3D Printed Tooling

Tooling refers to items that shape, form or hold material, or otherwise assist, some other manufacturing process. That includes injection molds, composite layup forms, sheet metal dies, foundry patterns and forms, workholding solutions, jigs, assembly fixtures, inspection fixtures, and hand tools. End of arm tooling for robots and other items that assist automation are an important application. Arguably, cutting tools fall here as well.

Medical Molder Relies on 3D Printing to Speed Development of Inspection Fixtures
Tooling

Medical Molder Relies on 3D Printing to Speed Development of Inspection Fixtures

Medical molder Medbio uses FFF and SLA 3D printers in designing (and sometimes producing) its inspection fixtures.

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Copper, New Metal Printing Processes, Upgrades Based on Software and More from Formnext 2023: AM Radio #46

Formnext 2023 showed that additive manufacturing may be maturing, but it is certainly not stagnant. In this episode, we dive into observations around technology enhancements, new processes and materials, robots, sustainability and more trends from the show. 

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Tooling

Ford is Saving Millions through 3D Printing (But Maybe Not How You Think)

Two longtime workers at Ford’s Sharonville Transmission Plant near Cincinnati grew tired of experiencing the delays and downtime resulting from expensive and hard-to-get replacement parts. The solution? Learn additive manufacturing and save the company time and money.

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Tooling

10 Examples of 3D Printed Tooling

Additive manufacturing can aid conventional manufacturing through the production of tooling. This article showcases 10 clever uses of 3D printed tooling.

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Tooling

Video: Additive Manufacturing Offers a Tooling Alternative

3D printing can offer a cost-effective alternative to conventionally produced tooling for those processes that depend on it.

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Latest Tooling News And Updates

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Massive Dimension Becomes Authorized Integrator for FANUC Robots

Massive Dimension can now integrate FANUC’s robotics technology to enhance its additive manufacturing offerings, enabling more customized solutions tailored to specific customer requirements — from prototyping to full-scale production.

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Tooling

Mantle’s 420 Stainless Steel Material Improves Toolmaking Processes

The hard strength material enables engineers and manufacturers to produce production-grade tooling up to 80% faster — enhancing strength, corrosion resistance and polishability for diverse applications, particularly medical devices and conformal cooling components.

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Tooling

Airtech and AES Collaborate to Grow Large Format Additive Manufacturing Applications

As part of the partnership, Airtech will provide comprehensive support to AES in additive manufacturing business opportunities and technical areas, while AES commits to exclusive use of Airtech products in its LFAM projects to ensure high quality and performance standards.

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Tooling

HP, GKN Additive Partner to Qualify Diverse Range of Materials for Additive Manufacturing

The collaboration focus is to combine HP’s Metal Jet S100 technology with unique material offerings to take tooling to the next level while addressing unique customer challenges.

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Tooling

AddUp, WBA Investigate Additive Manufacturing for Moldmaking Tooling Study

The additive manufacturing (AM) tooling study focused on six select companies, offering them the opportunity to test the introduction of AM and specifically implement the technical and economic advantages of AM technology for their injection molds.

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Tooling

DOE Awards Nearly $3 Million to Develop Additive Manufacturing of Modular Wind Blades

The industry partners received the award to develop automation in additive manufacturing of tooling for large-scale wind blades that can accommodate continuous changes in blade geometry and scale.  

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3D Printing Solutions to Support Investment, Sand Casting

3D Systems is highlighting a design strategy for better investment casting patterns, as well as a new machine suitable for the production of patterns for sand casting. 

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The Connector Conundrum: 3D Printed Mold Tooling’s Role in Innovation

ReelView Fishing faced an electronics obstacle in the development of its new technology for underwater video. Additive manufacturing for moldmaking allowed for the speed necessary to iterate to a solution. How inventors and invention will benefit from new ways of obtaining production-ready tooling.

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Tooling

Robot Vs. Gantry for Large-Format Additive Manufacturing (Includes Video)

Additive Engineering Solutions, specialist at 3D printing very large parts and tools on gantry machines, now also uses a robot for large-format AM. Here is how the robot compares.

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Video: 3D Printed Tooling Eases Cobot Integration

At NPE 2024, Universal Robots and EMI Corporation highlighted how 3D printed end effectors, fixtures and more enable adoption of collaborative robots.

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Tooling

Copper, New Metal Printing Processes, Upgrades Based on Software and More from Formnext 2023: AM Radio #46

Formnext 2023 showed that additive manufacturing may be maturing, but it is certainly not stagnant. In this episode, we dive into observations around technology enhancements, new processes and materials, robots, sustainability and more trends from the show. 

Listen
Tooling

Foundry Lab: How Casting in a Day Will Improve the Design of Metal Parts (Includes Video)

The company’s digital casting process uses 3D printing, but the result is a cast part. By providing a casting faster than a foundry, the company says effective prototyping is now possible for cast parts, as well as bridge production.

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FAQ: Tooling

What is tooling?

For Additive Manufacturing Media’s purposes, tooling refers to items that shape, form or hold material, or otherwise assist, some other manufacturing process.

What is EOAT?

EOAT stands for end of arm tooling. This is the component of an automation system that interacts with the workpiece. For example, in injection molding this is typically a vacuum gripper or gripper fingers that remove parts from a mold. Source: 3D Printed End of Arm Tooling Aids Automation

What is conformal cooling?

Conformal cooling is distributing cooling fluid through channels that follow the shape of a part, rather than straight-line channels that are drilled into a part. Conformal channels can be 3D printed into mold tooling as seen here.

What are 3D printed tools made of?

3D printed tools can be metal, polymer (especially reinforced polymer), ceramic or sand in the case of foundry tooling.

What are examples of tooling?

Tooling includes injection molds, composite layup forms, sheet metal dies, foundry patterns and forms, workholding solutions, jigs, assembly fixtures, inspection fixtures, and hand tools. End of arm tooling for robots and other items that assist automation are an important application. Arguably, cutting tools fall here as well.

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