Engineering Innovations That Shape the Future
Explore Our Cutting-Edge Engineering Projects
EDGE X Design & Development
Developing the EDGE X
Innovating with precision in industrial design and product development
Design and Prototyping: Initiated the concept designs, transitioning through multiple iterations to refine the functionality and aesthetics of the EDGE X project. Ensured that each design phase was followed by rigorous prototyping to test form and function.
Manufacturing Preparation: Developed detailed 2D drawings to facilitate the manufacturing process, involving precise sheet metal fabrication with specified bends and welding requirements. Collaborated closely with manufacturers to oversee the production of prototypes.
Bill of Materials and Documentation: Assisted in creating a comprehensive bill of materials (BOM) system. Documented all design and manufacturing processes to ensure seamless handover for assembly operations, enhancing the efficiency of production and inventory management.
Custom Tool Design
Auto Harness Clip Pliers
Streamlining Automotive Repairs with Innovative Tool Design
- Tailored for safe and efficient access to hard-to-reach harness clips in automotive engines, significantly reducing the risk of injuries for technicians.
- Features include an extended flexible hose and ergonomically designed clip prying jaws.
Industrial Solutions
Hydraulic Press Hopper - Timet
Enhancing Efficiency in Material Handling
- Specially engineered to facilitate the precise and safe feeding of titanium materials into hydraulic presses, enhancing both safety and productivity.
- Incorporates advanced control mechanisms and robust construction.
Process Monitoring
Ultrasonic Flow Meter Mount - Timet
Advancing Industrial Monitoring with Precision Engineering
- Designed to improve the accuracy and reliability of water flow measurements in industrial reservoirs, critical for optimizing manufacturing processes.
- Constructed with durable materials and engineered for harsh industrial conditions.
Robotics and Automation
Optometry Robot Tensioner System
Precision Enhancement for Medical Robotics
- Provides a critical solution for regulating the tension in the pulley systems of optometry robots, enhancing both reliability and performance.
- Features a combination of manual and automated adjustability tailored for precise operations.
