Imprinting Convenience: New Developments in Global 3D Printing Market

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Imprinting Convenience New Developments in
Global 3D Printing Market Three-dimensional (3D)
printing is making multi-dimensional inroads in
varied domains. For instance, Nike unveiled its
latest footwear innovation, ISPA Universal, which
merges an artificial intelligence (AI) design,
eco-friendly materials, and 3D printing.
According to Inkwoood Research's evaluations, the
global 3D printing market is expected to garner a
revenue of 109258.46 million by 2032 and is
predicted to project a CAGR of 18.41 during
2023-2032.

• This blog enlists a few interesting
  product-related developments in the global 3D
  printing market.
• Customize to Personalize Nano Dimension's
  DeepCube AI Software
• On February 8th, 2023, Nano Dimension announced
  that it received the grant for the patent for
  artificial intelligence (AI) with regard to
  neural networks for its cloud-based manufacturing
  platform, DeepCube. The patent entails an
  extensive list of claims encompassing the
  deployment and training of neural networks. It
  will allow the efficient functioning of DeepCube
  AI solutions on 3D printers.
• DeepCube's software inference accelerator
  significantly enhances the 3D printing hardware's
  performance. DeepCube deploys the same neural
  network training for speech photo recognition
  as that of parts manufacturing. In addition,
  AI-driven decision-making rectifies printing
  errors in real time and raises manufacturing
  output.

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• As a result, DeepCube transforms 3D printers into
  a viable global solution to cater to Industry 4.0
  demands. Such patents project deep learning-based
  AI's ability to lay the foundation for developing
  additive manufacturing solutions.
• Says Yoav Stern, Chairman and CEO of Nano
  Dimension, "we have and continue to see deep
  learning-based AI as a key to driving the
  throughput and yield improvements that will take
  our advanced manufacturing solutions to the next
  level. These patents, and the others like them,
  are clear examples of the hard work that is
  coming to fruition. It is difficult to imagine
  these achievements without the Deep Learning
  dedicated leaders we have in our DeepCube Group.
  Our customers are noticing the difference that
  these technologies enable." (Source)
• Lesser Frowns Stratasys' TrueDent Resin the
  First Multi-Color, Monolithic 3D- Printed
  Dentures Solution
• On February 7th, 2023, Stratasys introduced
  TrueDent, a full-color 3D-printed permanent
  dentures solution. It facilitates labs to create
  natural-looking and permanent gums with precise
  tooth shade, structure, and translucency in one
  continuous print. It is specifically made for
  fabricating dental appliances like removable
  dentures. In addition, it will enable dental labs
  to scale manufacturing by minimizing processing
  time and simplifying workflow. Moreover,
  TrueDent is evaluated to be a welcome change
  from manufacturing and designing printed dentures
  and appliances in multiple parts.
• In addition, TrueDent is designed to eliminate
  barriers for laboratories and patients. For
  instance
• It can potentially minimize chair time for office
  visits, fittings adjustments, and measurements.
• There's high allegiance between fit, design, and
  scan.
• It can improve efficiency through streamlined
  workflow with less time between scan and
  delivery.
• Explains Ronen Lebi, Vice President of Dental at
  Stratasys, "This new solution will be
  transformative for the dental industry, and we
  believe it will help our customers significantly
  reduce the time and cost of producing dentures
  and temporaries. Stratasys continues to push the
  boundaries of digital dentistry leveraging our
  portfolio of advanced 3D printing technologies,
  including hardware, resins and software to
  deliver disruptive solutions that make a
  difference." (Source)
• Passive Production, Massive Output Massivit 3D
  Printing Technologies Ltd's Massivit 10000-G
• On April 24th, 2023, Massivit 3D Printing
  Technologies Ltd announced that it would
  introduce its disruptive Massivit 10000-G at JEC
  World, Europe's most prestigious composite
  materials tradeshow. The event will also mark the
  launch of Massivit's 2023 corporate rebranding
  aligning with the company's strategic penetration
  and latest technological milestones in the
  composite domain.
• Further, the Massivit 10000-G establishes a new
  standard in industrial mold production by
  accelerating and automating workflows for
  composite manufacturing. It is based on the
  company's Cast In Motion technology. It
  facilitates the production of fixtures, complex
  molds, master tools, mandrels, and jigs for a
  range of industries, including sporting goods,
  consumer goods, defense, marine, rail, and
  automotive. Moreover, the system offers
  substantial production costs and time savings.
  For instance, around 50 of material costs and
  80 of mold production time.

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• As per Erez Zimerman, CEO of Massivit 3D, "We are
  confident that our 10000-G printer will disrupt
  composite materials manufacturing as we know it,
  and we can't wait to share it with the world."
  (Source)
• Similarly, Lancy Lyons, President of Massivit's
  customer Lyones Industries, further testified,
  "Massivit's Cast In Motion process is a game
  changer. Finally, someone's figured out how to
  print a composite mold. Now, with the Massivit
  10000, it prints the mold in a fraction of the
  time, energy and cost." (Source)
• Global 3D Printing Market Future Technology
  Integration is Here to Stay
• The intersection of 3D printing and artificial
  intelligence (AI) has long been in the talks.
  Merging 3D printing and AI is an evolution of
  manufacturing paradigms. For instance,
  prosthetics design is among the most important
  3D printing applications. Accordingly, as
  technology progresses, 3D printers and AI can be
  used to regulate 3D printers and raise the number
  of compatible materials for the process.
• Similarly, 3D bioprinting, also known as
  bioprinting, is an emerging arena wherein machine
  learning (ML) is used to enhance organoid-making.
  Machine learning in 3D bioprinting can help
  detect defects like microstructure errors, curved
  layers, and incorrectly positioned cells. As a
  result, technology integration is a definitive
  and lucrative trend in the global 3D printing
  market.
• FAQs
• Which is the prominent technology in the global
  3D printing market?
• A Polyjet Printing is the prominent technology
  in the global 3D printing market.
• Which is the dominant component in the global 3D
  printing market?
• A Hardware is the dominant component in the
  global 3D printing market.