, compared to the internal friction between molecules inside the workpiece.
7. High frequency mechanical friction causes stirring heat and conducts it to the interior of the workpiece.
Due to the effect of stirring heat, the surface temperature of the workpiece increases, and if it is a thermoplastic material, it softens.
Under the action of frictional heat and pressure, the molecular spacing inside the workpiece gradually decreases and fuses with each other over time, thus achieving the purpose of welding.
10. Stop ultrasonic vibration, lower the welding head, cool the workpiece, solidify the welding point, and complete the welding.
ultrasonic welding machines utilize high-frequency mechanical friction and stirring heat caused by ultrasonic vibration to achieve welding, which has the characteristics of high efficiency, speed, and no pollution.
