FreeScan Trak Nova

Wireless Optical Tracking for Large-Scale Metrology

The FreeScan Trak Nova is SHINING 3D's next-generation optical tracking 3D scanning system, designed to simplify large-scale measurement while maintaining metrology-grade accuracy. Combining a wireless handheld laser scanner with an advanced optical tracking system, the Trak Nova enables fast, efficient data capture across large objects without the extensive marker placement traditionally required by handheld scanning workflows.

Built for manufacturing, inspection, reverse engineering, and industrial measurement applications, the system delivers the flexibility of a handheld scanner with the stability and scalability of a professional optical tracking solution. Whether scanning automotive body panels, aerospace structures, industrial tooling, castings, or large mechanical assemblies, the Trak Nova is engineered to streamline data acquisition while reducing setup time and workflow complexity.

Dynamic Optical Tracking Technology

At the heart of the FreeScan Trak Nova is its optical tracking system, which continuously monitors the position of the scanner in real time throughout the capture process.

Unlike traditional handheld laser scanners that rely heavily on markers placed directly on the object, the Trak Nova uses dynamic optical tracking to maintain positioning accuracy across large scan areas. This dramatically reduces the number of markers required while improving workflow efficiency and operator freedom.

For large-scale projects, this means less preparation time, faster scanning, and more consistent results across complex parts and assemblies. The system maintains stable tracking throughout the scanning process, allowing users to move naturally around the object without constantly managing alignment challenges.

Wireless Freedom for Industrial Workflows

One of the most significant advantages of the FreeScan Trak Nova is its wireless architecture.

Traditional large-scale scanning systems often require extensive cable management, fixed workstations, or complex measurement setups. The Trak Nova removes these restrictions by allowing operators to scan freely throughout the work area while maintaining continuous communication between the scanner and tracking system.

This mobility is particularly valuable when scanning large vehicles, aerospace structures, manufacturing equipment, molds, and heavy machinery where unrestricted movement can dramatically improve productivity.

By eliminating many of the limitations associated with tethered scanning systems, the Trak Nova creates a more efficient workflow both on the shop floor and in field-service environments.

High-Speed Blue Laser Scanning

The Trak Nova utilizes advanced blue laser technology to capture detailed geometric data across a wide variety of industrial surfaces.

Blue laser scanning has become a preferred solution for professional metrology applications due to its ability to deliver highly accurate measurement data while maintaining strong performance on challenging materials and complex geometry. The scanner rapidly captures dense point cloud data while preserving fine surface details required for engineering, inspection, and reverse engineering workflows.

This capability allows users to efficiently digitize everything from intricate mechanical components to large industrial assemblies while maintaining the accuracy required for professional measurement applications.

Designed for Large-Scale Measurement

Large parts often present unique challenges for traditional handheld scanners. Long scan paths, repetitive geometry, and extensive work areas can make maintaining stable alignment difficult while increasing overall project time.

The FreeScan Trak Nova was specifically developed to overcome these challenges.

The optical tracking system creates a large measurement volume that enables users to scan sizable components while maintaining accurate positioning throughout the project. This makes the system particularly effective for applications involving vehicle bodies, aerospace components, production tooling, castings, molds, and industrial equipment.

By reducing alignment complexity and minimizing marker requirements, the Trak Nova allows users to focus more on data collection and less on workflow management.

Inspection and Quality Control Ready

The FreeScan Trak Nova is designed to integrate seamlessly into inspection and quality control workflows.

High-quality scan data can be compared against CAD models, engineering drawings, or manufacturing specifications to verify dimensional accuracy and identify deviations. This makes the system suitable for first article inspection, tooling validation, production quality control, wear analysis, and manufacturing verification.

For organizations that depend on accurate measurement data, the Trak Nova provides a powerful platform capable of supporting demanding inspection requirements across a broad range of industries.

Portable Metrology Without Compromise

One of the defining strengths of the FreeScan Trak Nova platform is its ability to bring professional measurement capabilities directly to the part.

Rather than transporting large components to dedicated metrology rooms or fixed measurement systems, users can bring the scanner to the workpiece and complete inspections on-site. This not only improves efficiency but also reduces downtime and logistical challenges when working with large or difficult-to-move components.

The combination of portability, wireless operation, and optical tracking technology makes the system particularly valuable for manufacturing environments, maintenance facilities, aerospace operations, and field-service applications.

Applications

The FreeScan Trak Nova is ideally suited for a wide range of professional measurement tasks, including reverse engineering, dimensional inspection, aerospace manufacturing, automotive production, tooling verification, mold inspection, heavy equipment measurement, industrial maintenance, quality control, and digital documentation.

Its ability to efficiently capture large objects while maintaining metrology-grade performance makes it a versatile solution for both production environments and engineering workflows.

Technical Specifications