01
Shorter Lead Times
Shorter lead times compared to traditional tooling. Get your mold tools in your machine quicker.
02
Cost Savings
Cost savings compared to traditional steel tools. Stretch your innovation budget wider without sacrificing quality or quanity.
03
Molding with the Entire Thermoplastic Pyramid
Unlike silicon molds or other 3D printed molds, Fortify’s molds manufactured with our proprietary Digital Tooling material, allows for molding any material in the thermoplastic pyramid, from ABS to PEEK.
04
Hands on Mold Training and Design Support
The molding partnership unlocks training, expertise, and knowledge for our partners, including design support and design work, as well as hands on mold training.
Cut Costs by 35% with Timelines 4 times faster.
Learn how joining utilizing Fortify’s Rapid IM Mold Tools led one large CPG manufacturer to cut costs by 35% and speed up timelines by 400% in this case study.
Mold Tools for your Industry
Connectors
Fortify mold tools create quality connectors in materials like PBT and PEEK to meet the demands of your electrical application.
Caps and Closures
Whether it be hinges, complicated caps or threading, Fortify mold tools can be used to create the cap or closure for your product.
Engineered Components
Fortify’s expertise in IM spans through a variety of industries allowing us to manufacture an exceptional mold tool for you.
Resources
Videos & Webinars
WEBINAR: Molding in Engineering and High Performance Resins with 3D Printed Mold Tools
Fortify Mold Design Training – Module 3: Basics of Designing a Mold
Fortify Mold Design Training – Module 2: Setting Up a Template
Fortify Mold Design Training – Module 1: Part Selection
Applications Highlight: Fortifying Mold Tools
WEBINAR: What’s in Your Resin? Stronger, Stiffer Tooling for Prototyping
WEBINAR: Lightweighting 3D Printed Injection Mold Tools to Reduce Cost and Manufacturing Time
Fortify’s 3D Printed Injection Mold Tools and In-House Press
Fiber Reinforced 3D Printed Tool Undergoes Drill Test
WEBINAR: Raising the Bar for 3D Printed Tool Performance
WEBINAR: Best Practices for Success with 3D Printed Tools
WEBINAR: Best Practices for Use of Reinforced 3D Printed Injection Mold Tools
1,000 Shots off of a 3D Printed Tool
White Papers & Case Studies
White Papers
Quick-Turn Injection Molded Parts Without Breaking the Bank
3D Printed Mold Tooling
Literature & Guides
Mold Tooling One Pager
Digital Tooling Material Specs
3D Printed Mold Tool Comparison
What materials can you mold with
Articles
Recycled, Bio, & Sustainable Materials Used in Consumer Packaged Goods
Prototyping for the Circular Economy: Impact of Sustainability Regulations on Packaging Development
The Overmolding Dilemma – Common Pain Points of Prototype Overmolding
How to Improve Design Validation
Rapid Review 2022: Living in a Material World
Molding Glossy Parts with Fortify 3D Printed Mold Tools
Recycled Materials and Recycling Technologies: How to Incorporate Both into Your Prototyping Process
Do Water Cooling Channels Decrease Cycle Time for 3D Printed Injection Mold Tools?
How to Troubleshoot Common Mold Defects with a Streamlined Molding Process
Design for 3D Printed Injection Mold Tools 101: Tips, Tricks, and Best Practices
Prototype Injection Molding
What Is the Right Quantity of Prototype Parts?
Can Fiber Orientation Be Automated?
The Metal Vs Polymer 3D Printed Mold Tooling Debate: Which is “Better?”
The Truth About 3D Printed Injection Mold Tools
Looking to get started?
You can now order sample parts along with engineering support or engage in a custom pilot program.
Get Started
