box making machine

Box making machine detection technology is an important part of ensuring the quality and efficiency of paper box production. Through advanced detection technology, various parameters in the production process can be monitored in real time, problems can be discovered and corrected in time, thereby improving product qualification rate and production efficiency. The following is a detailed introduction to box making machine detection technology:

1. Basic functions of detection technology
   Dimension detection:

Detect whether the length, width, height and other dimensions of the paper box meet the requirements.

Appearance detection:

Detect whether there are scratches, stains, bubbles and other defects on the surface of the paper box.

Indentation detection:

Detect whether the position and depth of the indentation line are accurate.

Bonding detection:

Detect whether the bonding part of the paper box is firm.

Printing detection:

Detect whether the color, position and clarity of the printed pattern meet the standards.

2. Key equipment of detection technology
   Visual inspection system:

Use high-resolution cameras and image processing software to detect the appearance and size of the paper box.

Laser detector:

Accurately measure the size and shape of the paper box through laser scanning.

Pressure sensor:

Detect whether the pressure of the indentation and bonding parts is appropriate.

Infrared detector:

Detect whether the bonding part of the paper box is firm.

Colorimeter:

Detect whether the color of the printed pattern meets the standard.

3. Key points of the detection technology
   Real-time monitoring:

Real-time monitoring of various parameters during the production process to detect and correct problems in time.

Data recording:

Record the detection data for quality traceability and analysis.

Automatic alarm:

When unqualified products are detected, the alarm will be automatically turned on and the machine will be shut down.

Data analysis:

Through data analysis, optimize the production process and improve product quality.

4. Application scenarios of detection technology
   Food packaging box:

Detect whether the size, appearance, and bonding part meet the requirements.

Medical packaging box:

Detect whether the printed pattern and indentation line are accurate.

Cosmetic packaging box:

Detect whether the appearance and printed color meet the standard.

Gift box:

Detect whether the size, indentation, and bonding part are qualified.

Electronic product packaging box:

Detect whether the appearance, printed pattern, and size meet the requirements.

5. Common problems and solutions of detection technology
   Problem 1: Insufficient detection accuracy
   Reason:

Low resolution of detection equipment.

Improper detection parameters setting.

Solution:

Replace high-resolution detection equipment.

Reset detection parameters.

Problem 2: High false alarm rate
Reason:

Inaccurate detection algorithm.

Ambient light interference.

Solution:

Optimize detection algorithm.

Improve detection environment and reduce light interference.

Problem 3: Slow detection speed
Reason:

Insufficient detection equipment performance.

Slow data processing speed.

Solution:

Upgrade detection equipment.

Optimize data processing algorithm.

Problem 4: Incomplete data recording
Reason:

Insufficient data storage space.

Failure of data recording system.

Solution:

Increase data storage space.

Check and repair data recording system.

6. Future development trend of detection technology
   High-precision detection:

Develop higher-precision detection equipment to meet the detection needs of complex cartons.

Intelligent control:

Introduce artificial intelligence technology to realize intelligent control of the detection process.

Multifunctional integration:

Integrate detection with other processes (such as die-cutting and pasting) to improve production efficiency.

Environmentally friendly material adaptation:

Develop detection technology suitable for environmentally friendly materials.