















Working principle
The working principle of the automatic flanging machine for plastic pipes is mainly based on the following steps
1. Pipe conveying and positioning: Manually place the plastic pipes to be flanged into the equipment interior, and precisely adjust the position of the pipes through the positioning system to ensure the accuracy of the flanging operation.
2. Heating and softening: By using a hot air high-frequency heating device, the part of the pipe to be flanged is uniformly heated to soften it to a state suitable for flanging. The heating temperature and time can be intelligently adjusted according to the material and thickness of the pipe.
3. Flanging forming: After the pipe softens, the flanging die rapidly descends to the edge of the pipe, and an appropriate pressure is applied to lift the edge of the pipe to the desired shape. The shape and size of the flanging die can be customized according to the customer's requirements.
4. Cooling and shaping: After the flanging is completed, the pipe material is rapidly cooled through the cooling system to shape the flanged part, ensuring the stability of the flanged shape and size.
5. Finished product output: The cooled and shaped pipes are conveyed to the next process or the finished product storage area through an automatic output system.
Product features
1. High-efficiency automation: By adopting an advanced automatic control system, the entire process of pipe transportation, positioning, heating, flanging, cooling and output is automated, significantly enhancing production efficiency.
2. Precise control: Through the intelligent temperature control system and positioning system, the heating temperature and time, as well as the position of the pipe and the shape of the flanging, are precisely controlled to ensure the consistency and stability of the flanging quality.
3. Strong adaptability: Customized production can be carried out according to different materials, specifications and thicknesses of plastic pipes to meet the diverse needs of customers.
4. Energy conservation and environmental protection: Advanced heating and cooling technologies are adopted to reduce energy consumption and emissions, meeting environmental protection requirements.
5. Easy to maintain: The equipment has a reasonable structural design, which makes it easy to clean and maintain, reducing maintenance costs.
Application field
Plastic pipe automatic flanging machines are widely used in multiple fields such as water supply and drainage systems, HVAC systems, automotive manufacturing, and home appliance manufacturing. In these fields, plastic pipe flanging machines are used to enhance the connection strength and sealing performance of pipes, improve the stability and safety of the system, and at the same time beautify the appearance quality of the products.
Product advantages
Compared with the traditional manual flanging, the automatic flanging machine for plastic pipes has the following significant advantages
1. Enhance production efficiency: Automated operation significantly reduces flanging time and boosts production efficiency
2. Ensure the quality of flanging: The precise control system and mold design guarantee the accuracy of the flanging shape and size.
3. Reduce labor costs: Automated operations minimize human intervention and lower labor costs.
4. Enhance product competitiveness: High-quality flanging effects improve the overall appearance and performance of the product, strengthening its market competitiveness
In conclusion, our company's automatic flanging machine is an efficient, precise and easy-to-maintain automated production equipment, widely used in multiple fields, bringing significant benefits and competitive advantages to the plastic pipe processing industry.
<table data-sort="sortDisabled" width="909""border="1">
Product Parameter Table | Other parameters | ||
Name | Automatic flanging machine | Heater temperature | 300℃ |
| Model | FBJ-03 | Adjustable height range of the heating head | ±5mm |
| Pipe diameter range | 15.0~30.0MM | The adjustable distance between the front and back of the fixture | ±10mm |
| Flange pipe diameter ratio | 1:1.5 | The minimum flange distance that can be flanged | 150mm |
| Number of channels | 1 | Central regulating device | Manual, fixed with screws |
| Overall dimensions | 1500*650*1520(length * height * width) | Gas source interface | 10mm |
| Power supply specification | AC 220V 50HZ | Voltage regulation method | Manual |
| Power | 3.5KW | ||
| Weight | 100KG | ||
| Usage environment | Normal temperature and humidity | ||
| Single-piece flanging time | 120S-150S | ||
| Parameter setting method | Touch screen | ||
| Gas source specification | 0.5~0.8mpa | ||
Consult customer