MACHINE MODEL | MACHINE FREQUENCY | MACHINE WATTAGES | AIR SUPPLY | POWER SUPPLY |
---|---|---|---|---|
DK.2010D | 20KHz | 1000 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
DK.2015D | 20KHz | 1500 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
DK.2020D | 20KHz | 2000 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
DK.1522D | 15KHz | 2200 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
DK.1526D | 15KHz | 2600 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
DK.1532D | 15KHz | 3200 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
DK.1542D | 15KHz | 4200 W | 3-6 Kg. | 1 Ph. 220V , +/-1V. / 50-60Hz |
A digital ultrasonic welding machine is a type of equipment used in the ultrasonic welding process, which involves joining and bonding thermoplastic materials together using high-frequency ultrasonic vibrations. What sets a digital ultrasonic welding machine apart is its advanced digital control system, which provides precise, programmable, and highly adjustable control over the welding process.
Here are some key features and characteristics of a digital ultrasonic welding machine.
1. Digital Control System: Instead of analog components, such as potentiometers and analog voltage signals, digital ultrasonic welding machines use digital components and microprocessors to control and monitor various welding parameters.
2. Precise Settings: The digital control system allows for precise control over parameters like amplitude (vibration intensity), welding time, welding pressure, and energy input. This precision is crucial for achieving consistent and high-quality welds.
Programmability: Digital welding machines often have programmable features that enable operators to store and recall specific welding parameters for different materials, part geometries, and welding applications.
Digital Display: These machines typically include digital displays that show real-time information about the welding process, such as power levels, time, and other relevant data.
Data Logging: Some digital machines may offer data logging capabilities, allowing operators to track and record welding process data for quality control and documentation purposes.
Ease of Use: Digital control systems make it easier for operators to set up and fine-tune the welding process, reducing the learning curve and the potential for errors.
Digital ultrasonic welding machines are commonly used in industries that require precise and consistent ultrasonic welding, such as the automotive, electronics, medical device manufacturing, and packaging industries. The advanced control features and flexibility make them suitable for a wide range of applications where high-quality, repeatable welds are essential.
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