Laser Marking & Cleaning
Seat Brackets 

Our LXQ lasers are ideal to create permanent identifiers on seat brackets. They etch permanent, high-quality identifiers that maintain traceability through e-coating and powder coating.

With laser cleaning, manual masking is a thing of the past. Instead, you can coat the entire part, then uncoat specific areas. This process leaves the substrate unharmed, maintaining the bracket’s integrity for other processes such as welding. 


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Applications

  •  QR codes and serial numbers for seat brakets

Benefits of Laser Marking
for Seat Brackets

  • Prevent traceability issues by using permanent identifiers 
  • Etch high-quality codes that survive e-coating and powder coating 
  • Validate codes automatically so that no defective codes make it into the manufacturing process  
  • Use your central server to automatically control which information gets marked by the laser 
  • Maximize your operators’ time by loading a part while another one is being marked 
  • Beneficiate from fast marking speeds and minimal downtime 

Recommended Solutions

No need to deal with several suppliers and wonder who’s accountable for what. We provide all the features, peripherals and support needed to integrate the laser in your manufacturing process. 

Rotary Table Marking Workstation 

Operators never wait with this dual-position rotary table, as they can load a part while another one is marked.

The workstation can also be connected to your central server to streamline traceability operations. 

Features Typically Included
  • A Cognex camera to detect part models & validate code quality 
  • An air knife to prevent dust accumulation on the lens & ensure consistent marking quality 
  • A dust extraction unit to maintain a clean work environment 
  • A touchscreen HMI to select the right configuration, troubleshoot the machine, etc. 

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Rotary Table Marking Machine 

The rotary workstation is robot ready and can be upgraded into a fully automated machine any time with minimal changes. 

Replacing the operator with a robot arm, this alternative is the best way to integrate laser marking in robot cells without impacting cycle time. 

Features Typically Included
  • A Cognex camera to detect part models & validate code quality 
  • An air knife to prevent dust accumulation on the lens & ensure consistent marking quality 
  • A dust extraction unit to maintain a clean work environment 
  • A touchscreen HMI to select the right configuration, troubleshoot the machine, etc. 

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  • QR codes and serial numbers for seat brakets
  • E-coating removal with laser marking for identification

Benefits of Laser Cleaning
for Seat Brackets

  • Get rid of manual masking 
  • Clean surfaces with consistency, precision and speed 
  • Avoid damaging the metal 
  • Remove coatings from specific areas only 
  • Clean angled and complex shapes  
  • Diminish labor costs 
  • Validate cleaning quality automatically 

Recommended Solutions

No need to deal with several suppliers and wonder who’s accountable for what. We provide all the features, peripherals and support needed to integrate the laser in your manufacturing process. 

Rotary Table Cleaning Workstation

With its fast cleaning speeds, this manually loaded workstation can be integrated inline to remove coatings without impacting cycle time & with minimal downtime.  

It has a high-power laser and a dual-position rotary table. 

Features Typically Included
  • An air knife to prevent dust accumulation on the lens and ensure a consistent cleaning quality 
  • A dust & fume extraction unit to maintain a clean & safe environment 
  • A Cognex camera to validate cleaning quality 
  • A touchscreen HMI to select the right configuration, troubleshoot the machine, etc. 

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We had this situation where we needed to read codes from our supplier and create a new code that included our production information and theirs. We tried labels for a while, but they kept falling off. Laser marking seemed like the obvious alternative.

Laserax had the vision and automation expertise we were looking for to automate the whole process with our central server. They helped us install a system that reads labels coming in from our supplier, communicates that information to our central server, then sends it to the laser to create the new permanent marks.

We used to have several full-time operators mask the welding areas before e-coating. This process was slow, prone to error, and expensive in terms of labor cost. Now, with a single operator at our laser cleaning station, we can process more parts per hour than before.

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