Ultrafuse® 750 g
Sell-Off

Ultrafuse® is the registered trade name of the Forward AM filament and pellet portfolio for 3D printing. The range includes standard, flexible, reinforced and engineering materials supported by professional documentation such as Technical Data Sheets, Extended Technical Data Sheets, country-specific Safety Data Sheets and, where relevant, application-specific test reports and certifications.

iAM Marketplace owns the Forward AM and Ultrafuse® brands and continues the portfolio. The team includes experienced specialists from the former BASF and Forward AM organizations across application development, polymers and chemistry, product development, quality, supply chain and technical documentation.

Bedrock 3D is not the owner of the Forward AM or Ultrafuse® brands. The former Netherlands operation supported parts of the Ultrafuse® supply chain, including packaging and production of selected filaments. Following the insolvency of Forward AM Technologies GmbH, iAM Marketplace took over the Forward AM portfolio, intellectual property and parts of the former team. Bedrock 3D subsequently continued as a separate business and brand.

Yes. Forward AM and Ultrafuse® are brands owned by iAM Marketplace. iAM Marketplace continues the development, production and supply of the Ultrafuse® filament portfolio through its manufacturing and supply network.

Official Ultrafuse® filament can be purchased directly through the iAM Marketplace web shop and through selected distribution partners. iAM Marketplace is the commercial home of the Forward AM portfolio and provides the associated technical documentation and application support.

Many existing Ultrafuse® print profiles were originally created when the portfolio operated under BASF Forward AM or Forward AM. The same application know-how continues within iAM Marketplace, and profiles are being maintained and updated over time. Some software libraries may therefore still display legacy BASF or BASF Forward AM naming.

Selected Ultrafuse® filaments are transitioning from the 750 g reel format to a redesigned 1 kg format. The sell-off gives customers the opportunity to purchase remaining participating 750 g stock at 25% off while supplies last.

The new format contains 33% more filament than a 750 g reel and uses an updated, more market-consistent reel design. The geometry is intended to work more naturally with current printer and material-handling ecosystems, including the Bambu Lab AMS. The reel also uses recycled material. The transition is a packaging and format update, not a downgrade of the Ultrafuse® material itself.

FFF stands for Fused Filament Fabrication. FDM® is a trademarked term established by Stratasys for Fused Deposition Modeling. In everyday use, both terms commonly refer to extrusion-based 3D printing with filament, while FFF is the generic term.

The right material depends on the application, printer and required part performance. Ultrafuse® covers standard, flexible, reinforced, flame-retardant and engineering materials for open-material FFF systems. Product pages and technical data can help narrow the choice, and iAM Marketplace application experts can support more detailed material selection.

Ultrafuse® materials are designed for open-material FFF workflows and are used across platforms such as Ultimaker, Bambu Lab, Prusa, Creality and others. Compatibility depends on the individual material and printer. Engineering and reinforced grades may require features such as a heated build plate, enclosed chamber or higher processing temperatures. Check the product page and available print profiles for material-specific guidance.

Yes. For reinforced Ultrafuse® filaments, a wear-resistant hardened or ruby nozzle is recommended. A nozzle diameter of at least 0.6 mm is generally recommended to support reliable processing of fiber-filled materials.

Ultrafuse® filaments are supplied ready to print, but moisture-sensitive materials benefit from dry storage and, where required, pre-drying. This is particularly relevant for TPU 85A, TPU 95A, TPU 64D, PAHT CF15, PET CF15, PA6 GF30 and ASA. Material-specific drying recommendations are provided in the relevant Technical Data Sheet. Filament dryers or dry-feed systems can help maintain low moisture during printing.

Available TDS, Extended Technical Data Sheets, Safety Data Sheets, print profiles and additional application-specific documents are provided in the download area of the relevant Ultrafuse® product page on i-am-marketplace.com. If a document you need is not listed, contact the iAM Marketplace team.

Yes. Ultrafuse® materials are designed for applications beyond visual prototyping, including functional end-use parts, fixtures, manufacturing tools and other production-related components. The appropriate grade depends on the mechanical, thermal, regulatory and processing requirements of the application.

No. Printed-part performance depends on the printer, process settings, build orientation, material condition, moisture level and part design. Ultrafuse® Technical Data Sheets use 3D-printed test specimens and document relevant printer and processing conditions to provide realistic reference values. Final application performance should always be validated under the intended production conditions.