This is an insight interview style video. This week’s video looks at how you can design better parts. Covering topics such as; features, weight and strength of part, materials etc.
4 minutes read
Tagged with
Injection Molding
Latest Posts
Production of a device developed in collaboration with Protolabs to facilitate faster recovery from sporting head injuries has kicked up a gear following its entry into the English Premier League.
6 minutes read
An evaluation of a range of durable materials to consider for high UV-resistance in plastic parts
5 minutes read
Ejector pins are utterly vital to the process of creating injection moulded parts. If all goes well they barely leave a mark, but sometimes this is not the case. In this video we talk about how design and position can minimise this, considering shape and specific qualities of the part.
3 minutes read
A high-tech company in the field of infrared detection technology research, appointed us for the production of 200 sets of optical probe components. Due to their complex structures and undercut details, injection molding or CNC machining were not feasible.
Have you considered optimizing the part design to increase part quality, while cut down the manufacturing cost and time? There are design tips about ribs and undercut you could refer to.
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.
The importance of glass transition temperatures (Tg) in plastic injection moulding
5 minutes read
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.
The earlier you start thinking about application in the design process, the more effective and economical your finished design will be. This design tip will help you keep in mind a frequently overlooked consideration — Assembly.
Under the premise of ensuring the function and quality of the product, simplified design and fewer parts can reduce product cost, shorten product development cycle and improve product development quality. Here are the ideas on how to reduce the quantity of parts
The following article is the differences of Injection Molding, CNC Machining, and Urethane Casting in detail, including processes themselves, manufacturing lead times, relationships of part quantities and cost, materials, the right process in different development stages.
4 minutes read
An Idea Transformed into a Device Protecting Those in Offices, Schools and Factories
4 minutes read
This is an insight interview style video. This week’s video looks at how exactly you can reduce costs when designing your injection moulded parts. From textured surfaces and writing to undercut features.
4 minutes read
The world of part design can be complex, but it’s important not to lose sight of the fundamentals. This video will go back to basics and look at the essentials and core elements of designing parts for injection moulding, this includes; draft, radii, wall thickness and more.
3 minutes read