RapidMade Expands 3D Printed Rubber Services with Three Cutting-Edge Technologies for Low-Volume Production
Portland, OR – 2/10/2025 – RapidMade, a leader in advanced manufacturing and 3D printing solutions, is proud to announce the expansion of its 3D printed rubber services, offering three state-of-the-art technologies designed to help customers create high-quality, low-volume rubber components. With the introduction of Multi Jet Fusion (MJF) TPU, High-Speed Stereolithography (SLA) Elastomers, and Freeform Injection Molding (FIM), RapidMade provides new opportunities for industries seeking flexible, durable, and cost-effective elastomeric parts.
Bringing Flexibility to Manufacturing with 3D Printed Rubber
Rubber components are essential across industries such as automotive, medical, industrial machinery, and consumer goods. Traditionally, manufacturing rubber parts required expensive molds, long lead times, and high minimum order quantities, making small-batch production impractical.
With 3D printing, RapidMade eliminates these barriers, allowing for on-demand, customized, and low-volume production of rubber-like materials without the constraints of traditional molding.
Three Cutting-Edge 3D Printed Rubber Technologies
1. Multi Jet Fusion (MJF) – Thermoplastic Polyurethane (TPU)
Ideal for industrial applications requiring high strength and durability.
✔ High abrasion and wear resistance (Shore 90A hardness)
✔ Chemical and heat resistance up to 125°C
✔ Excellent for seals, gaskets, impact dampeners, and medical grips
✔ Scalable production of 1 to 1,000 parts with consistent quality
MJF TPU is perfect for customers needing rugged, flexible rubber parts with superior performance characteristics.
2. High-Speed Stereolithography (SLA) – High Rebound Elastomers
Designed for medical and ergonomic applications where flexibility and smooth surfaces are essential.
✔ Soft Shore 62A hardness for enhanced elasticity
✔ Ultra-smooth surface finish, perfect for compression seals and skin-contact products
✔ FDA-approved materials available for medical devices and wearables
✔ High detail resolution for fine-feature components
Customers looking for soft, high-precision rubber parts will benefit from SLA’s advanced material properties.
3. Freeform Injection Molding (FIM) – 3D Printed Molds for Elastomers
A hybrid approach enabling the use of true rubber materials like silicone, neoprene, and TPE.
✔ Supports medical-grade and industrial rubbers not available in direct 3D printing
✔ Fully isotropic mechanical properties – stronger and more flexible than direct-printed elastomers
✔ Cost-effective small-batch production (molds last up to 400 cycles)
✔ Dissolvable molds for complex geometries and overmolding applications
FIM bridges the gap between traditional molding and 3D printing, allowing customers to produce high-performance rubber parts quickly and affordably.
Why Choose RapidMade for 3D Printed Rubber?
RapidMade has built a reputation for delivering high-quality, custom manufacturing solutions with industry-leading turnaround times. With our expanded rubber 3D printing capabilities, we offer:
Fast Lead Times – Parts shipped in as little as two days
No Tooling Costs – Ideal for prototyping and low-volume production
Flexible Material Options – From tough industrial TPU to soft medical elastomers
Scalable Manufacturing – Whether you need one part or thousands, we have the right solution
Get Started with 3D Printed Rubber Today
Whether you need custom rubber prototypes, small production runs, or advanced elastomeric components, RapidMade is here to help. Our team of 3D printing experts will guide you through the process to ensure your parts meet your design, performance, and cost requirements.
Visit www.rapidmade.com to request a quote today and discover how 3D printed rubber can transform your manufacturing process.
For media inquiries, please contact:
Micah Chaban
VP of Sales and Marketing
RapidMade
Email: info@rapidmade.com
Phone: 503-943-2781
