Container Welding System – Rotary Table Container Manufacturing Plants for Extrusion Welding

Customized container production systems:

Example 40.40 E-DT1

This offers:

1.) Weldable diameter

*Portal system container length
40 = 40 x 100 mm + 50 mm = 4050 mm

2.) Weldable height
*Portal system container height/width
40 = 40 x 100 mm + 50 mm = 4050 mm
3.) Degree of automation
E = Electrically driven traverse axes
4.) Design
D = Rotary table for round containers

P = Portal system for rectangular and round containers
5.) Machine equipment
T = Standard version
6.) Traverse axis drives
1 = Movable axes 1 + 1 = 2 (1+main drive)

All machines are equipped with a vacuum clamping unit consisting of a round clamping plate with reserve tank. This ensures a secure hold and positional stability of the product to be manufactured. 

The direct drive consists of an infinitely variable three-phase motor with bevel gear. The machine has positionable support rollers to improve the support and therefore the dimensional stability of the product. 

Features and applications of container welding systems:

Properties:

• Versatility: container welding systems are suitable for processing a wide range of materials, including plastics such as PE, PP, PVC, as well as metals and composites.
• Precise welding technology: The systems use advanced welding techniques such as hot-wedge, hot-air or extrusion welding to ensure a highly precise and durable connection between the container components.
• Automation: Many container welding systems are fully automated and can carry out the welding process under program control, which enables high production speed and consistency.
• Flexibility: The ability to set different welding heads, tools and welding parameters means that container welding systems can be adapted for a wide range of container sizes and shapes.
• Quality control: Integrated quality control systems monitor the welding process in real time and ensure compliance with quality standards and specifications.

Applications:

• Chemical industry: Production of chemical-resistant containers for the storage and transportation of aggressive chemicals.
• Food industry: Production of food-safe containers for the storage and transportation of food and beverages.
• Environmental technology: Production of tanks for wastewater treatment, sewage treatment plants and environmental protection applications.
• Energy production: Production of containers for the storage of water, oil, gas and other energy sources.
• Pharmaceutical industry: Manufacture of sterile containers for the storage and transportation of pharmaceutical products and medicines.