Estimated Reading Time: 8 minutes Explore the transformative power of TinkerCAD and FreeCAD through detailed case studies showcasing their …..
Architectural Design on a Budget: Utilizing FreeCAD for Your Projects
Estimated Reading Time: 15 minutes Discover how FreeCAD revolutionizes architectural design by offering a cost-effective, open-source solut
From Sketch to Prototype: Transforming Your Ideas with TinkerCAD
Estimated Reading Time: 8 minutes Dive into the world of 3D modeling with TinkerCAD, the go-to platform for transforming sketches into tangible prototypes with ease.
Introduction to Computer-Aided Design: Exploring the Basics with TinkerCAD and FreeCAD
Estimated Reading Time: 20 minutes Explore the transformative potential of Computer-Aided Design (CAD) with our insights on TinkerCAD and FreeCAD, tools that are revolutionizing digital design. Start your project today and unlock a world of creativity and innovation with CAD.
Electrical Design Tools: EPLAN, AutoCAD Electrical and the Alternates
Estimated Reading Time: 9 minutes In this article we review the Electrical Design Tools: EPLAN, AutoCAD ELECTRICAL and the Alternates. Also we present a brief introduction, comparative Analysis, Conclusion and Recommendations
Safety Buckle for Children
Estimated Reading Time: 8 minutes Explaining the safety equipment to children and changing it into the child-friend device is an old challenge for designers during the history. Now, it is time to make a new “buckle for children”. In this article we will represent a modification on side-release buckle to make it more acceptable for children. By CX108, Cademix Institute of Technology.
Microscale 3D Printing: A Review
Estimated Reading Time: 13 minutes Microscale 3D printing is the use of additive manufacturing techniques to create structures with features as small as a few microns. As the demand for device miniaturisation grows, so does the demand for microscale 3D printing. There are some traditional methods for microfabrication. However, 3D printing processes have been found as a viable way for achieving real 3D microproducts. There are several methods for microscale 3D printing. This article will highlight some of the most essential and effective microscale 3D printing methods. It includes scanning micro stereolithography, projection micro stereolithography, two photon polymerisation, laser induced forward transfer, microscale selective laser sintering, microscale inkjet 3D printing, and micro extrusion 3D printing. This review will also take a glance at some of the uses of microscale 3D printing in the electronics and medical sectors.