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The main benefits of dental 3D printers are that they can digitize, standardize, and make things quickly.

Intraoral scanners provide a digital dental model that is usually saved as a 3D file.

Dental printers are specialized devices based on additive manufacturing principles, converting patient oral scan data into three-dimensional solids.

Dental supplies are a collective term for various instruments, materials, and auxiliary equipment used in the field of oral medicine for disease preve

In photopolymer additive manufacturing technology, 3D resin, as a key material for achieving high-precision, high-surface-quality molding, fundamental

In photopolymer additive manufacturing, the performance of 3D resins and the quality of the final product depend not only on the material's formulatio

As a photosensitive polymer liquid material, the performance and reliability of 3D resins largely depend on their environmental conditions.

In photopolymer additive manufacturing systems, the quality of 3D resin directly determines the precision, mechanical properties, and lifespan of mold

As a crucial piece of equipment in the field of digital acquisition, the performance of 3D scanners directly impacts the depth and breadth of their ap

As a highly efficient tool for acquiring three-dimensional geometric and textural information of objects, 3D scanners, with their advantages of non-co

A 3D scanner typically consists of six main parts: an optical system, a scanning device, a motion and support structure, a control system and communic

Mechanical Guidance and Transmission: Dovetail guides, ball screws, stepper/servo motors, locking mechanisms, etc., determine scanning straightness, r