Additive manufacturing can aid conventional manufacturing through the production of tooling. This article showcases 10 clever uses of 3D-printed tooling.
Senior Editor, Additive Manufacturing
The development phase of creating injection molded parts and inserts often requires the production of small-quantity prototypes. This moldmaker compared two different AM technologies to produce prototype mold inserts made from tool steel and polypropylene photopolymer.
The premier event for mold manufacturing is now set to take place Sept. 22-23, 2021, at the Donald E. Stephens Convention Center in Rosemont, Illinois.
The right surface modification solution can alleviate a few common additive manufacturing pain points that typically require creating new molds or parts.
The largest high-pressure die cast tool builder in North America is 3D printing die inserts and water jackets for major automakers. It’s a tough sell, but one company is succeeding — and it’s just getting started.
In this week's update we discuss how additive manufacturing is supporting injection molding for masks, and ramping up to production quantities of face shields and testing swabs.
RAPID 2020: Hoosier Pattern offers the use of 3D printing sand molds and cores that enable users to design and print geometrically intricate designs straight from a CAD file without sacrificing valuable costs and resources.
Surface finish for 3D printed mold tooling has a direct effect on the pull-out force needed to remove the final part. Why molders should consider tool roughness along with geometry and materials.
RAPID 2020: DyeMansion’s Powerfuse S is Industry 4.0 ready and offers fully automatic loading, connectivity and batch tracking features.
This issue breaks open the conversation about moldmaking versus additive manufacturing.
The once-again independent Linear AMS is now more focused on additive manufacturing than ever before.
Oak Ridge National Laboratory and AddUp have partnered to further additive moldmaking technology for tooling applications.
New potential for mold tooling applications is reached with custom-designed materials for additive manufacturing.
The Freeform Injection Molding (FIM) process from Addifab allows for injection molding resins to be processed into shapes not otherwise possible.
Fortify’s 3D printing and injection molding expertise saved Ventilator Project weeks and thousands of dollars as the nonprofit hurried to supply clinicians and hospitals at the start of the COVID-19 pandemic.
A wall of metal that looks solid is actually 90% dense, allowing gas to pass through. Mold venting is one application.
Additive manufacturing allows cooling channels within mold tooling inserts to follow the form of the tool rather than being straight drilled holes. Here’s why this matters.
The Additive Manufacturing Workshop for Plastics, held during Amerimold 2019, offered a platform for industry experts and mold builders to discuss how AM can complement injection molding and what it takes to transition from prototyping to high-volume production.
It is one thing to understand additive manufacturing technology, but it is another to know when to invest, who to partner with and how to sell its value.
NXT Factory has unveiled the final version of the QLS 350, a powder-based additive manufacturing (AM) quantum laser sintering system designed for low and medium volume production for the injection molding industry.
AI for process improvement, 3D printing with metal paste, droids for build change—here are six innovations we wanted to share with you straight from the show floor.
The shoe store of the future is more like a digitized tailor’s shop than a warehouse. Flowbuilt Manufacturing is the flexible contract manufacturer that can serve this vision, using both 3D printing and injection molding.
Senior Editor, Additive Manufacturing
Overseas business models and applications of metal additive manufacturing promise to improve or invent functionalities integrated into molds and tools.
How mold builder Byrne Tool + Design uses 3D printing for simultaneous mold manufacturing, conformal cooling and hybrid designs.
Preheating the substrate plate in laser beam melting to 500°C prevents crack formation in AM parts made from carbon tool steels.
Printing foundry molds and cores without hard tooling will speed leadtimes and make small quantities of castings affordable, the company says. Its proprietary process advances the detail and finish obtainable from casting using sand 3D printing.
Custom Mold and Design (CMD) and Matsuura USA will collaborate in applying Matsuura’s Lumex technology for the mold industry.
Catalysis Additive Tooling is building a one-stop supply chain for production quantities ranging from one to one million. 3D-printed tooling and relationships are key.