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Thursday, May 14, 2026

Materialise and Renishaw associate to stage up metallic AM know-how


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Belgian 3D printing firm Materialise and Renishaw have introduced a strategic partnership to bolster effectivity and productiveness for producers using Renishaw’s AM techniques.

The collaboration equips Renishaw’s AM system customers with Materialise’s specialised construct processor software program for the RenAM 500 collection, alongside entry to Magics, Materialise’s premier information and construct preparation software program. This integration goals to streamline workflows, enhance management over the 3D printing course of, scale back manufacturing time, and enhance total AM effectivity.

“Working with Materialise permits us to assist Renishaw customers deploying 3D printing in a number of various manufacturing purposes,” mentioned Matt Parkes, AM Strategic Growth Supervisor at Renishaw. “Their next-generation construct processors, together with their software program portfolio, complement our current know-how updates. We’re happy to be collaborating on the instruments wanted to assist the business as metallic 3D printing turns into an important piece of the manufacturing puzzle.”

Metal 3D printed component with less support structures. photo via Materialise.Metal 3D printed component with less support structures. photo via Materialise.
Metallic 3D printed part with fewer assist constructions. picture through Materialise.

Streamlining metallic AM workflows

Materialise notes that laser powder mattress fusion (LPBF) is pivotal within the progress of metallic AM for big components, providing customizable settings for elevated manufacturing. Nonetheless, mastering this know-how will be daunting for novices, prompting the necessity for software program options to streamline the method and handle workflow complexities.

Materialise’s new construct processor software program enhances Renishaw’s TEMPUS know-how for the RenAM 500 collection, enabling simultaneous laser and recoater operation, saving time whereas sustaining half high quality. By effectively dealing with advanced geometries and excessive half volumes, it additionally permits customized print parameters on the half stage, enhancing productiveness and facilitating mass manufacturing of equivalent or numerous components.

Materialise’s construct processor software program seamlessly integrates with Renishaw’s AM techniques, enabling simple connection to Magics, a technology-neutral software program for information and construct preparation. Magics gives superior workflow management and automation, together with e-Stage for Metallic+, which makes use of physics-based modeling to streamline information and construct preparation for LPBF techniques, automating assist construction technology.

Producers can use Materialise’s Construct Processor Software program Growth Package to create customized processors for his or her metallic 3D printing necessities, enhancing price effectivity, manufacturing pace, and half high quality. This permits the manufacturing of intricate components and mass customization with constant high quality, shorter lead occasions, and decrease scrap charges.

Key visual for e-Stage for Metal+. Image via Materialise.Key visual for e-Stage for Metal+. Image via Materialise.
Key visible for e-Stage for Metallic+. Picture through Materialise.

A collaborative method towards metallic AM

As corporations look to undertake metallic AM know-how for large-scale manufacturing, partnerships have gotten more and more essential. As an illustration, Xact Metallic partnered with System Create Co. to broaden entry to cost-effective metallic 3D printing for SMEs in Japan. With three many years of 3D printing expertise, System Create Co. will present technical assist for Xact Metallic printers, furthering its mission of enabling widespread adoption of inexpensive metallic 3D printing know-how in Japan.

In a joint effort, Oerlikon‘s subsidiary Oerlikon AM and US-based 3D printer producer 3D Programs collaborated to advance the scalability of metallic AM. Leveraging 3D Programs’ Direct Metallic 3D printing know-how and Oerlikon AM’s proficiency in floor engineering, the collaboration goals to expedite market penetration, significantly within the semiconductor and aerospace sectors. Moreover, Oerlikon AM has bolstered its capabilities by buying its fourth 3D Programs DMP Manufacturing facility 500 printer, facilitating innovation and precision in metallic additive manufacturing tailor-made for demanding industries.

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Featured picture reveals key visible for e-Stage for Metallic+. Picture through Materialise.



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