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Cross-Functional Group Targets Metal 3D Printing Design, Engineering Services

Mold Making Technology

Source: The Plastek Group The Plastek Group is a cross-functional group of engineers covering multiple disciplines, from package development, mold design/manufacturing and molding/assembly, with an emphasis on collaboration and quality.

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A 3D Printing Retrospective

Mold Making Technology

3D printing advancements and applications have gone from conformally cooled hot runner nozzles using a 3D-printed pattern to cast the part with integrated cooling circuits (left) to large DMLS 3D-printed parts in 420 stainless steel with integrated conformal cooling and InnoVent Technology for venting (right).

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420 Stainless Steel Qualified With TrueShape 3D Printing Technology

Mold Making Technology

Mantle has announced the availability of 420 Stainless Steel for use with its TrueShape 3D printing technology for precision tooling. The availability of stainless is expected to be beneficial to customers in corrosive environments, such as manufacturing locations in tropical climates.

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Dimensionics unveils density determination tech for 3D-printed parts

AU Manufacturing

Germany-headquartered Dimensionics Density has commercially introduced an automated density determination technology for additive manufacturing (AM) , with a particular focus on the validation of AM parts. The post Dimensionics unveils density determination tech for 3D-printed parts appeared first on Australian Manufacturing.

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Large Hybrid Steel Insert Solves Deformation, Dimensionality, Cycle Time Problems

Mold Making Technology

From the start, the company embraced the benefits of metal additive manufacturing (AM). Initially, that involved 3D printing metal tool components, details and geometries that would otherwise need to be EDM’d. Last year, Linear merged with on-demand digital manufacturer Shapeways Inc.

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Joint Research Project 3D Prints MIM Tool With Near-Contour Cooling

Mold Making Technology

A 3D-printed tool for metal injection molding being produced on an ExAM 255. The multi-material ExAM 255 3D printing system enables high build speeds for high-precision 3D components manufacture. The goal of this joint project was to use 3D printing to manufacture a tool for MIM with near-contour cooling.

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VIDEO: Qualifying Modified H-13 for 3D-Printed Tooling

Mold Making Technology

Jason Murphy of Next Chapter Manufacturing has been contributing content to MoldMaking Technology for the past few years solely to educate this niche on the advancements and benefits of 3D-printed tooling.