Project Overview: PeroWorx Engineering was engaged by a leading electronics manufacturer to reverse engineer a complex screen cover for one of their flagship products. The objective was to create an accurate 3D CAD model of the existing cover to facilitate manufacturing improvements and enable future design enhancements.

Challenges:

• Capturing the precise dimensions and intricate details of the screen cover, including mounting points and curvature.
• Ensuring the CAD model maintained exact tolerances to fit perfectly with…
  

Project Overview: PeroWorx Engineering partnered with a marine technology company for Hydrofoil Product Development designed to enhance the performance and efficiency of watercraft. This project involved end-to-end product development, from initial concept design to final prototyping and testing.

Challenges:

• Designing a hydrofoil with optimal lift and drag characteristics to improve watercraft speed and stability.
• Ensuring the hydrofoil was lightweight yet durable, capable of withstanding harsh marine environments.
• Integrating advanced materials and manufacturing techniques to achieve…
  

Project Overview: PeroWorx Engineering partnered with a marine technology company to develop an innovative hydrofoil designed to enhance the performance and efficiency of watercraft. This project involved end-to-end product development, from initial concept design to final prototyping and testing.

Challenges:

• Designing a hydrofoil with optimal lift and drag characteristics to improve watercraft speed and stability.
• Ensuring the hydrofoil was lightweight yet durable, capable of withstanding harsh marine environments.
• Integrating advanced materials and manufacturing techniques to…
  

Project Overview: PeroWorx Engineering was tasked with reverse engineering a complex gear for a leading manufacturing client. The goal was to create an accurate 3D CAD model from an existing physical part to facilitate improvements in the manufacturing process and ensure compatibility with modern production methods.

Challenges:

• Detailed and precise measurement of the gear’s intricate geometry.
• Ensuring the digital model maintained the exact tolerances and specifications required for high-performance functionality.
• Rapid turnaround to meet the…