Purely decorative image appearing in an article on Sensors and Testing Monthly entitled Metrologic and QFP Partner on Custom 3D Metrology Solutions

Metrologic and QFP Partner on Custom 3D Metrology Solutions

Metrology Software

Metrologic Group, a leader in 3D metrology software, and QFP, specialists in customized 3D measurement systems, have announced a strategic partnership to enhance robotic quality inspection capabilities for industrial manufacturers.

This collaboration addresses the growing need for streamlined quality control directly within production environments. By integrating Metrologic Group’s expertise in metrology software with QFP’s proficiency in robotic automation and system integration, the partnership offers tailored solutions for manufacturers seeking precision and efficiency in inspection processes.

Driving Quality Control to the Production Line

Purely decorative image appearing in an article on Sensors and Testing Monthly entitled Metrologic and QFP Partner on Custom 3D Metrology Solutions
Metrologic Group and QFP collaborate to deliver advanced robotic quality inspection solutions, integrating 3D metrology and automation for precision manufacturing. (Photo: Metrologic Group)

Jon Bryant, Product Marketing Manager at Metrologic Group, highlighted the value of this partnership, noting, “Some of our customers wish to streamline and accelerate their quality inspection processes by moving them directly to the production line. This partnership with QFP allows us to offer them a tailored installation. This way, our existing customers, already familiar with our solutions, can continue using them in a different context.”

By embedding quality inspection into production workflows, manufacturers can reduce time-to-validation and ensure consistency in high-precision environments. The joint solution simplifies implementation with a single point of contact for installation, configuration, and maintenance, providing end-to-end support.

Delivering Seamless Integration for Complex Systems

The partnership leverages Metrologic Group’s advanced software platforms and QFP’s extensive experience in designing and integrating robotic cells. The result is a turnkey solution that meets the needs of demanding production environments, including:

  • Robust Customization: Solutions tailored to customer-specific processes and requirements.
  • Streamlined Operations: Integration of robotic inspection systems to reduce manual intervention and improve throughput.
  • Unified Support: A single point of contact ensures smooth deployment and ongoing system optimization.

“Together, we form a highly skilled and professional team with specialized expertise in metrology, making us the ideal fit for devices that require customization,” said Roberto Mazzetto, Sales and Marketing Director at QFP.

Advancing Robotic Metrology

Designed for manufacturers with complex requirements, this collaboration enables seamless integration of robotic inspection systems into shop floors. By offering advanced support and tailored solutions, the partnership addresses the challenges of high-precision manufacturing and quality assurance. “We entered this partnership to offer our respective customers a complete solution and a single point of contact,” said Rémi Vernay, Alliance Sales Engineer at Metrologic Group. “Our goal is to provide solutions that are tailored to their challenges.”

Reinforcing Precision and Innovation

This partnership reflects the shared commitment of Metrologic Group and QFP to advancing precision metrology and robotic automation. By uniting their strengths, the collaboration sets a new standard for efficiency and innovation in quality control for industrial manufacturing.

For more information about Metrologic Group and QFP’s solutions, please visit their websites.

Source/Photo Credit: Metrologic Group

(Editor’s Note: All trademarks mentioned in this article, including company names, product names, and logos, are the property of their respective owners. Use of these trademarks is for informational purposes only and does not imply any endorsement.)

Tagged