Advanced Electronic Aim Sight Housing with DFM | Md Mamun Mia

# Advanced Electronic Aim Sight Housing ## Project Overview This CAD model represents a rugged and high-precision **Electronic Aim Sight Housing**, designed for demanding optical and electronic environments. The primary focus of this project was balancing **ergonomics** and **durability** while ensuring micron-level precision for internal components. The design is engineered for commercial production, optimized entirely for **Injection Molding** using robust materials (e.g., *ABS or Polycarbonate*). ## High-Precision Technical Requirements The integrity of an aiming device relies heavily on the enclosure's accuracy. Leveraging my specialized background, this model addresses critical electro-optic challenges: - **Precision Optics Alignment:** Internal geometries are modeled to maintain strict **GD&T tolerances** required for accurate lens and display mounting. - **Environmental Sealing:** Design incorporates features for **IP-rated sealing** around battery doors and adjustment points, protecting sensitive electronics. - **Design for Manufacturing (DFM):** The model is optimized for efficient mass production. Features include: - Robust **rib structure** to withstand impact forces. - Uniform **2.0–2.5mm wall thickness** to prevent warping and sink marks. - **Mounting Interface:** Secure and standard **[Specific Mount Type, e.g., Picatinny Rail]** interface for universal device integration. ## Tools & Deliverables - **Primary CAD Software:** **SolidWorks** - **Visualization:** Photorealistic renderings created in **KeyShot**. - **Deliverables:** Native CAD files (*.SLDPRT, *.F3D*), fully dimensioned **2D Drawings**, and production-ready **STEP** files. This design showcases the ability to manage complex electronic and mechanical requirements within a single, manufacturable product.