With recent advancements in additive manufacturing machines, 3D-printable resins, and 3D printing dental software, practices and labs can use 3D printers to produce dental study models faster than the traditional casting process. 3D printing replaces the many steps in traditional model manufacturing with a fast and easy printing process that yields a more accurate product.
With a long fabrication process, it’s desirable to cut down production time and eliminate some steps without sacrificing accuracy. 3D printing is an alternative to the traditional process used to fabricate study models. It offers numerous advantages, reducing cost and discomfort for patients, and contributing to more desirable treatment outcomes.
Today, lab/practice partnerships are more beneficial with the accessibility of 3D printers. Advanced 3D printing solutions produce devices with a faster turnaround time than traditional and even legacy 3D printing methods. The innovative resins and resin-printing techniques used by modern 3D printers offer industry-leading strength, accuracy, and transparency leading to better end products.
Additive manufacturing has been expanding into many industries over the past several years. The 3D printing solutions used in additive manufacturing have many advantages over traditional manufacturing. Companies looking to increase agility, reduce costs, and become more resilient to supply chain disruptions should consider the advantages of additive manufacturing to improve traditional manufacturing processes and to directly produce finished parts.
3D printing technology improves the retainer creation process by accelerating product turnaround time, eliminating the need for dental molds, and allowing orthodontists to produce retainers in-house.
Choosing a digital denture solution can reduce turnaround time and material costs. To determine which solution is best aligned to your practice, follow this guide on choosing the best 3D printer for dentures.
Advancements in 3D printing as a production solution are also enabling additive manufacturing for low volume production. With tightly integrated solutions including 3D printing machines, software, and materials, additive manufacturing is enabling more effective and efficient prototypes through production workflow as well as faster time to market.
In the past, digital workflows used a combination of CAD/CAM software and CNC milling to make crowns. 3D printers could not make permanent crowns because the materials did not have the appropriate mechanical properties, and there was poor accuracy or fit. With recent advancements in 3D-printable resins, 3D printers can produce permanent crowns that meet mechanical property requirements and make them faster and more cost-effectively than CNC milling. 3D printing is streamlining the dental crown manufacturing process and can benefit labs and dental practices.
Advancements in 3D printing technology are improving the production of clear aligners. Today’s 3D printing solutions are widely available to both dental labs and private practices. Orthodontists can now choose between outsourcing aligner production to a lab or
The projected revenue increase demonstrates the continued adoption of additive manufacturing processes by footwear manufacturers. 3D printers have been available since the 1980s. However, many industries have only recently integrated 3D printing solutions into their production processes, as significant advances in machines, material, and software are not only meeting industry requirements but also enabling greater innovation with better performance production parts. Today many footwear companies use 3D printers to optimize design, prototyping, and full production.