SMAC-Evaporator Cutting and Bending Machine For Heat Exchanger
Application
Evaporator cutting and bending machine is a specialized processing machinery used for manufacturing evaporator equipment, mainly used for cutting and bending metal tubes or plates in evaporators. It is widely used in industries such as refrigeration, air conditioning, and chemical engineering, and can efficiently and accurately complete key processes in evaporator manufacturing.
Main components
1. Cutting module:
Including cutting heads, cutting tools, or laser emitters, used to complete cutting tasks.
Equipped with a cooling system to prevent material overheating during the cutting process.
2. Bending module:
Including bending molds and hydraulic or mechanical drive systems, used to complete bending tasks.
The mold can be replaced according to different pipe diameters or plate thicknesses.
3. Control system:
Using CNC or PLC control to achieve automated cutting and bending operations.
Programmable settings for cutting length, bending angle, and other parameters.
4. Feeding system:
Automatic feeding device ensures precise positioning of materials during cutting and bending processes.
5. Rack and support structure:
Provide rigid support for the equipment to ensure stable operation.
Features
Accurately cut metal pipes or plates to ensure dimensions meet design requirements.
The cutting method can be laser cutting, plasma cutting, or mechanical cutting, depending on the material and requirements.
Bend the cut metal tube or sheet to form the desired shape (such as U-shape, spiral shape, etc.).
The bending angle and curvature can be precisely controlled to meet the design requirements of the evaporator.
Modern evaporator cutting and bending machines are usually equipped with CNC systems, which can achieve automated operations, improve production efficiency and accuracy.
Technical Parameters
Type | Bend number | Max length | Max knife |
EC Evaporator cutting machine | 1 | 850:850 mm | 1 |
ECB Evaporator cutting and bending machine | 2 | 1200:1200 mm | 2 |
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