Oil and fuel firm SBOT expands additive manufacturing capabilities with Velo3D Sapphire XC 3D printer


Oil and fuel firm Schoeller-Bleckmann Oilfield Know-how (SBOT) has bought a Sapphire XC large-format 3D printer from steel 3D printing firm Velo3D. The steel additive manufacturing system will likely be utilized by SBOT to develop its capabilities.

Calibrated for Inconel 718 steel components, the brand new Sapphire XC 3D printer addresses rising calls for for 3D printed components from SBOT’s clients. Distinguished by its superior options, the newest addition to the corporate’s 3D printing lineup considerably augments manufacturing capacities, facilitating the environment friendly manufacturing of considerable volumes of parts whereas concurrently optimizing value components. Notably, this 3D printer is adept at fabricating sizable parts, boasting a 3D printing capability of as much as 600 mm in diameter and 550 mm in top.

“We’re thrilled to companion with SBOT and develop our presence in Europe with our first Sapphire XC set up at a contract producer,” stated Benny Buller, Founder and CEO of Velo3D. “SBOT’s dedication to delivering high-quality parts aligns completely with our mission to allow producers to unlock the total potential of their merchandise by means of additive manufacturing. We’re assured the Sapphire XC’s superior capabilities will empower SBOT to realize new heights of innovation and excellence of their manufacturing processes.”

Metal 3D printed parts on display at Schoeller-Bleckmann Oilfield Equipment's offices in Ternitz, Austria. The parts shown were produced using Velo3D's fully integrated metal additive manufacturing solution. Image via Velo3D.
Metallic 3D printed components on show at Schoeller-Bleckmann Oilfield Tools’s places of work in Ternitz, Austria. The components proven have been produced utilizing Velo3D’s totally built-in steel additive manufacturing resolution. Picture by way of Velo3D.

Elevated manufacturing with steel 3D printing

Offering SBOT with unprecedented geometric design flexibility, the Sapphire XC 3D printer facilitates the manufacturing of intricate, mission-critical parts, making certain precision and effectivity. With a considerable print quantity, it stands among the many largest print volumes out there, says the corporate. SBOT functioning as a contract producer dietary supplements its choices with quite a lot of standard manufacturing capabilities corresponding to CNC milling, turning, warmth remedy, materials testing, and sprucing. This complete method allows SBOT to supply its clients with finalized, ready-to-use parts.

SBOT possesses important experience in manufacturing high-quality parts for the oil and fuel trade, having offered additive manufacturing companies to its clients for over a decade. Alongside its European operations, SBOT’s subsidiary, Knust-Godwin, operates a fleet of Velo3D printers at its Katy, Texas facility. Inspired by the efficiency and adoption of Velo3D’s know-how throughout the U.S., SBOT’s collaboration expanded, leading to its distinction as Velo3D’s inaugural European contract producer in November 2021. This recognition was marked by the acquisition of a calibrated Sapphire printer devoted to 3D printing in Inconel 718. With the latest addition of a Sapphire XC printer, SBOT can seamlessly improve the manufacturing of parts previously manufactured and authorised utilizing the Sapphire printer.

Velo3D’s increasing European presence signifies a big milestone for additive manufacturing. The partnership with SBOT reinforces Velo3D’s management in superior steel 3D printing, says the corporate. Leveraging its oil and fuel experience, Velo3D goals to boost advanced element manufacturing, boosting effectivity and reliability.

“Additive manufacturing continues to see rising adoption and thru Velo3D’s Sapphire XC 3D printer, our group can scale up the manufacturing of components for purchasers with the Sapphire XC’s 400% throughput improve over the unique Sapphire,” stated Campbell MacPherson, SBO EVP of Superior Manufacturing. “It is going to additionally improve the addressable use-cases for steel additive manufacturing by unlocking the aptitude of manufacturing bigger components, permitting us to keep up our place as a frontrunner within the trade.”

The Sapphire XC 1MZ. Photo via Velo3D.
The Sapphire XC 1MZ. Photograph by way of Velo3D.

Metallic additive manufacturing gaining traction in quite a lot of industries

US-based 3D printer producer 3D Techniques and Oerlikon group’s AM division Oerlikon AM, collaborate to develop steel additive manufacturing. This partnership mixed 3D Techniques’ Direct Metallic 3D printing and Oerlikon AM’s floor engineering, accelerating purposes in aerospace and semiconductors. Oerlikon AM acquired its fourth 3D Techniques DMP Manufacturing facility 500 3D printer for its North Carolina facility.

Engineered supplies firm Uniformity Labs and Tekna expanded their partnership, with Tekna supplying an AlSi10Mg aluminum-based alloy to Uniformity. The alloy was for use to make AlSi10Mg steel 3D printing powder, mixed with Laser Powder Mattress Fusion (LPBF) 3D printing programs. This growth follows their earlier collaboration involving Ti64. CEO Adam Hopkins emphasizes how superior know-how contributes to trade sustainability. This relationship advantages clients by enhancing 3D printer effectivity and provide chain safety by means of North American-sourced supplies.

What does the way forward for 3D printing for the subsequent ten years maintain?

What engineering challenges will have to be tackled within the additive manufacturing sector within the coming decade?

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Featured picture exhibits steel 3D printed components on show at Schoeller-Bleckmann Oilfield Tools’s places of work in Ternitz, Austria. The components proven have been produced utilizing Velo3D’s totally built-in steel additive manufacturing resolution. Picture by way of Velo3D.



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