Project

Introduction The client is a leading provider of product packaging solutions, specializing in the design and manufacture of automated packaging systems for the food, pharmaceutical, and consumer goods industries. To enhance efficiency in the design process, the company collaborated with IDEA to provide machine design support machine design by converting existing 2D drawings into 3D […]

Introduction IDEA provided design support for a Japanese company specializing in industrial pipe design. The service included transforming initial sketches into 3D models, implementing detailed isometric drawings (isome), and designing pipe support structures for chemical, oil, and gas plants. Challenges Converting Ideas into 3D Models: The client required the creation of detailed 3D models from […]

Introduction Fixed Design Personnel were initially provided to the client, a company in the field of industrial machinery design and manufacturing, on a project-by-project basis with hourly billing. However, as the workload grew and the need for stability and continuity in design became more critical, the client chose to switch to a model where IDEA […]

A leading conveyor manufacturer in Japan, similar to Makitech, faced the challenge of implementing a **digitalizing solution** to convert its entire product design into ICAD software. With a product range of up to 10,000 models, including various components and optional accessories, the workload was immense and required a high level of precision to optimize the design and manufacturing processes.

Converting 2D drawings to 3D models has become an urgent requirement for customers in designing factory systems. The traditional 2D method is not only slow but also prone to errors, leading to costly and time-consuming modifications. With the advanced 3D simulation solution from IDEA Technology, customers not only optimize the design but also significantly reduce time and cost, while eliminating almost all errors, greatly improving project efficiency.

Printing a bicycle frame using carbon fiber presents significant challenges. Firstly, the technical complexity of carbon fiber is high, requiring the fibers to be arranged in specific directions to ensure optimal strength, which demands advanced techniques and precise control software.