เครื่องวัดไรดาร์เลเซอร์หลายลำแสง สำหรับวิเคราะห์โครงสร้างแบบเรียลไทม์ ยี่ห้อ Ommatidia รุ่น Q1 Laser Radar (SIT859)

The Q1 Laser Radar by Ommatidia offers high-precision measurements and advanced contactless vibrometry. With its 128 parallel channels, it delivers metrology-grade results for distances of up to 50 meters.

Additionally, the Q1 features imaging vibrometry, allowing users to analyze structural dynamics without expensive instrumentation campaigns. This capability makes it an efficient tool for both indoor and outdoor use.

Thanks to its IP54-rated design and rugged construction, the Q1 is well-suited for challenging field environments. Furthermore, the system is compatible with industry-standard software and comes with Ommatidia Atelier, which helps users maximize the value of their data.

In comparison to tools like robotic total stations, point cloud laser scanners, 3D scanners, and CMM machines, the Q1 stands out for its versatility. Moreover, it simplifies complex tasks by integrating high-precision measurements with modern software solutions.

High-Speed, High-Accuracy Data Collection.

The Q1 Laser Radar is a breakthrough in 3D laser scanning technology. It combines metrology-grade measurement with advanced vibrometry features, setting a new standard in precision tools. Unlike many lidar laser scanners that use a single channel, the Q1 uses 128 parallel channels. This design captures point cloud data faster and more efficiently.

With its enhanced scanning speed, the Q1 is ideal for construction professionals, industrial engineers, and automotive researchers. It can accurately map large areas or complex machinery with micron level accuracy in less time than traditional tools like robotic total stations, point cloud laser scanners, 3D scanners, or CMM machines.

The Q1 also integrates interferometry and imaging vibrometry. This makes it both a high-precision laser measurement device and a dynamic analyzer. Whether creating as-built documentation, performing detailed surveys, or diagnosing mechanical issues, the Q1 adapts to your needs. It simplifies tasks like 3D laser scanning in construction and vibration testing for heavy machinery, helping you work faster and smarter.

Extended Range for A Broad Range of Applications

The Q1 Laser Radar delivers metrology-grade precision for distances of up to 50 meters. Not only is it suitable for short-range inspections, such as quality control of stamped or carbon-fiber parts in automotive and aerospace manufacturing, but it also excels in mid-range tasks across industrial and civil-engineering environments. As a result, it is a reliable tool for diverse applications.

What’s more, by reducing the frequency of scanner repositioning, the Q1 helps save time during large-scale surveys without compromising on detail. Its efficient design ensures that professionals can work faster and more accurately.

• Long-Distance Reliability: The Q1 covers more ground with fewer scanning positions. This is particularly useful for mapping extensive facilities or large building exteriors.
• Metrology-Grade Precision: Thanks to advanced laser radar algorithms, the Q1 delivers accuracy comparable to laser trackers. At the same time, it offers the ease of use found in robotic total stations, point cloud laser scanners, 3D scanners, and CMM machines.
• Engineered Durability: Designed with rugged construction and an IP54 rating, the Q1 resists dust and water sprays. Therefore, it is ideal for 3D laser scanning in demanding industrial plants.

In conclusion, the Q1 is a powerful tool for professionals needing efficiency, precision, and reliability in various environments. With this in mind, its ability to handle point cloud laser scanning and high-precision surveys makes it an excellent choice.

Laser Doppler Vibrometry for Dynamic Insights

The Q1 is more than just a metrology-grade 3D laser measurement tool. In addition, it excels in imaging vibrometry, offering a remote vibration sensor that detects even the smallest movements without physical contact. As a result, it is highly useful for automotive vibration testing, structural engineering, noise and vibration analysis, and real-time monitoring of industrial machinery.

• Contactless Vibration Measurement: Instead of mounting physical sensors such as accelerometers or strain gauges, the Q1 uses laser Doppler vibrometry to measure velocity and displacement from a safe distance.

• Parallel Scanning Laser Vibrometer: The Q1 can scan large surfaces or multiple points at the same time. This means you get a detailed view of vibrations and structural dynamics in seconds rather than hours.

• How to Measure Vibrations: The Q1 analyzes Doppler frequency shifts in the reflected laser beam. By doing this, it provides valuable data for noise and vibration tests, helping to extend the lifespan of important equipment.

To sum up, the Q1’s ability to measure vibrations remotely and efficiently makes it a valuable tool for industries like automotive, construction, and manufacturing. With this in mind, it stands out as a reliable solution for professionals seeking precise and actionable data.

Rugged Construction for Real-World Environments

Environmental challenges are common, whether you’re on a busy construction site or in an industrial plant full of machinery. However, the Q1 Laser Radar is built to handle tough conditions with ease. Its IP54 rating and durable design ensure consistent performance across a variety of environments.

• All-Weather Operation: Dust, humidity, and light rain are no problem for the Q1. It continues to capture high-quality data without interruptions.
• Internal Weather Station: To enhance accuracy, internal sensors measure atmospheric pressure, temperature, and humidity. These readings adjust distance measurements automatically for precise results.
• Portability and Quick Setup: The Q1 is lightweight and easy to relocate. As a result, you can shift scanning positions quickly, reducing downtime.
• Versatile Applications: The Q1 excels in various industries. For instance, it performs high-accuracy laser scanning for construction projects and metrology-grade 3D laser scanning in industrial plants.
It can also complement tools like robotic total stations, point cloud laser scanners, 3D scanners, and CMM machines, making it a valuable addition to any professional toolkit.

All in all, the Q1’s rugged design, portability, and precision make it an excellent choice for demanding tasks across industries.

Seamless Data Integration

The Q1 works smoothly with popular 3D laser scanning software and project management tools, making it easy to move from data capture to analysis. Additionally, every Q1 comes with Ommatidia Atelier, a software suite designed to enhance its capabilities:

• Powerful Visualization: Turn raw point cloud data into detailed 3D laser maps. Detect misalignments and analyze structural features with precision, whether using it alongside a robotic total station or a point cloud laser scanner.
• Vibration Analysis: When used for vibration measurement, the Q1 sends its data to Atelier for frequency response evaluation, resonant mode identification, and displacement tracking over time.
• Customizable Reporting: Quickly create professional reports for internal use, regulatory needs, or client presentations.
• Flexible Workflows: Export data to advanced CAD or BIM platforms. Use its Application Programmer Interface to integrate with your own tools, or rely on its plugins for leading metrology suites. This makes it a versatile companion for devices like 3D scanners and CMM machines.

The Q1’s ability to integrate seamlessly with existing workflows and tools ensures professionals can work efficiently while delivering high-quality results across industries.

Precision Scanning in Action

Built with massively parallel laser radar technology, the Q1 outperforms lidar scanners in terms of accuracy and dynamic analysis capabilities. This efficiency translates to measurable benefits across project lifecycles:

• Validate Complex Geometries: 3D laser scanner with metrology-grade accuracy for studying carbon-fibre, stamped parts and molds in automotive, aerospace, energy and other industries, ensuring that they match design specifications precisely.
• Structural Health Monitoring: Use imaging vibrometry to detect potential flaws or anomalies in constructions and infrastructures, proactively heading off major repairs or safety concerns.
• Comprehensive Data Capture: Integrate geometric and vibration measurement information into a single data set, simplifying analysis and decision-making processes.

1. Versatile Tool: Addresses the needs of construction laser scanner applications, industrial laser scanning, and even high-end laser tracker accuracy checks.

2.Enhanced Speed & Coverage: 128 parallel channels dramatically reduce scan times, collecting dense point clouds across large areas.

3.Durable & Field-Ready: IP54 protection and rugged design keep you operational, even in unforgiving environments.

4.Advanced Vibrometry: Eliminate invasive equipment setups with the Q1, a tool addressing how to measure vibrations with high spatial density in a contact-less way.

5.Straightforward Integration: Ommatidia Atelier provides a user-friendly tool utilisation, and support for standard software solutions ensure a smooth data pipeline

Take the Next Step

Ommatidia’s Q1 Laser Radar is more than a 3D laser scanning tool. It combines high-precision metrology, contactless vibrometry, and rugged durability into a single, reliable platform. Whether you are optimizing noise and vibration testing, verifying large-scale as-built conditions, or monitoring sensitive industrial systems, the Q1 simplifies your workflow and enhances productivity.

The Q1 complements tools like robotic total stations, point cloud laser scanners, 3D scanners, and CMM machines, offering unmatched versatility. By consolidating multiple functions, it helps you tackle tasks like dimensional metrology, understanding how laser scanning works, or measuring vibrations with ease.

Contact our team today to schedule a demo, request additional information, or explore how the Q1 can revolutionize your projects and improve your scanning and measurement processes.