Automation.

Quartus engineers have a proven track record in providing high precision and high-speed automation systems using state of the art technology and algorithms. Quartus works with our customers to design, build & test bespoke automation systems when no commercial off the shelf options are available.

CAPABILITIES

Industrial Automation

  • Automation design using COTS PLCs and embedded systems
  • PLC and ladder logic programming
  • Wiring harnesses and electrical box installation
  • System build and testing

Complete System Development

  • Requirements definition, systems engineering, instrument development, prototyping
  • Cross-discipline engineering teams leveraging mechanical, electrical, & software expertise

Electronic Control Systems

  • Domain expertise in control theory and developing application specific control algorithms
  • High speed implementation of control algorithms in firmware, FPGA, or on COTS PLC platforms
  • Complete electronics control system development including integration of custom PCBs and COTS components, programming, assembly, and test

 

Simulation of robotic arm motion

 

 
 
Industrial Automation Machine

 

Case Study

Custom Industrial Automation

Quartus engineers have a proven track record in providing high precision and high speed automation systems using state of the art technology and algorithms. Quartus works with our customers to design, build & test bespoke automation systems when no commercial off the shelf options are available. Leveraging its cross-discipline engineering team consisting of mechanical, electrical & software engineers, Quartus delivers complete systems for nearly any automated manufacturing process. Quartus works directly with our customers using a proven iterative design methodology backed by years of experience of solving difficult process challenges. Whether your challenge is precisely aligning optics in a cleanroom or high speed processing in a manufacturing plant, Quartus can provide a custom automation solution to meet your needs.

  • Machine vision
  • Visual servoing
  • Real-time processing
  • High speed placement
  • High precision alignment
  • Harsh environments