In automotive modification, precision is essential to achieve both functional and visual improvements. Designing and fitting aftermarket parts such as bumpers, spoilers, rims, or body kits requires accurate measurements to ensure a proper fit. The EinScan Rigil, a professional handheld laser scanner offers a practical solution for capturing high quality 3D data, while its dedicated EXScan Rigil software provides a complete workflow from scanning to editing and export. Together, they support more efficient and precise modification projects.

High Quality Scanning for Accurate Part Design

Aftermarket modifications demand attention to detail. Even minor deviations can lead to gaps, misalignment, or difficulties during installation. The EinScan Rigil captures high resolution data up to 0.05 mm, allowing designers to create digital models with confidence.

Additionally, volumetric accuracy of 0.04 plus 0.06 mm per meter ensures that the measurements remain reliable over large surfaces. These standards are maintained through strict calibration. This level of precision helps modification specialists reduce errors and maintain consistency across different projects.

Streamlined Workflow with EXScan Rigil Software

Capturing precise scans is only the first step. EXScan Rigil, the dedicated PC software, complements the handheld scanner by offering a professional workflow that covers scanning, editing, and exporting.

The software allows users to clean up raw data, refine surfaces, and prepare the model for CAD or prototyping. This integration reduces the need for additional software, making the design process more efficient. Modification teams can focus on the creative and technical aspects of their work rather than spending excessive time on manual adjustments.

Supporting Various Modification Applications

The EinScan Rigil is particularly useful for projects involving bumpers, spoilers, rims, or body kits. By scanning the original parts or surrounding car surfaces, professionals gain detailed digital references that can guide design and fitting.

For example, when designing a new spoiler, the scan captures the exact geometry of the rear deck and surrounding panels. Designers can then develop components that match these dimensions precisely. Similarly, rims and wheel arches can be scanned to ensure aftermarket parts integrate smoothly without interfering with suspension or brakes.

Flexibility and Consistency in Workflow

EinScan Rigil supports multiple work modes, offering flexibility in different environments. Users can scan directly on site using standalone mode, connect wirelessly to a PC for complex data handling, or use wired PC mode for maximum stability and speed.

Consistency is also a key advantage. With strict calibration standards, the scanner delivers dependable data across projects, which allows teams to maintain uniform quality even when working on multiple vehicles or different components. Reliable digital models also improve collaboration between designers and fabricators, ensuring parts fit accurately and efficiently.

Conclusion

Precision, efficiency, and reliable data are critical in automotive modification projects. The EinScan Rigil combined with EXScan Rigil software, provides high resolution scanning and a professional workflow that supports accurate design and fitting of bumpers, spoilers, rims, and body kits. By integrating these tools into the modification process, teams can focus on creativity and performance improvements while maintaining confidence in every measurement and digital model.