Laser scanning aiding safety, growth of industrial fabrication
Industrial fabrication is an inherently dangerous field where injuries, physical damage and extensive repair times can bring projects to a standstill. According to the U.S. Bureau of Labor Statistics, more than 16,000 workers are seriously hurt and 50 are killed every year in fabricated metal product manufacturing in the US alone. Consequently, safety isn't just a consideration in new projects — it's the primary focus, ensuring the wellbeing of workers and the seamless progression of work.
Dauntless Industrial owner Alex Buchanan working on a flow switch. All images courtesy of Dauntless Industrial.
Driven by increased automation and infrastructure development, the metal fabrication market is projected to grow from $22.4 billion in 2024 to $27.4 billion by 2030, according to PS Market Research. Prefabrication is essential to the future of the industrial construction industry, enhancing predictability, cost efficiency and safety. However, achieving these benefits requires surveyor-grade accuracy (~1cm) and a data-rich point cloud to ensure that prefabricated components will match the end environment precisely.
3D laser scanning provides the quickest and most dependable method to verify prefabrication quality within the shop. By comparing captured point clouds directly to the model, scanning identifies any potential deviations from the plan, allowing you to address issues before even leaving the shop. This level of accuracy guarantees that prefabrication is executed correctly, thus supporting the overall efficiency and safety of the construction process.
With connectivity to data-rich 3D immersive environments from virtually any location with a broadband internet connection, the industrial metaverse provides manufacturers with the opportunity to enhance their business both within and beyond the production environment of the smart factory.
Alex Buchanan, owner of Dauntless Industrial in Mesa, Arizona, US, founded his company with a mission to provide safer products and services for his customers. However, reducing risk in a notoriously hazardous industry is a significant challenge, and human-conducted field measurements often lack the crucial precision needed to get a project right the first time.
3D scan of a gantry project
Scanning ensures that fabrication through to final construction is accurate from the outset, minimizing rework, reducing wasted materials and preventing schedule delays. Scanning enables the Dauntless team to verify accuracy before arriving on site, because any errors in the shop have cascading effects: delaying installation, affecting subsequent tasks, and ultimately prolonging the project timeline while increasing costs. Moreover, such errors can lead to rushed work, resulting in compromised safety and quality.
Trimble X-series 3D laser scanner in the shop, above, and on a recent project in action, below
By utilizing a workflow that includes scanning, contractors can ensure precision, thus avoiding these downstream issues. Scanning not only provides answers to current questions but also addresses potential future uncertainties with accurate, contextualized data. As Buchanan said, with scanning: “re-work has become a thing of the past.”
Scanning improves construction safety by minimizing the need for personnel to be in hazardous and unstable environments to gather various measurements in difficult-to-access and unsafe areas throughout the site, keeping fabricators as much as possible in the relative safety to the fabrication shop. This technology allows for the collection of significantly more data, all from a secure location.
Stages of a process piping upgrade, starting with a scan and 3D model (above), and the finished project (below)
Buchanan found that Trimble X-series laser scanning technology combined with Trimble software solved his issues. He said, “It takes measurements much faster. It takes measurements more accurately than a person ever could. It captures data that would otherwise be missed. It captures data that we didn't know we needed after the scope of a job is changed. It all allows our customers to accurately see renderings of their products in place in a video rendering.”
The old construction adage "measure twice, cut once" in fabrication is revolutionized by scanning, allowing fabricators to capture unprecedented accuracy before making any cuts. This level of precision is crucial for minimizing rework, maintaining project momentum and making data-driven decisions in real time. “With your technology, our product is safer, faster, more accurate and more cost-effective,” Buchanan concluded.
Scanning extends far beyond the capabilities of traditional tools like total stations, GNSS receivers, or less high-tech tools like tape measures. Compared to these conventional methods, scanning is exponentially faster and more accurate.
3D scan for a cooling system update for a polyurethane manufacturing company
Header for the cooling system being installed into the break tank. Dauntless manufactured the header and installed.
Right from the outset, it provides a holistic dataset that empowers contractors to make informed decisions and ensure project success.
This approach:
- Reduces customer and fabricator risk
- Enhances the overall quality of their products, both in terms of weld precision and tolerances
- Allows customers to maintain operations while they handle fabrication
- Permits installations during non-operational hours, further maximizing uptime
- Significantly speeds up the fabrication process
- Reduces the overall product cost
Trimble 3D laser scanning solutions provide accuracy, range and durability with easy-to-use software for control and review of your scan data in the field, with innovative features like self-leveling and auto-calibration.