What You Should Know When Buying a CO2 Laser Coding System

If you are considering an investment in a CO2 laser coding system, there are a number of things to know about these types of machines, including what they do, how they are of benefit relative to your needs, the best types of materials for laser codes, and industries that are well suited for this kind of application.

Here's a high level, at-a-glance look at CO2 laser coder intel:

What are the applications for a CO2 laser coder?

Paper Boxes

PVC/PET Packaging

Glass

Paint Coating

Wood Flooring

Are there applications where this equipment doesn't work?

PE Composite

Uncoated Aluminum Film

Some Metals

What are the advantages of a CO2 laser coder?

Code produced is permanent and un-removable

Clear, clean print

Environmentally-friendly and pollution-free

Low maintenance

Easy operability

Security, such as reduction of counterfeiting

Bright and attractive packaging promotion

Cost-effective – No normal consumables

What are the industries where a CO2 laser coder can help manufacturers?

Pharmacy

Beer/Beverage

Food

Automobile Parts

Cosmetics

Electronics

Building Materials (Plastic – Steel Products)

Tobacco 

What features do I need? These are based on what you plan to print and manufacture and needs related thereto: 

What print style are you looking for: line or dot?

What size character font do you need?

What size printing area do you need?

What type of printing distance do you require?

What are your expectations on the equipment's print speed?

What type of image will you be producing: text, data, bar code or graphical/icon?

What type of material do you need to print on: labels, cardboard, PET, glass, coated films or wood?

What type of environment will the printer be subjected to: extreme temperature; high or low humidity?

What type of power supply requirements are there?

What type of input style do you prefer: computer or input directly from a system controller?

What type of accessories will you need: encoder, other line speed synchronization devices, fume extractor, etc.?

This information should streamline your first round decision making as to whether a CO2 laser coder is right for your application, and what you need to ascertain when comparing systems in search of one that meets your distinct needs. With this basic knowledge as a starting point, you'll be ready to take your coder procurement to the next level.