Our team specializes in high accuracy

3D Laser scanning

Speak to a Specialist

Historic Preservation

accelerate your project workflow

in a variety of ways with 3d laser scanning:
 

3D laser scanning is essential for project documentation because it provides highly accurate, comprehensive, and detailed data of physical environments, capturing every element in real-world conditions. Unlike traditional surveying methods, 3D laser scanning generates precise point clouds that can be converted into BIM models, as-built drawings, or other formats, ensuring that the digital representation aligns with the physical structure.

This level of accuracy is invaluable for project planning, design validation, construction verification, and long-term maintenance. It helps teams identify potential clashes, verify installations, and minimize costly errors. By using 3D laser scanning, project stakeholders—whether architects, engineers, or contractors—gain a clear, reliable dataset that supports informed decision-making, reduces rework, and enhances overall project efficiency. Whether for documenting existing conditions, capturing complex geometry, or facilitating renovations, 3D laser scanning serves as the foundation for precise, reliable, and comprehensive project documentation.

 

3D laser scanning is used by a wide range of clients across industries who require precise, detailed, and accurate data for their projects, and ToPa 3D has had the privilege of working with all of them:

  1. Architects and Engineers: These professionals use 3D laser scanning to capture existing site conditions for design and planning, ensuring that new construction or renovations align with real-world measurements. ToPa 3D provides accurate as-built data, facilitating better design, clash detection, and BIM modeling.

  2. General Contractors: In construction, contractors rely on 3D laser scanning for progress monitoring, quality control, and verifying that installations meet design specifications. ToPa 3D helps them reduce rework, improve site safety, and keep projects on schedule and within budget.

  3. Historic Preservation Organizations: Museums, non-profits, and government agencies use 3D laser scanning to digitally preserve historic structures. ToPa 3D captures intricate details and structural features, creating digital records that aid in restoration and long-term preservation efforts.

  4. Facility Managers: For those managing commercial, industrial, or institutional facilities, 3D laser scanning is vital for creating accurate as-built models that support maintenance, retrofitting, and future planning. ToPa 3D enables facility managers to make informed decisions based on reliable, current data.

  5. Manufacturers and Industrial Clients: Factories, plants, and other industrial facilities rely on 3D laser scanning to document equipment layouts, production lines, and structural components. ToPa 3D's data supports planning upgrades, ensuring safety compliance, and optimizing workflows.

  6. Legal and Insurance Professionals: Law firms and insurance companies use 3D laser scanning for accident reconstruction, forensic analysis, and claim validation. ToPa 3D provides highly accurate, visual data that can be presented in court, offering clear evidence to support cases.

  7. Real Estate Developers: Developers use 3D laser scanning to capture land features, building conditions, and site elements accurately, enabling better planning, marketing, and sales strategies based on reliable data. ToPa 3D has supported developers in creating comprehensive project documentation.

ToPa 3D’s extensive experience with these diverse clients showcases the versatility and value of 3D laser scanning across industries.

Image

precision

CAPTURE EVERY DETAIL WITH CONFIDENCE

Reality Capture, to include 360 photos, 3D laser scanning, and drone mapping, collects millions of data points to create detailed, accurate models of any space. This precision ensures that measurements are exact, reducing errors and rework in planning and construction.

EFFICIENCY

STREAMLINE PROJECT WORKFLOWS AND CUT COSTS

By quickly capturing comprehensive site data that would typically take weeks or months using hand-surveying methods, Reality Capture saves valuable time and labor. Faster data collection and precise planning help keep projects on schedule and minimize costly delays for feasibility studies, retrofits, remodels, and preservation for posterity.

  COLLAB

MAKE BETTER DECISIONS WITH CLEAR, VISUAL DATA

Reality Capture data produces highly visual, shareable models that integrate into web viewers and other sharable mediums such as CAD/BIM and other viewing or design software. This makes it simpler for teams to visualize, communicate, and make informed decisions throughout every project phase.

Helping you

capture, interpret & utilize your data
 

At ToPa 3D, our passion for historic preservation runs deep. In fact, reality capture for historical sites was the very foundation of our company in its early years. We started by digitally documenting historic landmarks, ensuring their legacy could be preserved for future generations. Over time, this passion has guided us to work with historically minded groups, non-profits, and preservation organizations, taking great care to understand their needs and priorities. Whether through 3D laser scanning, photogrammetry, or drone mapping, we approach each project thoughtfully and with the utmost respect, creating highly accurate digital records that maintain the integrity of these treasured sites. Preserving history isn’t just a service for us; it’s part of who we are.

Case study

Deviation Analysis

ToPa 3D has supported numerous clients in the industrial and commercial construction sectors with comparative deviation analysis using 3D scans captured at different time intervals. By comparing scans from different time periods, we provide highly accurate insights into stress changes, load-bearing variations, and structural shifts that occur over time.For structural steel, this analysis helps engineers and contractors understand potential deformations, shifts, or weaknesses that could impact safety and performance. In underground tunnel systems, our comparative analysis reveals subtle movements, allowing teams to assess potential impacts on structural integrity, ground pressure, and long-term stability. This approach has proven invaluable for proactive maintenance, safety planning, and compliance with industry standards, ensuring projects are built to last and remain structurally sound throughout their lifecycle.
Image
Case study

Deviation Analysis

 

ToPa 3D has supported numerous clients in the industrial and commercial construction sectors with comparative deviation analysis using 3D scans captured at different time intervals. By comparing scans from different time periods, we provide highly accurate insights into stress changes, load-bearing variations, and structural shifts that occur over time.

For structural steel, this analysis helps engineers and contractors understand potential deformations, shifts, or weaknesses that could impact safety and performance. In underground tunnel systems, our comparative analysis reveals subtle movements, allowing teams to assess potential impacts on structural integrity, ground pressure, and long-term stability. This approach has proven invaluable for proactive maintenance, safety planning, and compliance with industry standards, ensuring projects are built to last and remain structurally sound throughout their lifecycle.

Image
[ToPa 3D] is fantastic to work with, and brings amazing results to any project. I've experienced [their] knowledge and skill both in my classroom as a guest lecturer - teaching scanning applications to historic preservation students - and in the field working on historic buildings. It's a pleasure to then brainstorm new techniques and interpretations with [ToPa 3D] from the data [they've] acquired.
- Lauren Allsopp, Director, Community Development and Environmental Stewardship at Smart Pad Living LLC; Conservator - RMS Titanic
Image

[ToPa 3D] is fantastic to work with, and brings amazing results to any project. I've experienced [their] knowledge and skill both in my classroom as a guest lecturer - teaching scanning applications to historic preservation students - and in the field working on historic buildings. It's a pleasure to then brainstorm new techniques and interpretations with [ToPa 3D] from the data [they've] acquired.

- Lauren Allsopp, Director, Community Development and Environmental Stewardship at Smart Pad Living LLC; Conservator - RMS Titanic

Tools we use for 3D Scanning

Image

Image

Image
Image
Using 3D scans to verify

building integrity on Historic Structures

In this Ebook you will learn about how to identify integrity issues within buildings using 3D laser scanning.

Image
Have questions, ready to get started?

Contact us

Have questions, ready to get started?

Contact us