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Nivalon Leverages AI and 3D Printing to Create Personalized, Motion-Preserving Spinal Implants
U.S. company creating patient-specific spinal implants Nivalon Medical Technologies has developed what it describes as the first fully patient-specific spinal implant that preserves natural motion without metal components. The device combines AI-driven design with advanced ceramic 3D printing, using a zirconia-toughened alumina (ZTA) structure and a flexible core to replicate spinal movement.
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Building a Tiny Kingdom: 3D Printing the Perfect Hamster Habitat
February 3, 2026 Toys
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Plastic 3D Printing is one of the fastest and most cost-efficient methods for iterative design, prototyping, and customizable products.
CNC Machining
Accurate CNC milling and turning processes with low-cost and fast turnaround time to deliver high quality, on-demand parts.
Injection Molding
Produces end products in various quantity(500 to 100,000+) and low unit cost with Plastic Injection and Metal Injection
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Produces end-use, rigid or flexible plastic parts with high durability, fast lead times, and production-level quality.
Metal 3D Printing
Ideal for metal parts with very complex geometries or customizable features. Industrial grade printers and multi-functional materials.
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Metal bending, punching, laser cutting, stamping and plastic thermal forming, ranging from prototyping to mass production.
Metal Casting
Produce small batched parts with investment casting and mass production with die casting or forging.
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UnionTech is Reshaping the Footwear Industry with Digital and Fine Shoe Molding Plan
The application of 3D printing technology in shoe design, R&D, and casting production is quite mature. At present, UnionTech 3D printing technology is reshaping the entire shoe industry, and a new ...
U.S. Army unveils 5,700-sq-ft 3D printed barracks at Fort Bliss Construction 3D Printing
About a year ago, the U.S. Army announced a pilot program to 3D print a series of barracks at Fort Bliss, Texas with the aim of improving living conditions for soldiers and enhancing overall readiness. Now, the 3D printed barracks, which span 5,700 square feet, are complete, making them the largest 3D printed structures in the Western Hemisphere.
UL and Ricoh Announce Training Collaboration to Focus on Additive Manufacturing Education 3D Printing Processes
Global safety science organization UL, and Ricoh USA, a technology and services company which has recently entered the industrial AM market with an SLS system, are collaborating to provide additive manufacturing education training to both UL and Ricoh customers. The initial goal of the relationship is to promote the proper usage and advancement of Additive Manufacturing (AM) technologies via UL AM training that leverages Ricoh’s proven services and training expertise. The program will initially be held at Ricoh’s US-based dedicated training locations and then will scale to other geographies in the Americas.
Ourobotics CEO Jemma Redmond Dies Unexpectedly AM Industry
Ourobotics CEO Jemma Redmond, one of the most outspoken and forward thinking professionals in the young low cost 3D bioprinting industry, has reportedly died unexpectedly yesterday, August 16th. As founder of bioprinting startup Ourobotics, Jemma has been working on a low cost bioprinter capable of working with up to 10 different materials. Through her blogs and social marketing skills she was working non-stop at ways to reproduce life in a lab, her legacy will very likely continue on even after her untimely death. With an MSC in Nanobioscience and a background in applied physics, Jemma has started building her own bioprinters on a kitchen table and attempted to grow fingers. She demonstrated 3D bioprinting in liquid with flow recently built the 10 material bioprinter with the Ourobotics team. She had recently pitched and won at SVOD Europe in Google HQ, Dublin. The causes of death have not been made public yet. All the information we have at this time comes from a post on Ourobotics social media accounts. We also know that Jemma passed away quickly and without suffering. “We are sorry to say, today we lost our dear CEO Jemma Redmond unexpectedly. She was an inspiration to all her colleagues and a great friend.” We can independently confirm this only from Jemma’s death notice. I had exchanged messages just a few days ago with Jemma and it is very hard for me to believe she has died. The 3D printing industry is generally very young and death just seems to have no place in it. However it does: life is a very delicate balance and that is exactly what Jemma was working to preserve and augment. She was just at the very beginning of her projects and career in the but she had already had a profound influence with many people involved with the future of biofabrication. Her show must, and will, go on. Rest in Peace, Jemma.
Gentle Giant Studios releases Juggernaut mobile 3D scanning systems for entertainment industry 3D Scanning Sevices
Gentle Giant Studios, a 3D Systems-owned photogrammetry company, has launched two new mobile 3D scanning studios. The two systems, the Juggernaut I and Juggernaut II, are marketed at the entertainment industry and offer a fully mobile scanning capabilities.
DfAM software startup TOffeeAM raises £1 million in seed funding AM Software
A new developer of additive manufacturing design software, TOffeeAM, has raised £1 million in seed funding, which will enable it to expand its team and increase its engineering capabilities. UK-based TOffeeAM was founded in 2019 as a spin-out of Imperial College London and has brought to market a highly automated AM design platform with applications in the aeronautics and automotive industries, among others.
Jewelry making reinvented by 3D printing with next gen customization and quality 3D Printer Hardware
3D printing in the jewelry making industry is reaching new heights thanks to increased throughput, new materials, and above all, the quality and detail of 3D printed wax casts. From luxurious statement pieces to custom wedding rings, 3D printed jewelry is more exceptional and accessible than ever before.
New ANSYS Discovery Live introduces breakthrough simulation technology Additive Manufacturing
For the first time engineers can rapidly explore design options and receive instant and accurate simulation results with new cutting-edge technology from ANSYS. Available today for technology preview, ANSYS Discovery Live revolutionizes the speed and ease-of-use of engineering simulation to make digital exploration available to all engineers so they can confidently design better products faster and more economically.













