Prototyping Lab – Solution 1 – Solution ” ABX – IAAR2501

Lab Objectives

• Build technical and operational skills in metalworking and woodworking using lathes, milling machines, drills and other mechanical tools.
• Develop skills in digital design and fabrication using CNC, laser and 3D printers.
• Integrate theory and practice to understand modern industrial processes in manufacturing.
• Prepare students for the demands of the world of work through the use of machines and tools actually used in production and craft settings.

Educational Aims

• Metalworking and woodworking lab
• The advanced technical training set includes essential tools to introduce students to traditional mechanics: o Turning, milling, sanding, drilling o Combined use of hand tools and benchtop machines
• It enables students to understand the principles of mechanics, tolerances and workshop safety.
• Upgrade modules
• Upgrade kits 2 and 3 extend the machines’ functionality with: o Interchangeable heads, additional motors, rotary tables, special tools o Greater flexibility and scope for customising teaching and project activities
• Digital fabrication and CNC
• The CNC, laser and 3D printing modules introduce students to CAD/CAM design, numerical control and additive manufacturing.
• The use of: o Laser engravers o CNC milling beds o 3D printers with dedicated software offers a practical approach to Industry 4.0 and rapid prototyping.
• Safety and automation
• Devices such as emergency stop modules, protection relays, honeycomb panels and air pumps make the lab: o Compliant with safety regulations o Efficient and adaptable to different types of work

Conclusion

The equipment illustrated makes it possible to create a highly versatile and educational technical lab, suitable for Vocational and Technical Institutes specialising in:

• Maintenance and technical support
• Mechanics, mechatronics and energy
• Industrial production and craftsmanship
• Wood technologies. This lab combines traditional manual skills with digital fabrication, enabling students to develop operational, design and digital skills in line with the demands of the world of work and new production technologies. This solution includes technology systems that support inclusion and equal opportunities through the use of innovative teaching methods. It is designed to promote active and collaborative learning.