About Packtronic Pty Ltd

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Which materials are suitable for laser coding?

 

Known applications of our coding machines are:

  1.           Boxes

  2.           Labels

  3.           Glass

  4.           PET

  5.           Sachets

  6.           Film

Which companies use laser coding?

Packtronic’s lasers are applied in breweries, soft drink factories, chocolate and candy factories, pharmaceutical companies, glass factories as well as food and non-food companies. In short: we are at home in any market.

What is it you can code using our machines?

Virtually all materials can be coded using a laser. Take for example coding in the beverages industry. It is of the utmost importance for a company that the coding machine is reliable and stable. Because the production takes place at high speed, a production line standstill is extremely costly. Our lasers represent maximum reliability and stability.

We will be your expert partner during the whole process - during the early phases, the installation, and after. We also take care of maintenance for you. With a technical service whose professionals have been on the market for many years. In the unlikely event of a malfunction, their knowledge and expertise will be at your disposal 24/7!

Our range of lasers is so elaborate that we can offer optimal solutions for virtually all coding issues.

Coding glass and PET bottles instead of coding the label.

Coding on glass, for example, takes place at distilleries. The coding issue there is often focused on indelible codes to combat forgery and side import. Coding glass at high speed requires a high wattage laser. We can advise you as to the right wattage so that your production line will function optimally and at the lowest possible costs.

A PET-bottle is also suitable to code with a laser. The advantage is that the coding can also be found on the bottle when the label has been taken off. The material can be coded quickly and clearly with a laser.

Our employees in all departments are available to function as sounding boards for an optimal solution. Our service engineers, for example, are the sparring partners during the whole trajectory and they take care of the installation. The mix of knowledge, experience and technological knowhow enables us to give appropriate advice.
-Johan Calitz, 2016/11/10

What is Laser Coding

 

Packtronic is a market leader in delivering high quality Laser Coding Equipment to a wide range of industries in South Africa and Africa. Firstly, the big question going around is; what is Laser coding, and what makes it different from Inkjet coding.

Most of the items we use or consume contain various codes and markings, from best-before and lot dates to EAN or Data Matrix barcodes to serial batch numbers and various unique identifiers. These markings are there to ensure traceability and product safety, to protect consumers and to avoid counterfeiting. They are regulated by various global and national laws, standards, and guidelines. As manufacturers aim to meet the increased demand for product identification and brand protection, they are implementing coding and marking equipment in their factories and throughout their supply chain.

Laser coding; also known as laser engraving / marking, are being used to code and mark every kind of surface – anything from glass to plastic and even coated metals. Laser coders can permanently mark on a wide range of materials, including metal, rubber, plastic, and packaging foils. The very fine spot size creates excellent quality codes and makes Laser coders ideal for marking very small components, or large amounts of information onto small areas.

How it works: A concentrated laser-beam is deflected by mirrors through a lens to form characters. Laser coding and marking is achieved by removing material or a coating from the product or packaging, or by changing the surface colour of the substrate. In each case, the code is permanent.

On painted cards, the top microns of paint are removed to reveal the contrasting bare card beneath. On plastic, the chemical nature is either changed by the laser to cause a colour change or melted to leave a visible mark. With glass marking, the laser code consists of micro engraving that creates a clear, permanent code but does not compromise the integrity of the packaging. This makes laser marking machines ideal for high print volumes – such as food, drink and pharmaceutical products – where it creates easy traceability.


Inkjet coders on the other side works by jetting a high velocity, continuous stream of ink through a nozzle on products. All Inkjet coders use the same basic technology, but they are not the same in terms of design. The downsides of Inkjet coding is that these systems are only designed for small character marking (just under .5” maximum character height). The larger the font size selected for printing, the slower the actual printing speed.


Another important weakness of this technology includes ink and consumable expenses. Inks developed for this technology tend to be more costly as well. Printing requires the use of two fluids—ink and makeup solution. Over time, the makeup solution tends to evaporate, wasting valuable money. This technology requires absolute viscosity control that in turn requires the extensive use of makeup fluids to maintain vital ink properties. Poor viscosity management will lead to poor print quality.


Flexibility is not an attribute in which Inkjet coders excels. Most controllers are limited to the number of printheads they can control. Many Inkjet coding systems are unable to run more than two printheads simultaneously. Overall, higher maintenance requires a higher level of monitoring to work well in tough environments.


To summarize, Laser coding is one of the most reliable, versatile and cost-efficient marking methods available. Packtronic’s Laser coding equipment ensures extremely low operational costs with accuracy guaranteed. Laser coding gives you 24/7 operations without the need for manual intervention.

So, with less downtime and less maintenance, you’ll benefit from lower costs for all your laser marking and coding requirements.

-Natania Barnard,12 May 2016

PACKTRONIC - Linx Laser Training - Technical

Training - Technical
6 - 8 September 2016
 

Courses delivered by Packtronic are performance-based. This means the course objectives are chosen after a full Training Needs Analysis (TNA) process and are designed around the tasks that an engineer will need to perform. This method concentrates on the knowledge that is vital to be able to carry out the job. The student and instructor agree the completion of each objective and sign off is required at the end of each module.

Course Modules


Safety
Principles of operation
Using Handheld Control
System overview
Software
Functionality and testing
Maintenance
Troubleshooting
Module replacement
More code creation exercise
Course Review 

Duration


This is a 3 day course. We reserve the right not to certify or provide a certificate to a delegate who does not attend the full duration of the training course.

What’s included?


All training materials and tools.
Lunch and refreshments.

Delegate equipment required


Laptop PC with CD drive and Ethernet port.
User must have full admin permissions.

Venue: Packtronic - 55 Honingklip rd, Protearidge, Krugersdorp - Tel. 011 956 6692

Course Duration: 3 days

-Packtronic, 05 September 2016
 
 
 

Companies that trust Laser Coders from Packtronic
Consol Diageo Distell Frys Lafarge Namibia Breweries Nampak Pioneer Foods ppc SephacuConsol Diageo Distell Frys Lafarge Namibia Breweries Nampak Pioneer Foods ppc SephacuConsol Diageo Distell Frys Lafarge Namibia Breweries Nampak Pioneer Foods ppc Sephacu
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