Revolutionizing Building Surveys with Reality Capture
As-built drawings are frequently outdated and inaccurate, causing unforeseen issues and significant delays. 3D laser scanning provides precise point clouds, which contain the data necessary to produce 2D CAD drawings, 3D BIM models, or digital twins ensuring dependable project planning while minimizing the risk of change orders and project delays. Experience the dramatic decrease in time, travel costs and increase project efficiency.
Welcome To ShawScan
We Will Provide Top-Tier Services Tailored To Meet Your Needs
Welcome to Shaw Scan, where we specialize in delivering high-quality 3D scanning services that bring unparalleled value to your projects. We understand that accurate data is crucial for your success, and we are dedicated to providing the precise information you need to make informed decisions and achieve outstanding results.
- Quality Control System
- 100% Satisfaction Guarantee
- Highly Professional Staff
- Professional and Qualified
- Environmental Sensitivity
- Personalised solutions
Our Services
Scanning Services
Point Clouds
High accuracy point clouds provide realistic data eliminating mapping errors and helps architects, engineers and contractors save time and money.
Scan to BIM
The data capture derived from 3D scans can create accurate digital representations of existing building conditions and provide in formats such as CAD or Revit.
Flatness Checks
Capturing data from concrete pours to agricultural surveying, this data helps stakeholders make informed decisions.
Why Choose Us
Experienced Professionals
3D scanning technology captures exact dimensions and measurements of buildings, jobsites, factories, plants, and facilities with an accuracy of 2-4mm. We provide the link between unknown existing conditions and a true digital twin.
Data Points Per Scan
Our Process
How It Works
Our experienced professionals deliver the highest quality as-built data, maps, and models using state-of-the-art equipment, software, and processes.
Define
Not all projects are created equally. Tell us what you're after and we will take care of the rest.
Capture
Our team will capture real-world data from your project ensuring accuracy and reliability.
Deliver
Where the rubber meets the road.
FAQ
Popular Questions
Shaw Scan is here to help answer your questions regarding 3D laser scanning, 3D modeling, our process, and how we can help you know more, risk less, and build better.
3D laser scanning is a technology that captures the shape of physical objects using laser light. It creates a digital 3D representation of the scanned object, which can be used for various applications like reverse engineering, quality control, and digital archiving.
The laser emitter projects a laser beam or a pattern of laser beams onto the object's surface. The laser light reflects off the object's surface and is detected by the sensor. The sensor collects data points based on the distance and angle of the reflected laser light. These data points are known as "point clouds."
Although square footage is a factor in estimating, it is not the only consideration and therefore cannot be used solely to provide estimates. Instead, the price is based on what you, the customer, are looking for. Several key factors influence the final cost:
Project Goals: What is the purpose of the scan? Are you looking for a basic model, detailed measurements, or high-resolution imagery? Understanding the end goal helps determine the level of detail and accuracy required.
Complexity of the Project: How complex is the environment being scanned? Simple, open spaces are easier and quicker to scan compared to intricate environments with many obstructions and detailed features.
Number of Scans: How many scans will be needed to cover the entire area? Multiple scans are often necessary to capture all angles and details, especially in complex environments.
Angles and Accessibility: How many different angles and perspectives need to be considered? Difficult-to-access areas or those requiring special equipment or safety measures can increase the cost.
These factors together determine the scope of work and resources required, allowing us to provide a more accurate and tailored estimate.
The duration of a 3D scanning project can vary significantly depending on several factors. In most applications, our scan process takes 1-3 days. However, these durations can increase depending on the amount of post-processing required. We try to set this expectation during the quotation period for each project.
3D scanning data is highly versatile and can be used in various fields for numerous applications. Here are some common uses of 3D scanning data:
Applications of 3D Scanning Data
1. Industrial Design and Manufacturing
- Reverse Engineering: Creating CAD models of existing parts for redesign or replication.
- Quality Control and Inspection: Comparing scanned models to design specifications or CAD models to detect deviations and ensure precision.
- Prototyping: Generating 3D models for rapid prototyping and testing new designs.
2. Architecture and Construction
- As-Built Documentation: Documenting the exact conditions of a construction site or building for renovations, retrofits, quality control, or historical preservation. Difficult to reach locations can be accessed with drones equipped with scanners.
- Building Information Modeling (BIM): Creating accurate 3D models of buildings for planning, design, and management.
- Site Analysis: Analyzing topography and site conditions for construction planning and management.
3. Healthcare
- Custom Prosthetics and Orthotics: Designing and manufacturing personalized medical devices that fit the patient perfectly.
- Surgical Planning: Creating detailed models of a patient’s anatomy to plan complex surgeries.
- Dental Applications: Designing custom dental implants, crowns, and braces.
4. Entertainment and Media
- Visual Effects: Creating detailed 3D models of actors, props, or environments for movies, TV shows, and video games.
- Virtual Reality (VR) and Augmented Reality (AR): Generating realistic 3D environments and objects for immersive experiences.
5. Cultural Heritage and Archaeology
- Artifact Preservation: Digitally preserving artifacts and historical sites for future study and public access.
- Research and Analysis: Allowing detailed examination and analysis of artifacts and sites without physical handling.
6. Education and Training
- Interactive Learning: Providing students with detailed 3D models of objects, anatomical structures, or historical artifacts for interactive learning.
- Simulation Training: Using realistic 3D models in training simulations for fields like medicine, engineering, and the military.
Data Formats and Processing
3D scanning data is typically represented as point clouds or meshes. Point clouds are collections of data points defined in a 3D coordinate system, while meshes are networks of vertices, edges, and faces that define the shape of an object. These data formats can be processed and converted into CAD models, BIM models, or other formats suited for specific applications.
Software and Tools
The raw data from 3D scans is often processed using specialized software, which can:
- Clean and Filter: Remove noise and irrelevant data points.
- Align and Merge: Combine multiple scans to form a complete model.
- Mesh Generation: Convert point clouds into mesh models.
- Texture Mapping: Apply textures and colors to enhance visual realism.
- Analysis and Measurement: Perform detailed measurements, analyze deviations, and generate reports.
Integration with Other Technologies
3D scanning data can be integrated with other technologies and systems:
- CAD/CAM Software: For design, engineering, and manufacturing applications.
- BIM Software: For architectural and construction management.
- Simulation Software: For virtual testing and training scenarios.
- Digital Twins: Creating digital replicas of physical assets for monitoring, analysis, and optimization.
3D scanning data serves as a bridge between the physical and digital worlds, providing precise and detailed representations that enhance various processes and applications across multiple industries.
Solutions. We provide comprehensive 3D scanning solutions tailored to meet your unique needs. Whether you require precise measurements, detailed models, or comprehensive documentation, our advanced scanning technology delivers accurate and efficient results. We focus on understanding your goals to offer customized solutions that enhance your projects.
3D scanning offers a range of benefits across various fields and applications. Here are some of the key advantages:
1. High Accuracy and Precision
- Detailed Representation: Captures detailed and accurate geometric data of objects or environments, often with millimeter-level precision.
- Minimized Errors: Reduces the likelihood of errors associated with manual measurements and drawings.
2. Efficiency and Time Savings
- Fast Data Acquisition: Quickly captures large amounts of data compared to traditional measurement methods.
- Reduced Time for Documentation: Speeds up the process of creating detailed models or documentation, saving time in design, analysis, and reporting.
3. Versatility
- Wide Range of Applications: Useful in various fields including manufacturing, architecture, healthcare, entertainment, and heritage preservation.
- Adaptability: Can be used for scanning objects of different sizes, from small artifacts to large buildings or landscapes.
4. Enhanced Visualization
- 3D Models: Provides detailed 3D models that help in visualizing and understanding complex shapes and structures.
- Virtual and Augmented Reality: Enables immersive experiences in VR and AR environments by creating realistic digital representations.
5. Improved Design and Prototyping
- Reverse Engineering: Facilitates reverse engineering by creating accurate digital models of existing objects for redesign or replication.
- Rapid Prototyping: Accelerates the prototyping process by providing precise models for testing and iteration.
6. Effective Quality Control
- Comparison to Specifications: Allows for detailed comparison between scanned models and design specifications or CAD models to identify deviations and ensure quality.
- Inspection and Reporting: Enhances the inspection process with detailed, quantifiable data and visual reports.
7. Cost Savings
- Reduced Labor Costs: Minimizes the need for manual measurements and reduces the time required for data collection and analysis.
- Avoidance of Rework: Reduces the risk of costly errors and rework by providing accurate and detailed data from the start.
8. Documentation and Preservation
- Archiving: Provides a permanent digital record of objects, buildings, or sites, which is valuable for historical preservation and future reference.
- Restoration: Assists in the restoration of damaged or deteriorated objects by creating accurate models for repairs or replication.
9. Enhanced Communication and Collaboration
- Shared Models: Facilitates collaboration by allowing stakeholders to view and interact with the same 3D models, improving communication and decision-making.
- Detailed Presentations: Enhances presentations and reports with detailed visualizations that are easier to understand than traditional 2D drawings.
10. Safety and Accessibility
- Remote Analysis: Enables remote analysis and planning by creating digital models of sites or objects that can be reviewed without physical access.
- Hazard Avoidance: Reduces the need for personnel to enter potentially hazardous environments for measurements.