FARO CREAFORM | Significantly Shortens Laser Line Probe Measurement Time
FARO CREAFORM has released a significant update to its Laser Line Probe (LLP) portfolio for Quantum X and Quantum Max FaroArms. The update enhances image processing algorithms to improve scan consistency and drastically reduce data processing times, especially for challenging surfaces like dark, glossy, or reflective materials. This optimization, powered by the "DTEX" pipeline, offers up to a 60% improvement in data acquisition speed without compromising accuracy and is applied across the entire FAROBlu LLP lineup, as well as enhancing integration with the FARO 8-Axis Max rotary table.
📋 Article Processing Timeline
- 📰 Published: April 15, 2026 at 22:30
- 🔍 Collected: April 15, 2026 at 14:01
- 🤖 AI Analyzed: April 15, 2026 at 20:01 (6h 0m after Collected)
New logo for the FARO Creaform business unit
April 14, 2026, Lévis, Québec, Canada — FARO CREAFORM, a business unit of AMETEK, Inc. and a global provider of 3D scanning and portable CMM solutions, today announced the latest update to its Laser Line Probe ( "LLP") portfolio, which can be used with the Quantum X FaroArm® Series and Quantum Max FaroArm Series.
This update features newly incorporated advanced image processing algorithms, designed to improve scan result consistency while significantly reducing data processing time, especially for parts with challenging surface finishes such as dark, glossy, reflective, and high-contrast materials.
The Laser Line Probe ( "LLP") is utilized in a wide range of manufacturing fields, including non-contact inspection, reverse engineering, and CAD comparison. However, in these applications, the objects to be measured often have dark, high-gloss, or highly reflective surfaces, frequently requiring additional setup, multiple scans, or meticulous manual adjustments in the past.
This update directly addresses these challenges by fundamentally optimizing the processing of LLP image data. Users can now stably acquire cleaner and more uniform point cloud data without additional workload.
Based on FARO CREAFORM's certified LLP processing pipeline, "DTEX," this update delivers higher quality results even for difficult-to-scan materials, while significantly reducing the effort involved in fine-tuning acquisition parameters. Internal performance benchmarks conducted in relation to this release showed that scanning representative challenging parts resulted in a maximum 60% improvement in data acquisition time without compromising measurement accuracy.
The impact of this update extends beyond the standalone performance enhancement of the LLP. It marks a new stage when combined with the "FARO 8-Axis Max," a metrology-grade rotary worktable that expands the effective reach of FaroArm-based measurement systems. By precisely capturing part rotation with integrated encoders and synchronizing it with data from the arm, the DTEX-optimized data can be utilized as a single, seamless coordinate measurement workflow across the entire part. In configurations with the Quantum X FaroArm® and the DTEX-powered LLP, the FARO 8-Axis Max serves as a powerful expansion solution for efficiently scanning larger and more complex parts.
Update Applies to the Entire Laser Line Probe ( "LLP") Portfolio
This update applies to the entire Laser Line Probe portfolio, further enhancing the practical value of each system in daily measurement tasks.
FAROBlu® xR: Scan performance boasting the highest level of resolution provides high-quality, reliable results even for the most critical fine features.
FAROBlu® xS: Achieves the fastest level of scanning efficiency, contributing to improved throughput in demanding manufacturing applications.
FAROBlu® xP: Achieves an ideal balance between resolution and efficiency, enabling dense and accurate data acquisition while maintaining throughput.
Quantum X FaroArm® Series: Enhances LLP scanning accuracy and reliability across a wider range of part finishing conditions. Strongly supports various workflows such as inspection, reverse engineering, and quality control.
With compatibility across the entire FAROBlu LLP lineup, these performance enhancements are broadly applicable to all workflows using laser line probes.
FARO 8‑Axis Max Rotary Worktable: When combined with the Quantum X FaroArm® and FAROBlu® LLP, it minimizes equipment movement and provides ergonomic improvements. It enables more efficient execution of measurement workflows while delivering highly accurate measurement results with traceability based on ISO17025 certified calibration processes.
A Steady First Step Towards Evolving LLP Workflows
This release focuses on adding further value to existing FaroArm and LLP systems, aiming to enhance workflows without requiring the addition of new hardware.
Through the optimization of the image processing layer and the simplification of the process for handling difficult-to-measure surfaces, FARO CREAFORM achieves improved efficiency in the daily operations of both existing and new users, while maintaining traditional measurement methodologies.
This update reflects FARO CREAFORM's commitment to continuously invest in application-driven evolution across its entire portable metrology portfolio to support manufacturers who prioritize consistent and traceable measurement data in production and quality control environments.
About FARO CREAFORM
FARO CREAFORM was born from the integration of FARO's renowned 3D measurement business, headquartered in Lake Mary, Florida, USA, and Creaform's innovative metrology solutions, headquartered in Lévis, Québec, Canada.
With roots dating back to 1981, FARO has long led the industry as a global leader in portable measuring arms, laser trackers, and reality capture technologies.
Meanwhile, Creaform, established in Lévis, Québec, Canada in 2002, has driven innovation in handheld 3D scanners and automated inspection technologies, supporting thousands of professionals in the automotive, aerospace, manufacturing, and research sectors.
By merging the strengths of both companies, FARO CREAFORM provides an environment where teams involved in quality control, production, manufacturing, maintenance, and design can perform their tasks more quickly, more intelligently, and with complete confidence in their acquired data. This supports the achievement of superior results and exceptional user experiences across all manufacturing workflows.
FARO CREAFORM is a business unit of AMETEK, Inc., which offers solutions for diverse niche markets in industrial technology and boasts annual sales exceeding $7.5 billion USD.
faro.com
creaform3d.com
April 14, 2026, Lévis, Québec, Canada — FARO CREAFORM, a business unit of AMETEK, Inc. and a global provider of 3D scanning and portable CMM solutions, today announced the latest update to its Laser Line Probe ( "LLP") portfolio, which can be used with the Quantum X FaroArm® Series and Quantum Max FaroArm Series.
This update features newly incorporated advanced image processing algorithms, designed to improve scan result consistency while significantly reducing data processing time, especially for parts with challenging surface finishes such as dark, glossy, reflective, and high-contrast materials.
The Laser Line Probe ( "LLP") is utilized in a wide range of manufacturing fields, including non-contact inspection, reverse engineering, and CAD comparison. However, in these applications, the objects to be measured often have dark, high-gloss, or highly reflective surfaces, frequently requiring additional setup, multiple scans, or meticulous manual adjustments in the past.
This update directly addresses these challenges by fundamentally optimizing the processing of LLP image data. Users can now stably acquire cleaner and more uniform point cloud data without additional workload.
Based on FARO CREAFORM's certified LLP processing pipeline, "DTEX," this update delivers higher quality results even for difficult-to-scan materials, while significantly reducing the effort involved in fine-tuning acquisition parameters. Internal performance benchmarks conducted in relation to this release showed that scanning representative challenging parts resulted in a maximum 60% improvement in data acquisition time without compromising measurement accuracy.
The impact of this update extends beyond the standalone performance enhancement of the LLP. It marks a new stage when combined with the "FARO 8-Axis Max," a metrology-grade rotary worktable that expands the effective reach of FaroArm-based measurement systems. By precisely capturing part rotation with integrated encoders and synchronizing it with data from the arm, the DTEX-optimized data can be utilized as a single, seamless coordinate measurement workflow across the entire part. In configurations with the Quantum X FaroArm® and the DTEX-powered LLP, the FARO 8-Axis Max serves as a powerful expansion solution for efficiently scanning larger and more complex parts.
Update Applies to the Entire Laser Line Probe ( "LLP") Portfolio
This update applies to the entire Laser Line Probe portfolio, further enhancing the practical value of each system in daily measurement tasks.
FAROBlu® xR: Scan performance boasting the highest level of resolution provides high-quality, reliable results even for the most critical fine features.
FAROBlu® xS: Achieves the fastest level of scanning efficiency, contributing to improved throughput in demanding manufacturing applications.
FAROBlu® xP: Achieves an ideal balance between resolution and efficiency, enabling dense and accurate data acquisition while maintaining throughput.
Quantum X FaroArm® Series: Enhances LLP scanning accuracy and reliability across a wider range of part finishing conditions. Strongly supports various workflows such as inspection, reverse engineering, and quality control.
With compatibility across the entire FAROBlu LLP lineup, these performance enhancements are broadly applicable to all workflows using laser line probes.
FARO 8‑Axis Max Rotary Worktable: When combined with the Quantum X FaroArm® and FAROBlu® LLP, it minimizes equipment movement and provides ergonomic improvements. It enables more efficient execution of measurement workflows while delivering highly accurate measurement results with traceability based on ISO17025 certified calibration processes.
A Steady First Step Towards Evolving LLP Workflows
This release focuses on adding further value to existing FaroArm and LLP systems, aiming to enhance workflows without requiring the addition of new hardware.
Through the optimization of the image processing layer and the simplification of the process for handling difficult-to-measure surfaces, FARO CREAFORM achieves improved efficiency in the daily operations of both existing and new users, while maintaining traditional measurement methodologies.
This update reflects FARO CREAFORM's commitment to continuously invest in application-driven evolution across its entire portable metrology portfolio to support manufacturers who prioritize consistent and traceable measurement data in production and quality control environments.
About FARO CREAFORM
FARO CREAFORM was born from the integration of FARO's renowned 3D measurement business, headquartered in Lake Mary, Florida, USA, and Creaform's innovative metrology solutions, headquartered in Lévis, Québec, Canada.
With roots dating back to 1981, FARO has long led the industry as a global leader in portable measuring arms, laser trackers, and reality capture technologies.
Meanwhile, Creaform, established in Lévis, Québec, Canada in 2002, has driven innovation in handheld 3D scanners and automated inspection technologies, supporting thousands of professionals in the automotive, aerospace, manufacturing, and research sectors.
By merging the strengths of both companies, FARO CREAFORM provides an environment where teams involved in quality control, production, manufacturing, maintenance, and design can perform their tasks more quickly, more intelligently, and with complete confidence in their acquired data. This supports the achievement of superior results and exceptional user experiences across all manufacturing workflows.
FARO CREAFORM is a business unit of AMETEK, Inc., which offers solutions for diverse niche markets in industrial technology and boasts annual sales exceeding $7.5 billion USD.
faro.com
creaform3d.com