Production is the first victim of a bad laser alignment in the factory. The second direct result of that is a decrease in profit margins and unsatisfied customers. A single mistake can snowball into a major catastrophe, and it may not have anything to do at all with the many manufacturing customers who rely on quality products and parts. It is the responsibility of the provider to deliver at all times, and anything less will bankrupt even the most determined firm.
These threats are hanging high when a company is producing millions of parts yearly and shipping them on an international scale. Equipment maintenance can sometimes come down to the Laser Alignment in Dallas. What can arise from an improper alignment? Below are just a few common results of bad alignment, and the reason for unfailing maintenance.
The Full Machine Geometry
The machine geometry is structured between two exact points. A single detail that is not aligned may result in a fraction of a difference in the production. Unfortunately, that may be enough to provide parts that do not fit safety standards or simply don’t construct. The columns must remain perfectly square, with a perfect 90-degree angle at both ends. Anything less is unsatisfactory for safety purposes as well as production purposes.
Flat Surface Tables
A misalignment could subsequently cause a slanted table surface. That is a disaster for some obvious reasons. Any laser cutting testing would not be accurate because the slanted table has changed the metrics. Older alignment methods would require the maintenance team member to deconstruct the machine. now, it is a lot easier. A tool is used to analyze the balance and alignment. This makes even one less excuse for equipment quality control.
The Laser Alignment in Dallas can be affected by vibrations. Any facility member knows that vibrations are basically unavoidable, which is only more of a reason to find a maintenance source, such as Laser Precision. The thermal effects (the live temperature of the equipment) can also adjust the laser. All these problems can be avoided if the equipment is managed by its core center for production- the laser.