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Additive Manufacturing is at the forefront of digital dentistry, improving efficiency and accuracy in modern dental practice.
3D printing technologies are capable of manufacturing high-quality and consistent dental devices that are durable, cost-effective, and customizable to a specific case. This technology is now routinely used for implants, diagnostics, orthodontics, endodontics, and day-to-day treatments. As your experienced production partner, Objective 3D can help you grow your business with digital dentistry and deliver a superior healthcare experience for your patients.
3D printing simplifies production processes and workflows in dentistry by reducing the amount of labor required, resulting in time and cost savings for both the patient and the practitioner.
Additive manufacturing enables multiple dental devices to be printed at once resulting in an increase in production capacity and more accurate end results.
3D printers are capable of creating intricate structures and more customizable oral devices without sacrificing production time.
3D printed surgical tools and drill guides significantly improve the accuracy and time efficiency of dental procedures and treatment with reduced operation errors and more predictable treatment results. (Learn more)
Shorten delivery times and produce more precise, comfortable, and effective orthodontic appliances, without wasting time, materials, and storage space. (Learn more)
Dental models prepared using 3D printing technologies and used as diagnostic aids have many advantages, including lighter weight, better durability, and more. (Learn more)
PolyJet is a powerful 3D printing technology that produces complex geometries and accurate prototypes using a wide variety of materials available with any technology.(Learn more)
SLA offers a fast means to create smooth and precise working models made from a range of photopolymers with different physical properties at a low cost.
Fused Deposition Modeling is one of the most popular and cheap 3D printing technologies used in digital dentistry.(Learn more)
3D printing simplifies production processes and workflows in dentistry by reducing the amount of labor required, resulting in time and cost savings for both the patient and the practitioner.
Additive manufacturing enables multiple dental devices to be printed at once resulting in an increase in production capacity and more accurate end results.
3D printers are capable of creating intricate structures and more customizable oral devices without sacrificing production time.
3D printed surgical tools and drill guides significantly improve the accuracy and time efficiency of dental procedures and treatment with reduced operation errors and more predictable treatment results. (Learn more)
Shorten delivery times and produce more precise, comfortable, and effective orthodontic appliances, without wasting time, materials, and storage space. (Learn more)
Dental models prepared using 3D printing technologies and used as diagnostic aids have many advantages, including lighter weight, better durability, and more. (Learn more)
PolyJet is a powerful 3D printing technology that produces complex geometries and accurate prototypes using a wide variety of materials available with any technology.(Learn more)
SLA offers a fast means to create smooth and precise working models made from a range of photopolymers with different physical properties at a low cost.
Fused Deposition Modeling is one of the most popular and cheap 3D printing technologies used in digital dentistry.(Learn more)
3D printing simplifies production processes and workflows in dentistry by reducing the amount of labor required, resulting in time and cost savings for both the patient and the practitioner.
Additive manufacturing enables multiple dental devices to be printed at once resulting in an increase in production capacity and more accurate end results.
3D printers are capable of creating intricate structures and more customizable oral devices without sacrificing production time.
3D printed surgical tools and drill guides significantly improve the accuracy and time efficiency of dental procedures and treatment with reduced operation errors and more predictable treatment results. (Learn more)
Shorten delivery times and produce more precise, comfortable, and effective orthodontic appliances, without wasting time, materials, and storage space. (Learn more)
Dental models prepared using 3D printing technologies and used as diagnostic aids have many advantages, including lighter weight, better durability, and more. (Learn more)
PolyJet is a powerful 3D printing technology that produces complex geometries and accurate prototypes using a wide variety of materials available with any technology.(Learn more)
SLA offers a fast means to create smooth and precise working models made from a range of photopolymers with different physical properties at a low cost.
Fused Deposition Modeling is one of the most popular and cheap 3D printing technologies used in digital dentistry.(Learn more)
By adopting the Objet 3D Printing solution, Albensi Laboratories was able to realize a complete digital workflow for in-house fabrication of models, abutments, coping/crowns and bridges of any size or combination.
Read Case Studies
Multi-material 3D Printing of Dental Stone Model With Rubber Like Gum
Read Case StudiesAdditive Manufacturing is an emerging technology in the medical and dental field that empowers dental professionals, clinicians, and laboratories to create a scalable growth in modern dentistry by simplifying production processes and workflows, lowering labor costs, and increasing efficiency and accuracy.
Effectively meet clinical requirements and improve efficiency and effectiveness in your dental practice.
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Learn about our end-to-end solutions for digital dentistry that will enhance your patient experience and business.
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