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Advanced 3D scanning creates accurate models for better production
Reverse engineering creates accurate models for rapid innovation.
Precise 3D printing solutions for fast, high-quality parts.
Advanced inspection ensures every part meets exact specifications
Blue Light Inspection ensures precision, faster quality control
Industrial CT scanning delivers precise insights for quality assurance
Laser Tracker services ensure precise alignment for large assemblies.
Product design services create market-ready products faster.
CMM inspection services ensure precise measurements and quality.
Fixture certification ensures tooling accuracy and reliable production
A cost-effective way to achieve accurate, professional-grade scanning.
Automotive solutions improve quality and accelerate development.
Replace broken or work die details, and inspect tooling for wear or dimensional issues.
Troubleshoot high accuracy parts with full dimensional inspection
Create biodegradable 3d printed parts, and recreate CAD for older parts
3D engineering solutions enable efficient, high-quality production.
Quickly create math data for broken tooling for CNC machined parts
3D engineering preserves heritage and enables precise restoration.
Create data for legacy parts, or Inspect parts for issues.
Showcasing how innovative ideas become market-ready products
Applications 3D boosts automotive quality and development speed.
Aerospace case studies show precision, safety, performance gains.
Transforming heritage pieces into 3D models for analysis.
See how the performance of cast components can be improved
See how Applications 3D supports the die and mold industry
Our Energy case studies show the power of 3D engineering
Delivering innovative solutions for complex engineering challenges
Advanced 3D scanning creates accurate models for better production
Reverse engineering creates accurate models for rapid innovation.
Precise 3D printing solutions for fast, high-quality parts.
Advanced inspection ensures every part meets exact specifications
Blue Light Inspection ensures precision, faster quality control
Industrial CT scanning delivers precise insights for quality assurance
Laser Tracker services ensure precise alignment for large assemblies.
Product design services create market-ready products faster.
CMM inspection services ensure precise measurements and quality.
Fixture certification ensures tooling accuracy and reliable production
A cost-effective way to achieve accurate, professional-grade scanning.
Automotive solutions improve quality and accelerate development.
Replace broken or work die details, and inspect tooling for wear or dimensional issues.
Troubleshoot high accuracy parts with full dimensional inspection
Create biodegradable 3d printed parts, and recreate CAD for older parts
3D engineering solutions enable efficient, high-quality production.
Quickly create math data for broken tooling for CNC machined parts
3D engineering preserves heritage and enables precise restoration.
Create data for legacy parts, or Inspect parts for issues.
Showcasing how innovative ideas become market-ready products
Applications 3D boosts automotive quality and development speed.
Aerospace case studies show precision, safety, performance gains.
Transforming heritage pieces into 3D models for analysis.
See how the performance of cast components can be improved
See how Applications 3D supports the die and mold industry
Our Energy case studies show the power of 3D engineering
Delivering innovative solutions for complex engineering challenges
A customer reached out to us because they had been having issues when it came to developing a new part that would fit an OEM one. This company was Sicass Racing and they were trying to develop a custom motorcycle fender. This custom part would be an add-on to the existing OEM motorcycle fender so it needed to be able to mate up to OEM mounting locations seamlessly. All their other attempts to scan and make adjustments kept failing to assemble correctly when 3D printed. Using our blue light 3d scanning system, we first scanned the original fender to locate all mating surfaces and mounting holes.
After aligning the fender scan to the provided CAD model, one they created, we were able to make adjustments to mounting holes and surfaces where the models interact. By making adjustments to the CAD model, we were able to make a model that fits perfectly to the bike’s OEM fender. Once 3d printed we now had a cost-effective prototype to test on the original fender. The 3D print fits perfectly against all mating surfaces and all mounting holes as designed.
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Our past projects highlight real examples of how our 3D scanning, inspection, reverse engineering, and CAD design services solve complex manufacturing challenges. These case-driven results demonstrate our expertise across automotive, aerospace, medical, and tooling industries.