FreeScan Trak Pro 2 3D Scanner

Portable optical measurement system.


Accuracy
0.023 mm
Scanning speed
up to 3,070,000 pts/sec

3D scanning modes
4

What are the uses of the scanner and in what industry will it work?

For whom?

The FreeScan Trak Pro 2 3D scanner is ideal for a wide range of both static and dynamic applications. It can be used for large-scale 3D inspection in the aerospace, automotive, marine and energy industries.


Why Shining 3D FreeScan Trak Pro 2?

  • 3D scanner and tracer
  • 3D scanning without markers
  • Metrology class accuracy
  • Above-average scanning speed
  • Wide measurement range
  • Working in harsh environmental conditions

What benefits and key advantages does the scanner bring?

01
High accuracy

The device provides 3D scanning with metrological accuracy up to 0.023 mm. The reliability of the FreeScan Trak Pro 2 is confirmed through testing in accordance with the VDI/VDE 2634 Part 3 standard.
Certification is carried out by the ISO 17025-compliant Shining 3D accredited laboratory.

02
High-speed scanning

Two industrial cameras with a resolution of 5.0 MP each, and scanning with 50 blue laser lines, enable smooth and extremely fast data collection on the object being scanned.

03
Wide measurement range

The large field of view (FOV) provides users with greater flexibility ii scanning efficiency and eliminates the need to move the tracer frequently.

04
3 laser scanning modes

Scanning with 50 laser lines
Scanning with 7 parallel laser lines
Scanning with a single laser line

05
Dynamic reference

The tracker or the object to be scanned can be moved freely during measurement, allowing users to increase the scanning area and carry out work in difficult conditions such as production.

06
Multiple application scenarios

FreeScan Trak Pro 2 provides efficient 3D data acquisition of a variety of objects, including those of large size, while achieving high detail. It also excels at scanning deep holes and black and reflective features.

07
FreeScan Probe

It is a kind of “wireless measuring arm” that was created for measuring hard-to-reach places. The probe allows fast as well as precise spot inspections with an accuracy of 0.025 mm.

Won’t the process of implementing 3D scanning technology be too complicated?

At CadXpert, we not only offer 3D scanners, but also provide comprehensive support in the implementation process. Our team is here to help at every stage. We help individuals and companies realize the full potential of 3D scanning. With our consultants, the implementation of 3D scanning technology will be easier and more effective, regardless of the industry or size of the company.

Business benefits

What do you gain by implementing Shining 3D FreeScan Trak Pro 2 in your company?

Introducing 3D scanning to your company will improve the efficiency of your manufacturing and maintenance processes. You will receive accurate 3D models in a short period of time, reducing the time it takes to design, prototype and reach the market.

In addition, 3D scanning will allow you to precisely control the quality of your products. You will eliminate errors at the preliminary design stage and ensure higher precision and standardization in production.

With the ability to quickly create object reconstructions and access measurement data digitally, analyzing and improving production processes will be easier and take less time and resources.

Scanning technology

With this in mind, we have created 2 introductory ebooks on 3D scanning

Ebook
How to choose the right 3D scanner?
What do I find in the guide?
  • You will learn how 3D scanning technologies work
  • You will learn how to select a scanner for the object
  • You will learn about the resolution, accuracy and speed of 3D scanning
Ebook
7 questions you need to answer before buying a 3D scanner
What do I find in the guide?
  • Explanations about the importance of 3D scanner accuracy
  • Tips on selecting a scanner relative to the size of the items to be scanned
  • Information about the software that 3D scanners work with
  • Assist in budgeting for 3D scanners

Our guides will help you in the decision-making process and direct you in choosing solutions.

These are useful materials that you will be able to present at a board meeting or before a purchasing committee. They inform you about technologies, include comparisons and explain a range of technical issues.

    Technical parameters of the scanner

    Explore the detailed technical specifications of the Shining 3D FreeScan Trak Pro 2 scanner

    Light source
    FreeTrak: Infrared light | 3D scanner: 50 laser lines; 7 parallel laser lines; Single laser line.
    Scan resolution
    0.01 – 10 mm
    Working distance
    300 mm
    Scanning speed
    up to 3,070,000 pts/sec
    Depth of vision
    400 mm
    Size of objects
    0,1-10 m
    Volumetric accuracy
    0.044 mm + 0.012 mm/m (with photogrammetry); FreeProbe: 0.025 mm + 0.015 mm/m
    Max. scanning area
    Laser: 520 mm x 510 mm; Infrared: 600 mm x 600 mm
    Laser class
    Class II
    Interface
    USB 3.0; IEEE802.11n/ac; IEEE802.3ab
    Certificates
    CE, FCC, ROHS, WEEE, KC, FDA, UKCA, IP50
    Output formats
    STL, ASC, 3MF
    Mass
    FreeTrak: 7.2 kg, 3D Scanner: 1.47 kg, Probe: 0.5 kg.
    Dimensions
    FreeTrak: 1079 x 237 x 110 mm, 3D Scanner: 281 x 283 x 290 mm | Probe: 70 x 150 x 340 mm
    Recommended operating system
    Windows 10 and 11, 64 bit

    Learn more about the FreeScan Combo 3D scanner

    See the FreeScan Trak Pro 2 in action. Introducing the features of the 3D scanner.

    Consult your project

    1

    As part of the conversation our specialist:

    2

    In furtherance of our cooperation:

    What questions will help you assess your situation?

    1. 1

      What are the main goals and expectations of using a 3D scanner in your business?

    2. 2

      What is the anticipated size of the objects or items to be scanned?

    3. 3

      What are the expected parameters for scanning accuracy and precision?

    4. 4

      Is the 3D scanner to meet any additional requirements? E.g. 3D scanning in color, seamless digitizing of reflective elements, having relevant certifications, working in harsh environmental conditions, etc.

    5. 5

      Do you have a specific budget to purchase a 3D scanner?

    Submit the form, our consultant will contact you within 15 minutes.

    Konsultant duku 3D

      Direct contact

      Frequently asked questions

      Still wondering? We hope this list of frequently asked questions will help answer some of your doubts.

      Most Shining 3D scanners are designed to be easy to operate, even for those with no prior experience. For the most technically advanced models, we offer specialized training in their operation to ensure you get the most out of these devices.

      The field of 3D scanners uses a variety of technologies, the most common of which are 3D laser scanners, 3D structured light scanners and 3D infrared light scanners. Recently, hybrid 3D scanners are also gaining popularity. They allow for the simultaneous use of multiple technologies, allowing for efficient processing of different types of objects.

      Yes, there are some limitations on the type of materials that can be scanned with 3D scanners. For example, some scanners may have difficulty accurately scanning very shiny or transparent materials. Most 3D scanners can be used to scan many different types of materials, including plastics, metals, wood, fabrics and others.

      • Scanning accuracy: Make sure the scanner offers enough accuracy for your needs.
      • Scanning range: Check whether the scanner can scan objects of different sizes and shapes.
      • Scanning speed: Make sure your scanner offers the right scanning speed for fast and efficient data collection to increase productivity.
      • Portability: Consider whether you need a portable or desktop scanner.
      • Compatibility: Make sure the scanner is compatible with other tools and systems used in your company.
      Poradnik druku 3D

      Read more about 3D scanners

      Take a look at our knowledge base to learn more about 3D scanning and its practical applications.

      Learn about our case studies