Forward AM

Forward AM’s Ultrasint ® SLS powders set new standards in 3D printing using polymer powders and enable new possibilities for advanced applications, from functional prototyping through to end-use production parts.

The experts at RP America will take the time to understand your application and recommend the powder that will deliver the results you are looking for.

Products and Services

Forward AM’s Ultrasint ® SLS powders effectively enhance the resilience of the supply chain, ensuring a smooth and uninterrupted flow of materials.

AS A DIRECT SUPPLIER, RP AMERICA CAN MITIGATE SUPPLY CHAIN RISKS AND MINIMIZE THE CHANCE OF QUALITY ISSUES, RETURNS, OR INVENTORY DISRUPTIONS.

ULTRASINT™ PA11 LINE

The Ultrasint™ PA11 line, a bio-derived powder material, caters to advanced applications where resilience is crucial, offering unmatched toughness for exceptional performance.

POWDERS INCLUDED IN THE ULTRASINT™ PA11 LINE

Ultrasint™ PA11, Ultrasint™ PA11 Black, Ultrasint™ PA11 Black CF.

ENHANCED MECHANICAL PROPERTIES

High elongation, elasticity, and impact resistance, making it ideal for applications with high deformations and exposure to special surroundings.

IMPROVED SAFETY AND DURABILITY

High ductility prevents splintering in most crash situations, ensuring increased safety and durability.

EXTREMELY ACCURATE PRINT DETAIL

Guarantees an outstanding 3D printing experience, boasting extremely accurate print detail that brings intricate designs to fruition with impeccable precision and finesse.

VERSATILE COMPATIBILITY

Suitable for skin contact applications and can be easily processed using most common LS printers, providing versatility and convenience in 3D printing.

TECHNICAL DATA SHEET

ULTRASINT™ TPU LINE

Ultrasint™ TPU Line is perfectly suited for crafting components that demand shock absorption, energy return, or flexibility, making it an optimal choice for various manufacturing needs.

POWDERS INCLUDED IN THE Ultrasint™ TPU LINE

Ultrasint™ TPU 88A and Ultrasint™ TPU 88A Black.

HIGH ELASTICITY, REBOUND, AND RESISTANCE TO FATIGUE

This line stands out with its high elasticity, superior rebound, and exceptional fatigue resistance, making it ideal for various demanding applications.

EXCELLENT LEVEL OF DETAIL AND QUALITY

Delivers outstanding surface quality and an impressive level of detail in 3D-printed objects, perfect for achieving intricate designs and smooth finishes.

HIGH PROCESS STABILITY

Ultrasint™ TPU Line guarantees high process stability, providing manufacturers with a reliable and consistent 3D printing experience for a wide range of applications.

TECHNICAL DATA SHEET

ULTRASINT™ PP LINE

Ultrasint™ PP Line well-suited for technical applications and is a versatile choice for 3D-printed components that excel in various demanding applications.

POWDERS INCLUDED IN THE ULTRASINT™ PP LINE

Ultrasint™ PP 1400 and Ultrasint™ PP 1400 Black.

EXTREMELY HIGH RIGIDITY

Incorporate strength and stability into your 3D-printed creations with the BASF Ultrasint PP line, boasting an exceptional level of rigidity that ensures unparalleled performance in demanding applications.

SUSTAINABILITY

This line embodies sustainability, presenting an eco-friendly solution for additive manufacturing, contributing to a greener and more environmentally conscious production process.

EXCELLENT CHEMICAL RESISTANCE

Exceptional chemical resistance for durable and reliable 3D-printed components.

TECHNICAL DATA SHEET

ULTRASINT™ AP26

UP TO 100% REUSABILITY RATE

Through its innovative design and exceptional reusability, the Ultrasint AP26 exemplifies BASF’s commitment to pushing the boundaries of sustainability, inspiring a greener and more responsible approach to production processes.

EXCELLENT SURFACE FINISH

The BASF Ultrasint AP26 showcases its exceptional capabilities with an excellent surface finish, elevating the quality and aesthetics of 3D-printed components.

HIGH PROCESS STABILITY

This powder stands out with its unrivaled high process stability, ensuring consistent and reliable performance for precision additive manufacturing applications.