Industrial Design & Dimensional Metrology
Industrial Design & Dimensional Metrology
Standard Industrial Design & Metrology Workshop with professional CAD,
design and measurement equipment
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Industrial Design & Metrology combines creative product development with engineering precision.
The discipline requires an understanding of CAD-based design, technical drawing, construction principles, materials science, manufacturing processes, and modern measurement technology.
For students and apprentices in product design, and manufacturing disciplines, access to professional CAD systems, metrology equipment, and model making is essential to develop industry-relevant skills and a solid technical foundation.
This comprehensive workshop solution equips technical schools, vocational training centers, and universities with a fully integrated learning environment, covering the entire workflow from concept to validated product.
KEY FEATURES:
-> The standard Industrial Design & Metrology workshop is designed for 18 to 24 students or apprentices (can easily be expanded).
-> The workshop is fully equipped, modular, and 100% internationally compatible.
-> The workshop includes an extensive range of professional and didactical equipment, such as:
– CAD workstations and licensed CAD software
– Tools for technical drawing and construction theory
– Gemometric and gear models, machine elements, and connection elements
– Precision metrology equipment (calipers, dial indicators, height gauges, surface and tolerance tools)
– 3D printers (multiple technologies) for rapid prototyping
– Material samples and tools for materials science and basic material testing
Together, these elements enable learners to understand and apply the complete industrial product development cycle:
Design → Construction → Prototyping → Measurement → Evaluation.
Where possible, DMH integrates production-oriented solutions in an educational context to extend the value of the standard workshop.
This approach allows students to gain hands-on experience with real industrial processes, such as CAD-to-manufacturing workflows,
tolerance management, and quality control, while also offering institutions opportunities for project-based learning and partial self-financing.
included as an Integral component of the workshop.
(Each curriculum is individually adapted to the specific requirements of the workshop.)
-> Includes PC & software environment modules
-> Includes didactical and professional equipment
-> Includes 3D-printing technology
-> + 20 modules with exercice instructions
-> + 50 pre-defined practical exercices
-> + 60 individual equipment items
-> + 10 workstations
-> + 18 to 24 apprentices per group (expandable)
Extension Modules
Depending on the level of specialization, autonomy, and technical depth required by the institution, a range of extension modules can be added to the standard workshop.
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