Utilize CATIA V5 or UG-NX and create complex tooling geometries, define accurate clearances, and simulate the Progressive forming process to validate your design.
Last
updated : March-2025
English
This Course includes:
15 Hours on-Demand Video
2 downloadable Strip
Access On Laptop & Mobile
Certificate Of Completion
One-To-One Live Support
Lifetime Access*

Introduction to Press Tool: Gain an initial understanding of press tools, exploring their essential role in manufacturing processes and applications. Explore the diverse operations performed by press tools, showcasing their versatility in industrial settings.
Basic CAD Methodology for Press Tool Design: Introduce the fundamental Computer-Aided Design (CAD) methodologies specific to press tool design, emphasizing efficiency in the design process.
Press Tool Design Overview: Provide an overview of press tool design, covering key components and considerations necessary for a comprehensive understanding.
Press Tool Design Guidelines and Calculations: Outline the guidelines and calculations essential for press tool design, ensuring precision and adherence to industry standards.
Welcome to the Progressive Tool Design Project Course at ISOPARA, an innovative program thoughtfully designed by industry experts to nurture the skills of aspiring tool designers and engineers. In this comprehensive course, participants embark on a practical journey that focuses on designing progressive tools, a specialized type of tooling used in metal stamping and fabrication processes. With a strong emphasis on real-world applications and hands-on learning, our Progressive Tool Design Project Course equips students with the expertise to create efficient and high-precision tooling solutions. At ISOPARA, we believe in the power of experiential learning, and thus, our project-based approach immerses participants in industry-relevant challenges. Under the guidance of seasoned professionals, students tackle progressive tool design projects from concept to completion, gaining invaluable insights into tool geometry, material selection, and production optimization. Our instructors, who have extensive experience in the field, foster a collaborative learning environment, encouraging creativity and innovation. Graduates of this course emerge with a deep understanding of progressive tooling concepts, prepared to contribute to the automotive, aerospace, and manufacturing industries with their expertise in designing cutting-edge tooling solutions. Join ISOPARA's Progressive Tool Design Project Course today and take the leap toward a rewarding career in the world of precision engineering.
Yes, the course emphasizes practical, project-based learning, providing participants with hands-on experience in progressive tool design.
Projects will be evaluated based on design quality, efficiency, and adherence to industry standards, providing valuable feedback for improvement.
Projects will be evaluated based on design quality, efficiency, and adherence to industry standards, providing valuable feedback for improvement.
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