Published ArticleThis paper describes the possibility of using laser-sintered Alumide® as an alternative material for producing rapid tooling (RT) inserts. To determine the durability of Alumide® inserts for the injection moulding (IM) process, a product with geometrical features was developed, and Alumide® inserts were manufactured. Polypropylene (PP), acrylonitrile-butadiene-styrene (ABS), polycarbonate (PC), and polyamide 6 (PA 6) were used for IM trials with the Alumide® inserts. From these trials, it was concluded that polymer materials with a processing temperature of about 230 ºC, similar to PP and ABS, can be used with Alumide® inserts as RT inserts for the IM process
Published ArticleRapid tooling (RT) in the context of this research presents the possibility of impr...
To reduce plastic waste generation from failed product batches during industrial injection molding, ...
Abstract Article Information The plastic product manufacturing industry has been growing rapidly in ...
Published ArticleENGLISH ABSTRACT: Existing techniques for the production of conventional steel tool...
Published ThesisExisting techniques for the production of conventional steel tooling for plastic inj...
Published ArticleThis paper describes an investigation into the possible heat transfer benefits of c...
Published ArticleThe paper examines whether additive manufacturing can deliver durable injection‐mou...
This paper investigates the utilisation of Z-Corps low cost 3D printing process to produce direct po...
Published ArticleExisting techniques to manufacture conventional tool steel inserts for the plastic ...
Published ArticleSouth Africa is constantly loosing contracts for the manufacturing of innovative pr...
The article deals with a proposal and a theoretical solution for the rationalization of manufacturin...
The injection moulding process is a major fabricating technique used in both the plastics and rubber...
The article presents results of research on the influence of the mould material on selected mechanic...
Published ArticleThe paper presents a critical review of the techniques that are used to cool plasti...
Abstract Over the last years, Additive Manufacturing (AM) technologies have developped rapidly, mak...
Published ArticleRapid tooling (RT) in the context of this research presents the possibility of impr...
To reduce plastic waste generation from failed product batches during industrial injection molding, ...
Abstract Article Information The plastic product manufacturing industry has been growing rapidly in ...
Published ArticleENGLISH ABSTRACT: Existing techniques for the production of conventional steel tool...
Published ThesisExisting techniques for the production of conventional steel tooling for plastic inj...
Published ArticleThis paper describes an investigation into the possible heat transfer benefits of c...
Published ArticleThe paper examines whether additive manufacturing can deliver durable injection‐mou...
This paper investigates the utilisation of Z-Corps low cost 3D printing process to produce direct po...
Published ArticleExisting techniques to manufacture conventional tool steel inserts for the plastic ...
Published ArticleSouth Africa is constantly loosing contracts for the manufacturing of innovative pr...
The article deals with a proposal and a theoretical solution for the rationalization of manufacturin...
The injection moulding process is a major fabricating technique used in both the plastics and rubber...
The article presents results of research on the influence of the mould material on selected mechanic...
Published ArticleThe paper presents a critical review of the techniques that are used to cool plasti...
Abstract Over the last years, Additive Manufacturing (AM) technologies have developped rapidly, mak...
Published ArticleRapid tooling (RT) in the context of this research presents the possibility of impr...
To reduce plastic waste generation from failed product batches during industrial injection molding, ...
Abstract Article Information The plastic product manufacturing industry has been growing rapidly in ...