Why would I need a Custom Designed Laser?
Some niche production applications can benefit from a custom designed laser solution. One size does not fit all when it comes to specialised laser manufacturing processes, especially when the application requires high tolerance marking or cutting. When high volume production is required, what initially seems like a simple application can become significantly more difficult when automation is needed.
Poor Laser Cutting or Engraving Results
Description of the problem:
Poor Cutting/Marking - normally seen as poor edge quality, faint engraving or incomplete cuts when power and speed settings are unchanged for that specific material
Possible Causes:
Possible Solutions:
Laser Machine not cutting correctly
Description of Problem:
Low Laser intensity while running a job - normally seen as incomplete cuts even though power and speed settings are normal for that specific material.
Possible Causes:
Possible Solutions:
Is more power better?
Not necessarily, it all depends on your application. Using a 150W laser to cut thin card would be like using a sledgehammer to crack a walnut. Laser tubes also become more expensive as the power output increases – buying the most powerful laser could be an expensive overkill. Come and talk to us if you have any questions regarding laser power
What thickness materials can I laser cut?
This depends on the laser power, an 80 Watt machine will be able to cut thicker materials than a 40 Watt. The 80 Watt machine will also cut the midrange of materials quicker than the 40 Watt. We would be happy to match the power to the application for you – just drop us a call and we can talk you through it.
What materials can I laser engrave?
The CO2 Lightblade range can engrave the same materials as it can cut (woods, leathers, plastics, rubbers and foams) the system can also engrave minerals such as slate, marble and glass. The Lightblade dual source machines, which combine a CO2 and fibre laser sources are also able to engrave a wide range of metals as well such as stainless steel, mild steel, aluminium, brass, copper and titanium.
Poor Laser Cutting or Engraving Results
Description of the problem:
Poor Cutting/Marking - normally seen as poor edge quality, faint engraving or incomplete cuts when power and speed settings are unchanged for that specific material
Possible Causes:
Possible Solutions: