Views: 0 Author: Site Editor Publish Time: 2024-12-27 Origin: Site
In today's fiercely competitive beverage manufacturing industry, every packaging detail carries the responsibility of shaping brand image and enhancing market competitiveness. As the core equipment of the packaging production line, the labeling machine, with its excellent professional performance and efficient operation, not only ensures a significant improvement in packaging quality, but also promotes a leap in production efficiency. It is like an indispensable partner, helping companies stand out in the global market and achieve a dual leap in quality and speed.This article will discuss the differences between linear labeling machine and rotary labeling machine.
Linear Labeling Machine
Its modular design facilitates flexible configuration and quick adjustment according to specific production needs,simplifying the operation process and greatly improving the adaptability and scalability of the production line.linear labeling machine is suitable for small capacity production lines.It is recommended to use this type for a single bottle shape。
1.High precision labeling:
The linear labeling machine adopts advanced sensor technology and precision mechanical structure to ensure that the label can be accurately attached to the designated position of the product, even in the face of complex product shapes, maintaining high accuracy.Capable of achieving single-sided, double-sided, and positioning labeling.
2.High speed production efficiency
The equipment design optimizes every step of the label application process, enabling fast labeling while ensuring quality, suitable for large-scale and continuous production needs. Using a 750W high-power, high torque, ultra small inertia servo motor for marking, the marking speed can reach 60m/min.
3.Flexibility and adaptability
Suitable for round, square, flat, oval, conical, and irregular bottles
4.More Parameters:
Labeling speed: 60 meters per minute
Maximum diameter of label: Φ350 mm
Inner diameter of label paper core: Φ76.2mm
Maximum height of label: 205mm
Minimum height of label: 15mm
Maximum size of the sticker: diameter 20-120mm
Rotary Labeling Machine
Rotary labeling machine (also known as circular labeling machine or wrap around labeling machine) is a key equipment used in the packaging industry to apply labels on cylindrical or other rotationally symmetric shaped products. It is particularly suitable for packaging products such as round barrels, square barrels, flat barrels, and irregular barrels, achieving single-sided, double-sided, full circumference labeling, and positioning labeling.
1.High precision labeling:
Using synchronous belt rotation to rotate the bottle body, ensuring the accuracy and stability of labeling.
2.High speed production efficiency
Using 750W high-power, high torque, ultra small inertia servo motor for label feeding, with a feeding speed of up to 60m/min. The servo motor uses a bottle shifting star wheel to separate the bottles, effectively preventing scratches on the bottle body. When combined with the bottle feeding star wheel, the product enters and exits smoothly and stably during high-speed operation Label feeder: It adopts a three column structure, 8-dimensional space adjustment, three-stage tension spring clutch control, and uses an independent servo motor to recycle the bottom paper, with uniform force to prevent the bottom paper from being pulled apart; The 1:1 design of the label delivery tray and the bottom paper receiving tray allows the bottom paper tray to hold three rolls of label bottom paper at a time.
3.Flexibility and adaptability
Round bottle single-sided, double-sided, full circumference label, positioning label
4.More Parameters:
Marking speed: infinite automatic transmission
Maximum diameter of label: Φ350 mm
Inner diameter of label paper core: Φ76.2mm
Maximum height of label: 205mm
Minimum height of label: 15mm
Maximum size of the sticker: diameter ≤ 90mm
conclusion
The choice of which type of labeling machine to use depends on factors such as the specific application scenario, product shape, production requirements, and budget. Enterprises should weigh the advantages and disadvantages of both based on their own conditions to select the most suitable solution.