Computer-Aided Engineering (CAE)

Precision-Driven Development at HIBANA

At HIBANA, we prioritize precision, innovation, and efficiency in our product development process. Our Computer-Aided Engineering (CAE) team employs cutting-edge simulation and analysis tools to address design challenges, improve product reliability, and enhance the overall quality of our lighting systems. By integrating advanced CAE software, we ensure that our products meet customer expectations, regulatory standards, and industry benchmarks while reducing production costs and timelines.

Our CAE team collaborates closely with other departments to streamline communication and provide data-driven solutions during the development stages. From identifying design flaws early to offering detailed visual insights, our CAE approach empowers engineers to craft innovative solutions while minimizing costly errors and delays.

The Role of CAE in Lighting Design and Development

  1. Early Identification of Potential Problems:　Using CAE tools, we simulate real-world scenarios to identify possible issues such as material shrinkage, part deformation, or weak structural points. This proactive approach allows us to address these concerns during the early design stages, saving time and resources.
  2. Development of Strategic Improvements:　Simulation results guide our engineers in making informed decisions about design modifications, ensuring that each product is optimized for functionality, durability, and customer satisfaction.
  3. Real-World Problem Resolution:　After the R&D mold is complete, CAE tools provide insights into real-world challenges, enabling us to develop countermeasures and ensure product integrity.
  4. Cost and Time Optimization:　By identifying potential issues early and implementing corrective strategies, we minimize the risk of errors and reduce overall production costs and development time.
  5. Enhanced Communication Across Teams:　Visual outputs generated by CAE software create a common language for engineers and designers, fostering effective collaboration and precision throughout the development process.

Moldex3D

Moldex3D is a cutting-edge software tool that simulates the entire plastic injection molding process to optimize design and ensure product quality. It identifies potential issues like parting line misalignments, material shrinkage, shortages, bending, and flow marks early in the design stage, allowing engineers to implement corrective measures before production. By combining simulation results with expert insights, Moldex3D enables us to address quality concerns proactively and provide customers with tailored design recommendations that meet their specific needs.

CF Design

A computational fluid dynamics (CFD) simulation tool used to optimize thermal performance and airflow in electronic devices, preventing overheating and enhancing reliability.

CAE: Empowering Innovation and Reliability

Our CAE-driven approach is a cornerstone of HIBANA’s commitment to excellence. By integrating state-of-the-art software tools into every stage of product development, we ensure our lighting systems are not only innovative but also robust, reliable, and cost-effective. With CAE, we bridge the gap between concept and reality, delivering solutions that exceed customer expectations and set new industry standards.