Creating functional and efficient elements and assemblies by applying engineering principles, materials, and components. Our designers analyze requirements, constraints, and user needs to develop precise plans. It encompasses selecting appropriate materials, designing for desired functions, and optimizing structures for performance and safety.

Mechanical sheet metal design utilizes CAD software for efficient component development from thin metal sheets, optimizing cost, ease of manufacturing, and structural integrity. Our designs serve various applications including enclosures, brackets, and panels for electronics, appliances, and machinery.

Creating specialized tools and devices used in manufacturing processes. Jigs guide the positioning of workpieces, while fixtures secure the workpieces in place. Our designers consider factors like tolerances, material selection, and ergonomics to optimize the performance and reliability of jigs and fixtures, ensuring consistent and precise production in various industries

Involves selecting materials, dimensions, and geometries tailored to requirements, such as stress analysis, ensuring optimal performance, durability, and safety. This process integrates principles of mechanics, material science, and manufacturing techniques to create efficient and reliable mechanical parts or systems.

Process of conceptualizing, modeling, and refining physical products using engineering principles and computer-aided design (CAD) tools. Designers focus on functionality, manufacturability, and aesthetics while selecting suitable materials, mechanisms, and components. They perform analyses, simulations, and prototyping to validate performance and structural integrity.