2025 was a 12 months of milestones and experimentation in additive manufacturing (AM), marked not solely by technical progress but additionally by the mergers, acquisitions, and restructurings that reshaped the business, and the individuals and corporations behind them. This picture essay captures a 12 months in prints: the machines, the supplies, the makers, and the enterprise offers unfolding throughout the business.
January: Printing With Lunar Supplies
GLAMS challenge 3D printing geopolymers from lunar soils. Picture courtesy of WASP.
In January, WASP unveiled a groundbreaking 3D printing challenge utilizing geopolymers comprised of lunar soil. The progressive supplies are designed to help the way forward for house exploration, demonstrating how AM may play a key position in constructing buildings on the Moon and past. This challenge highlighted the potential for 3D printing to allow sustainable development in house utilizing sources from different planets.
February: The Business Gathers at AMS 2025
AMS 2025 occasion in New York. Picture courtesy of 3DPrint.com.
In February, attendees gathered for AMS 2025, a serious business occasion targeted on AM and healthcare. Highlights included displays on the rising position of 3D printing in medical purposes and discussions about strategic instructions for the know-how within the 12 months forward. Enterprise technique was a central theme all through the occasion, with periods targeted on funding, commercialization, and the way firms are adapting to present market realities. AMS will return in 2026, scheduled to happen February 24–26.
March: On-Web site Drone Manufacturing
Laser-hit drone check and 3D printed drone components on show throughout a U.S. army discipline experiment at Camp Roberts. Picture courtesy of Daniel Linehan, Naval Postgraduate Faculty (NPS), by way of DVIDS.
In March, Firestorm Labs examined a cell 3D printing cell for drone manufacturing on the U.S. Naval Postgraduate Faculty. The demonstration confirmed how AM can be utilized to supply and assemble drones nearer to the place they’re wanted, highlighting rising curiosity in versatile, on-site manufacturing for protection purposes.
April: 3D Printing Strikes Into Industrial Development
3D printed Starbucks constructing. Picture courtesy of the Authorities of the Metropolis of Brownsville.
In Could, a 3D printer accomplished development of a brand new Starbucks location, marking probably the most seen makes use of of AM in industrial constructing. The challenge confirmed how 3D printing is starting to seem in on a regular basis infrastructure, not simply specialised or experimental settings.
Could: Scaling Up Steel Printing
DEEP manufacturing HexBot robots. Picture courtesy of DEEP Manufacturing Restricted.
In Could, Deep Manufacturing launched its six-armed Hexbot system for ultra-large-scale wire arc additive manufacturing (WAAM). The robotic setup was designed to deal with massive metallic buildings, exhibiting how AM continues to push into greater codecs and extra industrial purposes.
June: Affected person-Particular Implants in Surgical procedure
Vinmec efficiently carried out the world’s youngest pediatric complete femur alternative surgical procedure utilizing 3D printing know-how. Picture courtesy of Vinmec.
In June, medical doctors at Vinmec Hospital in Vietnam carried out a pediatric complete femoral alternative utilizing a patient-specific, 3D printed implant. The process confirmed how AM can be utilized to supply customized implants for advanced surgical instances.
July: Printing for Power Infrastructure
Barnard Development staff pour concrete into the carbon-fiber-reinforced ABS type to supply one of many cast-in-place Janus columns. Picture courtesy of Kairos Energy.
Oak Ridge Nationwide Laboratory’s Manufacturing Demonstration Facility (MDF) used large-scale 3D printing to supply formwork for nuclear reactor parts. The challenge confirmed how additive manufacturing is being utilized to heavy infrastructure, utilizing printed molds to help development within the power sector.
August: From Analysis Roots to Industrial Machines
RLP Co-founder and CEO Schendy Kernizan exhibits 3DPrint.com the Levity 3D printer on the firm’s Boston facility. Picture courtesy of 3DPrint.com.
Final summer season, 3DPrint.com’s Vanesa Listek visited Speedy Liquid Print (RLP) in Boston, the place the crew confirmed how the corporate has grown from its MIT roots right into a industrial operation. The go to included a take a look at RLP’s Levity system, with machines operating, components taking form, and the crew laborious at work.
September: 3D Printing Enters Client Electronics
Apple launched the iPhone Air with a 3D printed USB-C characteristic. Picture courtesy of Apple.
Apple made a serious transfer in September by revealing that it had used 3D printing for a key element within the iPhone Air. As one of many largest firms on this planet, Apple’s choice to combine 3D printing into its manufacturing line represents a landmark second for the business. It highlights that AM is not restricted to prototyping, and is more and more being adopted for real-world, high-volume client merchandise.
October: Open Desktop Programs and New Supplies
Josef Prusa hosts Prusa Day 2025. Picture courtesy of Joris Peels/3DPrint.com.
3DPrint.com Govt Editor Joris Peels was on web site in October for Prusa’s announcement of latest CoreOne and OpenPrintTag developments, together with silicone printing on the XL. Josef Prusa introduced the updates in individual, outlining how the corporate continues to open up supplies and workflows on the desktop and prosumer stage.
November: New Bioprinted Fashions to Battle Most cancers
Bioprinted tissue fashions built-in with organs-on-a-chip for most cancers analysis. Picture courtesy of OHSU Knight Most cancers Institute.
Researchers on the Oregon Well being & Science College (OHSU) Knight Most cancers Institute confirmed how bioprinted organoids and organs-on-a-chip will be used collectively to check most cancers. The strategy combines 3D printed tissue fashions with microfluidic methods, providing researchers a technique to observe how most cancers behaves and responds to therapy in a managed lab setting.
December: 3D Printing Meets Skilled Sports activities
Jaylen Brown entered TD Backyard holding the 3D printed prototype of his 741 V1 basketball sneakers, developed with Zellerfeld. Picture courtesy of Boston Celtics by way of Instagram.
In December, 3D printing confirmed up in an sudden place. NBA participant Jaylen Brown arrived at a sport towards the Los Angeles Lakers with a 3D printed sneaker prototype developed with Zellerfeld. This exhibits how 3D printing is beginning to seem in new cultural and industrial settings.
In 2025, 3D printing confirmed up in loads of acquainted settings, like espresso retailers, smartphones, hospitals, sports activities gear, and naturally, manufacturing unit flooring. These pictures don’t level to a single pattern. They present AM in use throughout many components of business and on a regular basis life.
Featured picture courtesy of OHSU Knight Most cancers Institute
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