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Tag: Downloads

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Automotive Engineering Manufacturing

Azoth – Transform Physical To Digital Inventory Using Additive Manufacturing

Take One Make One

Transform Physical To Digital Inventory Using Additive Manufacturing

Eliminate waste, save time, and reduce the cost of carrying inventory by transforming indirect materials into digital inventory that can be manufactured on demand! In this success story you will:

  • Learn about Azoth’s Take One Make One inventory management system
  • Learn how TOMO can reduce on hand inventory, eliminate stockouts, and allow engineers to iterate designs with no obsolescence
  • Find real world parts with cost and time savings
Categories
Jewelry

Vulcanized Rubber Molding with 3D Printed Masters

Vulcanized Rubber Molding with 3D Printed Masters

Rubber molds are used to produce wax models in quantity for investment casting of metal parts such as jewelry, small industrial components, and gaming miniatures. 3D printed masters are cheaper, faster, and more accurate than hand-crafted designs. In this white paper you’ll learn:

  • How 3D printing can be used for casting small metal parts
  • What vulcanization is and how rubber molds are made
  • Material compatibilities for rubber mold-making
  • How to select the right resin for your rubber mold-making process

Categories
3D Printing

Ultimaker Printer Comparison

Ultimaker Printer Comparison Sheet

Renowned for their ease of use, large material selection, and seamless network connected workflow, Ultimaker defines professional desktop 3D printing. Get a side-by-side comparison of the Ultimaker 2+ Connect, S3, and S5 3D printers including:

  • Key features
  • Applications
  • Material compatibility
  • And more…
Categories
3D Printing

Choosing The Right Handheld 3D Scanner

Choosing The Right Handheld 3D Scanner

Whether you’re looking to reverse engineer products, ensure parts fit an assembly, or simply digitizing a part, choosing the right tool for the job is important. In this guidebook we cover all the 3D scanning basics you need to know including:

  • Accuracy & Resolution
  • Scan Size & Speed
  • Light Source
  • EinScan Product Comparison
  • More…
Categories
Healthcare Manufacturing

In-House 3D Printing Speeds Design & Testing in Medical Device Development

Case Study: 3D Printing Prototypes For Medical Device Development

With life-saving technologies on the line, 3D printing brings products to market quicker while cutting development costs.

Learn how medical device company Coalesce Product Development uses stereolithography (SLA) 3D printers to create prototypes that are ready for testing in days, not months. In this case study we learn:

  • The benefits of a digital manufacturing workflow for medical devices with complex geometries
  • How Coalesce replicates the characteristics of an injection molded plastic part
  • How in-house SLA 3D printing achieved an 80–90% reduction in lead time and a 96% reduction in cost

Categories
Healthcare

3D Printing Medical Applications Guide

Get The Medical Applications Guide

Learn how 3D printing can be applied in your medical facility. This 23 page guide covers cost savings, testimonials, regulatory considerations, and a large range of applications including:

  • Hospital Applications
  • Orthotics & Assistive Devices
  • Patient-specific Anatomical Models
  • Supply Chain Shortages

Categories
3D Printing Automotive Manufacturing

Ford Uses Large Format Printing to Reduce Costs and Lead Times

Prototyping on Bigrep One

Ford Uses 3D Printing to Cut Costs and Lead Times

Learn how Ford Motor Company adopted the Large Format Bigrep One 3D Printer to reduce lead times, cut costs, and increase productivity during their design and manufacturing cycles. In this case study, you will learn how Ford leveraged 3D printing to:

  • Reduce lead time on traditionally manufactured parts by as much as 94%
  • Implement the use of long-lasting jigs and fixtures
  • Reduce turn around time with cost-effective prototyping
  • Ensure quality assurance for production components