Как наносить QR-коды на продукцию с помощью лазерной маркировки для обеспечения прослеживаемости в промышленности

Businesses, retailers, and warehouse owners want to trace their products. Temporary QR labels are a big trouble as they might get damaged or lost during shipping. A permanent solution is the utmost need!

 

Laser marking has provided a permanent option with easy product traceability. There is no risk of damage or loss. But the question is: how does laser marking work, and how does it help mark QR codes on products? Today, we will dive deep into QR code laser marking and understand how this process works effectively.

 

Why Laser Marking Is Preferred for QR Code Marking

qr code laser marking

Product traceability markings are essential for locating products. But why laser marking QR codes?

 

The logic is straightforward as follows.

 

Permanent Marking 

 

One of the best things about the laser machine is that it offers permanent marking. There is no risk of QR code loss or label damage. The mark remains till the product is.

 

Высокая точность 

 

Modern laser machines are fully automated and require minimal input. They create highly detailed results and provide excellent precision with QR codes.

 

No consumables 

 

There is no need for ink or any other consumables. Laser Marking QR codes work differently, without any consumables needed. Therefore, there are no waste products as well.

 

Fast Speed

 

If you compare laser-marked QR codes to the traditional printing and labeling process, the former is far faster. Processing speed is quick.

 

High Compatibility 

 

When marking, there comes an issue of material compatibility. Not every marking method is suitable for every material.

However, laser marking offers broad material compatibility. These include:

 

  • Metals
  • Нержавеющая сталь
  • Алюминий
  • Латунь
  • Титан
  • Пластмассы
  • Резина
  • Ceramics
  • Coated materials

 

How Does Laser QR Code Marking Work?


Industrial coding solutions largely depend on QR code laser marking machines. They receive input and apply precise markings to the products.

 

There are five simple steps.

 

Step 1: Data Generation 

 

The first step is to generate the QR code you want to mark on the products. For this process, you need to understand what exactly you want to include in your QR codes. For example:

 

  • Серийные номера
  • Batch numbers
  • Manufacturing date
  • Product IDs

 

A data generation system, such as a MES or an ERP, works on this process.

 

Step 2: Data Transmission 

 

The next step is to transmit the data to the laser marking machines. The generated data is transmitted through multiple ways, such as:

 

  • Ethernet
  • TCP/IP communication
  • PLC integration
  • Industrial communication protocols
  • Database connections

 

Step 3: Product Positioning 

 

In this step, the product moves through the various components of the machines given as:

 

  • Conveyor systems
  • Robotic handling systems
  • Automated fixtures

 

The sensor system detects the position and marks the QR codes discussed in the next step.

 

Step 4: QR code marking 

 

Once all the information is available, the laser marking machines scan the product and mark the QR codes with high precision.

An advanced galvo laser system provides faster marking and enables high accuracy.

 

Step 5: Verification 

 

A visual inspection and testing with a QR code scanner are ideal ways to verify the readability and accuracy of the QR codes. You can either accept or reject and repeat the process if the results are not up to mark. Before confirmation, you should verify all the codes and ensure accuracy.

 

Best Practices for Laser Marking QR Codes

laser marking qr code

Are you looking for high-quality results? You can get it with the right, most experienced approach, using the tips discussed here.

 

Focus on the QR code size.

 

For best results, you should consider the QR code size. It should be clearly readable and large enough to scan easily.

 

There are a few factors to consider that can affect the QR code size. These are:

 

  • Scanner capability
  • Reading distance
  • Data density
  • Product dimensions

 

Very short codes may be difficult to read and make it hard to locate products easily.

 

Maintain Contrast 

 

Contrast increases the visibility of QR codes and enables scanning. To ensure high-level scanning, you should consider factors such as:

 

  • Material type
  • Surface finish
  • Глубина маркировки
  • Color changes

 

Optimize Laser Parameters 

 

Do you expect high performance and accuracy from the laser marking machines? Perfect! You should optimize the laser parameters and obtain the best results.

 

The key parameters to optimize and consider include:

 

  • Мощность лазера
  • Частота
  • Pulse duration
  • Скорость маркировки
  • Положение фокуса

 

Verify Every Code

 

Manual verification might miss a few codes and make errors. You should deploy a robust automated verification system that scans every line of code and provides detailed insights into industrial coding solutions.

 

Use Unique Serialization 

 

Serialization prevents duplicate product QR codes. You should assign a unique identifier to each product and ensure a unique approach.

 

Common Applications of the QR Code Laser Marking 

Лазерная маркировка QR-кода — АБС-пластик

QR code laser marking has several crucial applications.

 

Автомобили 

 

The automotive industry uses QR codes across various components to enable easy product traceability and reliability.

 

These components are:

 

  • Engine components
  • Transmission parts
  • Chassis components
  • Safety-critical assemblies

 

Medical 

 

The medical industry has adopted the QR code laser marking system. Marking different medical devices helps trace the products easily.

 

QR code laser marking helps in:

 

  • Surgical instruments
  • Implants
  • Diagnostic equipment
  • Medical packaging

 

Electronics

 

Electronics uses QR code marking across a range of minor to major tools. For example:

 

  • PCB tracking
  • Component identification
  • Production records
  • Warranty management

 

You can easily find the QR code marking on the inner components of your household electronic devices.

 

Industrial 

 

Industrial coding solutions require more reliable product tracking. Therefore, laser-marked QR codes have become popular in the following industrial applications.

 

  • Pumps
  • Valves
  • Bearings
  • Tools
  • Machinery components

 

These provide reliable results and easy traceability.

 

Заключение 

 

When laser-marking QR codes, follow the proper steps and ensure your products are prepared. Check compatibility and buy only high-end laser solutions from reliable providers.

 

Do you want one of the best laser marking machines? HiSpeed Laser offers a top-notch QR code laser marking machine— FLY LASER MARKING MACHINE. If you want multiple other markings, HiSpeed is one of the top suppliers in the town. Check out our high-quality laser machines right away!

https://hispeedlaser.com/fly-laser-marking-machine/