Stratasys has launched two new materials, their flexible PolyJet material Agilus30 and carbon-filled FDM Nylon 12CF. 

When it comes to rapid prototyping, Stratasys has led the way with their massive and ever-growing professional-grade 3D printing portfolio. From automotive to medical, the 3D printing titan has wisely developed products aimed at specific applications and industries.

Last month, they released the F123 3D Printing Solution for medium-sized work environments and small businesses. Now, Stratasys has two new materials that will push prototyping and production capabilities of their customers to a whole new level.

Agilus30: Rubber-Like Material Designed To Take On Wear & Tear

The Agilus30 material provides a simulated rubber effect for enhanced resistance to wear and tear. Available in both black and translucent color, this professional-grade PolyJet solution is ideal for product design verification and functional prototyping.

This rubber-like material is geared towards engineers and designers working with applications such as consumer goods, electronics, and medical devices. Agilus30 offers a tear resistance of up to 6 to 8 kilograms per centimeters, as well as superior elongation of break and tensile strength. This makes this flexible material ideal for prototyping delicate parts or components that undergo constant bending.

The Agilus30 can be combined with ABS, colored materials, or other rigid options to create flexible prototypes and use-end products. According to Stratasys,  their latest material is compatible with the Stratasys Objet and Connex 3D printing platforms, and is currently available for shipping.

FDM Nylon 12CF: Stratasys’ First-Ever Composite Material for FDM Printing

Earlier this week, Stratasys also released the carbon fiber-filled FDM Nylon 12CF. This rigid material provides exceptional tensile strength and a stiffness-to-weight ratio. Designed for advanced rapid prototyping and functional performance testing, this advanced filament can effectively replace metal or molded carbon fiber prototypes.

Stratasys also recommends using their FDM Nylon 12CF to produce jigs, fixtures, tooling, and even end-use parts. With this incredibly stiff and lightweight option, manufacturers can cut lead times and also costs by quickly producing functional prototypes.

Engineered with 65 percent Nylon 12 resin and 35 percent chopped carbon fibers, the material is Stratasys’ first-ever reinforced composite for FDM printing. Nylon 12CF is compatible with their SR-110 support material, and is available for the Fortus 450mc 3D Production System.

The two new materials are vastly different from one another, but both push the industry in the right direction. With Agilus30 and FDM Nylon 12CF, companies will have a much wider range of possibilities with Stratasys 3D printing, while also saving time and money along the way.