In today’s fast-paced manufacturing industry, efficiency and accuracy are vital for staying competitive.

Manufacturers constantly seek solutions for day-to-day challenges, such as reducing production time and minimizing errors.

Laser scanning in manufacturing is – a game-changing technology. It has transformed how manufacturers approach design, production, and quality control.

One of the most advanced and sought-after tools in this domain is the Leica 3D Scanner. Leica, a renowned brand in the field of precision measurement and surveying, has developed cutting-edge 3D scanning solutions that offer numerous benefits for manufacturers.

We will explore the benefits of laser scanning in manufacturing and why it’s a must-have tool.

Benefits of 3D Laser Scanning in Manufacturing

Accuracy

One of the great benefits of laser scanning for manufacturing is its accuracy.

3d Laser scanners use advanced technology to produce millions of data points in seconds.

We can use these data points to verify installments of machines and plan layout improvements.

This level of precision is invaluable during the production process. It helps ensure that every produced part and component meets the specifications required.

Streamlining

Laser scanning has transformed the design and prototyping process for manufacturers.

Engineers and designers can quickly identify potential design flaws by creating a highly accurate 3D model of an object.

So, they can adjust and create new prototypes with minimal effort.

These 3D models save time and resources and reduce the risk of costly mistakes during production.

Reverse-engineering

Reverse engineering is all about figuring out how something works so you can make it even better.

We can use Laser scanning to reverse-engineer existing parts, making it easier to create replacement components or improve existing designs.

3D Scans gather all the details needed quickly and accurately to bring these new and improved creations to life.

Reduce Time

In the production world, time is money.  High-performing 3d Laser scanner helps to reduce production time significantly.

Manufacturers can avoid costly delays by identifying potential issues early and ensuring products are brought to market more quickly.

The speed and efficiency offered by laser scanning provide a competitive edge.

Cost Savings

Investing in high-performing laser scanning technology can result in significant cost savings for production.

By reducing the time spent on design and prototyping, manufacturers can cut labor costs and increase overall productivity.

Also, the high level of accuracy provided by high-performing 3d laser scanners helps to reduce material waste and rework, contributing to cost savings.

The long-term benefits and cost savings make Laser scanning a worthwhile investment to stay ahead of the curve.

Quality Control

Quality control is an indispensable part of the manufacturing process. Laser scanning technology is vital in ensuring that products meet the highest standards.

So, Manufacturers can quickly and easily compare the scanned data to the original design.

These scans help identify defects and guarantee that only the highest quality products reach the market.

Maintenance

Maintenance teams can identify potential issues and plan repairs by scanning machines and factory environments more effectively.

Safety

3D laser scanning can improve workplace safety by identifying potential hazards, such as structural issues in a factory building.

Collaboration

Laser scanning technology can boost collaboration and communication among different teams.

Creating a single, accurate 3D model of a part or component allows all teams to work from the same data set. This unified data set reduces the risk of errors.

Also, all team members can easily share and access laser-scanned data. This shared data helps streamline the decision-making process and maximizes productivity.

So, keep your business from falling behind. Digital modeling of the production line will support you in better managing your industry. BIM models will facilitate maintenance processes and will cut downtime and costs.

If you want to take your operations to the next level with laser scanning,

Contact our experts at 3DS Technologies today and discover the transformative capabilities of the Leica 3D Scanner!

 

1. NEW CONSTRUCTION

Laser scanning can be utilized to assess new site conditions, i.e., topographic surveys, it will also give you an accurate picture of the infrastructure that might be affected by new construction like current utilities, existing buildings etc. Scans mid project supports accurate assessment of progress and document hidden components (MEP) at any stage. For example, scanning all components as they are installed can create a time-lapse record with millimeter accuracy data on the pipes, HVAC, structural steel, floors, and rebar in the concrete slabs.

2. BIM (Building Information Modelling) 

A contractor can scan all components as they are installed with up to millimeter accuracy data on pipe, HVAC, structural steel, floors and rebar in the concrete slabs throughout the building. This information can be compared to the design to verify that all components are installed as planned. If any errors are discovered, the design can be revised so that new components can be altered in the fabrication process instead of costly changes or rework onsite. The scan can also help with verifying the installed material which can verify cost estimates, which can solve any discrepancies between contract owner and subcontractors.

3. FLOOR AND SLAB FLATNESS

Use Laser Scanning to quickly and easily calculate any areas that need to be adjusted and accurately determine the volume of material needed. This capability leads to more accurate material orders and less waste and ultimately better builds.

4. PROJECT PLANNING

Laser scanning can be a vital tool to access conditions, aid in design, confirm designs, document progress, confirm specifications, confirm cost estimates as well as control cost over runs. This can help projects stay on time and on budget.

5. RE-CONSTRUCTION

Laser Scanning is essential during renovations, rebuilds and remodels. For renovations or additions to an existing structure, drawings are often out of date or simply don’t exist. This can make designing renovations or additions difficult. Laser scanning can accurately survey the existing structure and utilities. This data can be used alone or be brought into any CAD package and used to develop existing condition drawings. With this data, a designer, architect or engineer can model and create the new additions or features and be confident that the design will be compatible with the existing conditions without onsite rework or remodels. Once these documents are created, laser scanning can continue to add value by capturing construction milestones and providing quality assurance as the project progresses. Laser scanning is a powerful tool that can save thousands of dollars in rework, keep projects on schedule and provide valuable information for all stakeholders. Laser scanning is a valuable tool that can save a lot of money on rework, keep projects on schedule, and provide valuable information for all stakeholders.

6. HISTORICAL DOCUMENTATION

Think Cathedral of Notre Dame. This was a significant loss, but luckily the cathedral was laser scanned. They now have accurate, detailed historical data complete with full dimensional accuracy down to every mm. This will allow the church to be rebuilt exactly as it was. Scan data is a benefit that will be enjoyed by the masses, yet at the time, the question certainly was “why would we need that?”

It’s important to understand how the laser scanning data will be used before you decide what solution is best for your project. This will help you identify which hardware and software are right for your needs and determine which service provider is best suited to provide that solution.

To get started, take a look at the types of data that will be captured by the laser scanner. This will help you determine the specific applications in which the data will be used. Next, consider how you’ll use this data. Do you need detailed scans of all areas of the project? Or are some areas exempt from scanning? Once you have a general idea of these things, it’s easier to narrow down your options and decide what solution is best for your project.

BASIC 

Laser scanning is an excellent way to check construction progress against the design. When individual scans are dropped into a BIM or CAD environment, the dense scan data makes problems easy to identify.

If problems are found, the scan data can be used to send measurements to the design team to make design revisions to avoid future conflicts.

INTERMEDIATE 

A laser scan can be a valuable tool for ensuring the safety and quality of your construction site. Not only can it provide a detailed analysis of the condition of the site, but it can also detect problems before they become big issues. By using a laser scan, you can catch floor and slab flatness, wall plumb and square, steel sag and deformation early on, and make appropriate repairs or adjustments before they cause further damage or costs.

ADVANCED 

If your project requires accurate and up-to-date as-built site conditions, Scans can be converted into CAD or BIM models. Have you ever wanted to know exactly where a bolt or pipe fitting is located on a structure? Laser scanning can provide that level of detail, and it’s becoming more common as technology advances. In fact, laser scanning data is so complete that it can even identify Bolt and Pipe Fittings.

The point cloud can be used to create paths with the correct clearances to remove large equipment from the site once construction is complete. This can be a critical step in ensuring that site safety is maintained and that construction workers and equipment are not injured.

Would you like to find out more about laser scanning and see if it’s something you might be interested in? Are you curious about laser scanning and whether you should buy or outsource it? Keep reading, and we can help. Here are a few questions to ask before making the decision.

1. Do I want to use laser scanning for most of my projects?

Yes: Amazing! Let’s talk about the best way to set you up for success. We believe that making sure everyone with a scanner knows how to get the best out of it only benefits the industry as a whole, so we’re here to make sure as many companies as possible know how to get good data.

No: You should likely continue to outsource your laser scanning. If you think the scanner will sit, it’s better to put your hard-earned cash into another part of your business.

2. Have I worked with point cloud data in house?

Yes: Great! If your team uses point cloud data successfully, you might be ready for an investment.

No: Outsource laser scanning (for the time being). A good Scanning company will provide you with point cloud data and will also support your team as they learn to use it in their workflow. This puts a future investment within reach and helps you understand if you’re ready to take on the learning and time commitment of running your own scanner.

3. Do I know the time involved in the back of laser scanning for importing, processing, and exporting data?

Yes: Excellent! If your team uses point cloud data and you understand the time required for projects, you’re even closer to being ready.

No: This is a BIG piece of laser scanning. While data collection in the field with the scanner is up to 100x faster to collect, processing time in the back end can be heavy, and the nuances of managing data are time-consuming. Computers need to be quite robust, and the person processing the data needs to be an expert in the software required. If this isn’t something you’ve yet got a handle on, continue to outsource for now. Outsourcing means you do not need to invest heavily in new computers, train employees or hire newly qualified staff.

4. Is my team ready for the change management aspect of adding laser scanning

Yes: Awesome! People are way more challenging to change than processes. If you’re here, you’re way ahead of the game.

No: My team knows what to do, and they do it well already, so changing process can be challenging. Shifting them into using laser scanning for their projects will take some convincing if they deeply trust their current processes and need to be faster to embrace change. If this is the case, getting some data into their hands is even better before investing. We do come up against resisters in the companies who outsource their scanning to us. It’s important that the team is ready and wants to leverage the technology because it takes some commitment and new workflows to get there.

5. Do I understand the difference between the various types of scanning, the quality of data, and what will best serve my needs?

Yes: Fantastic! You’re nearly an expert, and it sounds like you’re just about ready.

No – there is a lot to know about the equipment and, of course, as many opinions about what works best. The scanner you invest in will largely depend on what the most critical outcomes are for you. Not every scanner can complete every job because different scanners are used for different projects. 3DS uses Leica scanning equipment because we wanted to ensure we could give our customers the highest quality and most efficiently collected data. We believe that bad data is worse than no data, so this partnership was a critical and well-researched decision. We know other manufacturers are putting out good products, but given our core business is being experts in laser scanning, this was right for us.

6. Have I evaluated the costs of adding a laser scanner to my business?

No: This is a critical step. As with all business decisions, there is more to scanning than purchasing a scanner. You must consider dedicated labor resources, computer capabilities, storage solutions, training for subject matter experts on your team, software, and additional supply costs. Laser scanner initial costs can easily exceed $100 000.00. Combine that with software, equipment, and training, and the costs can quickly seem overwhelming and send you back to the “old ways.” While there are less expensive models, a poor laser scan is worse than no laser scan.  Errors can be difficult to detect, leading to false security and expensive mistakes later.  Laser scanning can eliminate those mistakes and errors if performed properly with the correct equipment.

Yes: You are ready!! If you’ve gotten this far with a yes to all of these questions, purchasing your own laser scanner makes sense.

If you’ve gotten to the end of these questions and it looks like you are not quite ready to invest in laser scanning for your company, all is not lost. You can get there with some education, support projects, and time. Alternatively, you might decide that outsourcing is more beneficial for your organization for the time being.

Scanning hardware can be daunting, especially if you’re unfamiliar with it. That’s why it’s important to understand what goes into making a laser scanning system work. Here are some key points to keep in mind:

-Lasers generate high levels of data that need to be processed quickly and efficiently.

-Scanners use lasers to create 3D images of the environment they’re scanning.

-The higher the data capture rates on a scanner, the more detailed and accurate the scans will be.

Two million points per second is excessive for simple floor plans, However, if you need high-resolution scans of a complex environment in a short amount of time, speed will be critical. Also, consider how your needs might change over time if you plan to self-perform the work. Most general contractors that start with basic applications quickly progress to intermediate and advanced uses once they become comfortable with laser scanning.

When it comes to choosing a scanner, one of the most important factors is range. You’ll need a scanner with a long enough range to cover the areas you need to scan. If you’re looking for something that can reach up high and capture data from an inaccessible structure, then consider investing in a Leica P50 Scan Station. This machine has a range of 1km, which is perfect for capturing data from structures hundreds of feet above ground level.

When measuring items or areas with a laser scanner, it is important to ensure that the scanner used meets your accuracy requirements. A high-quality scanner will typically have survey-grade tilt compensation, also called dual-axis compensation, which enables the instrument to always know “which way is down/up” and correct measurements for deviations from vertical. Without this feature, scans can be inaccurate due to incorrect equipment calibration.

Scanner Accuracy can vary dramatically from scanner type and even from scanners of similar type. See the chart below.

There’s no question that the environment has a huge impact on productivity. That’s why it’s important to check your laser scanner’s operating temperature ranges and ensure work can be performed in extreme conditions like rain or high humidity. If you live in an area where temperatures routinely go over 90 degrees Fahrenheit (32 degrees Celsius) or if humidity levels regularly exceed 80 percent, then a noncondensing scanner might be best for you. In these cases, moisture does not affect performance, and measurements are more accurate overall.

In today’s world, there is no such thing as “untouchable” technology. Every business must be prepared to adopt new technologies and update their systems in order to remain competitive. In the case of laser scanning, this means being able to use the scanner’s data easily and quickly in order to make critical decisions regarding installations and maintenance.

If you plan on purchasing your own laser scanner, look for a solution from a company that also provides software, training, and support. That way you can rest assured that you’ll reap the rewards from your scanner investment.

SOFTWARE

Scan data typically needs top to be post-processed or “registered” which means combining the individual scans, verifying accuracy, and exporting as a single file or “Point Cloud” which is literally a Cloud of points.

Registering scan data ensures that the images are properly aligned and capture all details within the field of view. This process can take several hours on large projects but can be completed in minutes on smaller projects. By registering scan data, you ensure accurate mapping between objects and improve object identification when reviewing results later on.

Registration also allows for more efficient workflows by streamlining point selection and organizing points into clusters according to specific criteria (e.g., location, material type). Registration makes it easy to identify areas of concern early in the review process, minimize rework later on, and improve overall accuracy across your project portfolio.

With that in mind, the registration software you choose is as important or more than the scanner itself.

There are a number of great registration software options available on the market, and it’s important to choose one that will fit your needs. not just in terms of functionality, but also in terms of price and features.

Here are some key considerations when selecting a registration

software:

– Scalability – Will the software be able to handle large numbers of registrations? Ideally, you want something that can handle tens or hundreds of thousands of registrations at once without issue.

– Compatibility – Is the software compatible with all types of scanners? Most scanners have unique raw files. You will want to ensure your software can import most of the major brands’ file types.

– Ease Of Use – The user interface should be easy to use, regardless of your experience level. If you’re new to registering, ensure the software is tailored specifically for beginners or has a robust support network.

– Price – Registration software usually comes equipped with features such as reporting global error values, so determine what those features are before making a purchase decision.

Poor registration practices can be costly and defeat the entire purpose of having a laser scan done.

COMPUTERS AND PROCESSING 

When working with point clouds, it’s important to keep in mind the amount of data that can be processed and stored in a single project. Larger projects – those containing 2000 or more scan points – can balloon into terabytes of data. This means that computer processing and storage availability will be key factors when planning your workflow.

To ensure smooth sailing during large-scale scanning projects, make sure you have enough computational power and storage space available to handle the influx of data. Also, plan ahead by creating file structure early on in the project so you don’t experience any delays due to inability to process all the data required.

Ok, you have the laser scan data. Now what? Here is where the options explode. There are endless ways to share and work with the data. By this point, you should already know your outcome to help narrow your focus.

The first step is viewing the point Cloud. There are many free viewers that will allow limited functionality to view and work with point clouds.

Autodesk ReCap is a free download and can be used to view, edit and perform basic measurements. The RCP or RCS files exported out of ReCap can then be directly imported into most Autodesk packages to begin your modeling or analysis processes.

Leica’s Truview is similar, and Leica has portable versions of the software, so you can share the file on a USB, and anyone can view it without needing to install any software. Truview, like Recap, allows you to navigate, trim, measure and perform some simple analytical processes. We find Truview to be an overall better viewing experience.

There are endless options for online cloud hosting and viewing. A quick online search will return many results. The leaders in the industry are companies like Prevu3D, Cintoo, and Veerum. There are many others, and some research will need to be done to meet your exact needs.

We have tried to cover most of the basics in this guide. Contact us to learn more about the robust field-tested processes we follow when scanning.

At 3DS Technologies, our highly specialized and experienced team uses state-of-the-art equipment that allows us to Scan for you and convert your Scan into a real-life product with almost zero effort on your end. Or, if you have a scan already, we can help you with that. Contact us today and get immersed. 3d laser scanner leica 3d scanner