SCAN IT 3D GmbH a Swiss 3D measurement service provider, was commissioned to determine the geometry of a suction pipe of a hydroelectric power plant using 3D scanning technology.
The merging of ECAD and MCAD allows virtual simulation of the manufacturing process and reduces validation gaps that can happen when design efforts happen independently.
The study is about the transformation of the manual assembly process of medical test kits by integrating the learning factory and digital twin. Lean manufacturing principles and lean thinking are introduced to revamp value-added activities; reduce waste and level-load human utilization.
A medical company sought to develop a new biochemistry analyzer product. Development was stalled due to the complex structure of a component and the small quality required. Then they found RPWORLD to help them get out of the dilemma.
Polyjet is a 3D printing technology that offers great accuracy and uniquely allows you to alter the part’s material properties in different places on the build. For the right part or prototype Polyjet is a great option, but understanding the capabilities and limitations is key.
This video will tackle the tricky topic of cooling rates in injection moulded parts. Looking in detail at important considerations when designing your part such as; avoiding narrow gaps leading to higher pressure, temperature uniformity, higher tolerances, multiple gates and upping cooling rates.
The objective was to get a small handheld tool to quickly carry out inspections and measurements in various places. The speed of measurement, getting results in a short time and the desire to use cutting-edge technology were the key factors to choose a 3D measurement solution.
Lights-out manufacturing refers to the manufacturing methodology where factories are fully-automated. While true lights-out factories are still rare today, manufacturers can look to companies like FANUC, in Japan, for inspiration.
Rohde & Schwarz uses the HandySCAN 3D for quality control, measuring vehicle interiors, inspecting free-form surfaces, and additive manufacturing processes
Have you considered the machining requirements for part when you are designing the CNC machining parts? On the premise of meeting the function, cosmetic appearance and reliability of products, the design of CNC parts should be easy for manufacturing and cost-efficient.
The sharp corners should be avoided in the plastic parts, as it can impede from plastic melt flow, causing flaws on parts. Meanwhile, stress concentration can be easily generated in the sharp corners and further reduces the strength of parts. Therefore, adding radii in sharp corners is suggested.