Hot gas welder Welding gun 500 digital

The small and compact welding gun is an indispensable tool for plastics processors who require precise welding of thermoplastics.

It offers maximum flexibility in terms of air supply, whether via a separate blower or by using compressed air.

Additional information:

Voltage: This welding gun is available in two voltage variants, either 230 V at 50/60 Hz or 120 V at 50/60 Hz, to suit different power grids.
Heat output: With a heat output of 1500 W at 230 V or 1300 W at 120 V, the gun delivers the heat required for precise welding.
Temperature: The temperature is infinitely adjustable in the range from 20 to 700 °C, which enables precise adaptation to the requirements of different plastic materials.
Weight: With a weight of only 0.75 kg, the gun is light and easy to handle, which improves operation and maneuverability.
Control: The temperature is controlled digitally using state-of-the-art electronics, which ensure precise control and constant performance.
Air requirement: This welding gun requires an external air supply, which further increases its adaptability to different working environments.
Control system: The control system is digital, which enables user-friendly operation and precise settings.

This welding gun offers plastics processors a reliable and precise solution for welding thermoplastics and impresses with its compact design, versatility and advanced technology.

Tension	230 V 50/60 Hz or 120 V 50/60 Hz
Heat output	1500 W 230 V or 1300 W 120 V
Temperature	20-700 °C, infinitely adjustable
Weight	0.75 kg
Regulation	Electronics
Air requirement	External air supply
Control system	digital

Further information on compressed air for welding plastics:

In the plastics processing industry, compressed air is often used for various welding techniques.
The compressed air can fulfill several functions, depending on the specific welding process being used.

Hot air welding:
In some plastic welding techniques, such as hot air welding, compressed air is used to direct heated air onto the plastic surfaces to be joined. The heated air melts the plastics and a solid weld seam is created after cooling.
Ultrasonic welding:
In this method, compressed air is used to operate an ultrasonic transducer that generates vibrations. These vibrations cause friction and heating of the plastic surfaces, which leads to their fusion and the creation of a weld seam.
Extrusion welding:
In some cases, compressed air is used to control the extrusion process. Molten plastic material is pressed out of a nozzle and shaped with compressed air to produce a welded joint.

Features:

Precise control:
Compressed air systems for welding plastics often require precise control to ensure the required pressure and optimum air composition.
Adaptability:
The compressed air source should be adaptable to different welding techniques and plastic materials.
Reliability:
A reliable compressed air system is crucial to ensure consistent results in the welding process.
Security functions:
Depending on the specific requirements of the welding application, safety functions such as pressure regulators and safety valves may be installed.

It is important to note that the exact type of compressed air source and its functions depend heavily on the specific welding technology and the requirements of the plastic welding process.