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Digital Immediate Restoration of Implants for Labs

Temporary restorations are commonly produced using milling techniques to create the desired shape or form. While this process is effective, it can be time-consuming and often require a lot of reshaping.

Complex milling cases that need deep crevasses or carvings can not always be done with a milling machine. In such cases, a skilled dental technician must manually carve the design, which is extremely hard to do.

HeyGears allows dental technicians to create temporary restorations with better cost and time requirements. HeyGears 3D printers produce extremely accurate dental appliances, while digital workflows enable a smooth, straightforward, end-to-end production process.

Milling Process

Takes between 2 to 3 hours for the production of a single bridge
Large number of dental lathes are required for mass production
Milling machines wear down over time (3-5 years)
Milling machines require extensive maintenance, and prove costly to maintain over time
Limited accuracy, complex trimming requirements result in low quality designs

Digital 3D Printing

Digital 3D printing enables you to print 6-7 bridges per hour

No dental lathes required

3D printers do not wear down over time, temporary restorations are resin based (zero wear down)

No milling techniques or heavy machinery are required for the production of applications

No trimming minimizes potential mistakes and ensures an accurate design

Temporary restorations are made quickly and efficiently in a precise manner

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Types of Digital Immediate Restoration Implants

Regular Immediate Restoration

Generraly used for immediate resdoration after the implanting surgery.

    Regular Immediate Restoration

    Regular Immediate Restoration

    Generraly used for immediate resdoration after the implanting surgery.

      Labial

      It is generally applied for immediate restoration after the implanting surgery. The gingival and tooth parts are designed and printed separately, which solves the gingival coloring challenge faced by traditional techniques. Plus, independent printing enables more available, natural possibilities for gingival colors.

        Partial Restoration Pro

        For immediate restoration after implant surgery, it is designed with UltraPrint-Dental surgical guide UV material and has positioning function at both ends to ensure accurate positioning during intraoral realining and reduce intraoral jaw adjustment time.

          Full Mouth Restoration Pro

          Typically used for immediate restoration after implant surgery. The retention pins and appliance are designed with UltraPrint-Dental surgical guide material. The denture can be positioned intraorally through the pins and the retention structure can be removed after intraoral realining is completed.

            Temp C&B UV 2.0

            Key Features

            The UltraPrint-Dental material, Temp C&B UV 2.0, is the resin of choice for the immediate restoration of implants. Temp C&B UV 2.0 has a wide variety of color options and features high color tone stability to ensure the restorations closely match the patient’s teeth. Labial implants and immediate, partial, and full restorations can be 3D printed using Temp C&B UV 2.0. The resin is anti-corrosive, ensuring the temporary implants can be used inside a patient's mouth for long periods.

            · High Printing Precision

            · Abrasion Resistant

            · Natural Color Tones

            · Color Tone Stability Over Time

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            HeyGears Cloud

            The entire digital production process is handled via HeyGears Cloud, an end-to-end production management tool. HeyGears Cloud helps decrease manual workloads while increasing production output. You can go from scanning to 3D printing and post-processing in a single easy-to-use platform. Dental design experts are also available 24/7 to assist with your additional production needs.

            HeyGears Hardware

            The digital production of 3D printing dental applications is 20 times faster than the traditional milling method of dental applications. Traditional milling is time-consuming and requires a high degree of experience. Digital 3D printers are designed for the production of dental applications. 3D printing production is done quickly and efficiently without sacrificing the design quality of temporary restorations.

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