98 X 12mm Dental Implants Titanium Discs Metal Sputtering Target Teeth Crown / Bridge

Place of Origin China
Brand Name CSTI
Certification ISO9001
Model Number Dental Implants Titanium Discs-20230607
Minimum Order Quantity 1 Piece
Price $32.00 - $38.00/ Piece
Packaging Details Vaccum packaging or as your request.
Delivery Time 15~20 work days
Payment Terms T/T, L/C
Supply Ability 30 Ton/Tons per Month

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Product Details
Product Name Dental Implants Titanium Discs Metal Sputtering Target Standard ASTM F67, ASTM F136/ISO 5832-2
Regular Size 98x8/98x10/98x12/98x14/98x16/98x18/98x20/98x22mm Technique Forged And CNC Machined
Material Pure Titanium (CP Ti) Or Titanium Alloys(Grade 5 Or Ti-6Al-4V ELI ) Shape Round, Disc
Application Dental Implant Advantages Light Weight,Moderate Hardness,Low Thermal Conductivity,Transmittable X-rays,good Magnetic Resonance Compatibility
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Dental Implants Titanium Discs


Titanium Discs Metal Sputtering Target


Teeth Crown Metal Sputtering Target

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Product Description

Dental Implants Titanium Discs metal sputtering target teeth crown or bridge

It is suitable for CAD/CAM cutting and engraving mechanism for full crown, inner crown, post core and fixed bridge.
Gr2 Dental pure titanium disc, due to high purity, low hardness, good toughness, so suitable for movable brackets and fully displaned metal crowns.
Gr5 Dental titanium alloy disc,due to the addition of aluminum, vanadium and other elements, improve the physical properties, so it is suitable for metal crown bridge, rod card, bridge type repair.

Dental Implants Titanium Discs Specification


commercially pure titanium (CP Ti) or titanium alloys such as Ti-6Al-4V (Grade 5) or Ti-6Al-4V ELI (Extra-Low Interstitial)

Regular Size

The diameter selection depends on the intended use, such as the size of the dental implant being constructed.


Round Disc


ASTM F67, ASTM F136/ISO 5832-2, GB/T 13810-2007


Forged and CNC Machined

It's important to note that these specifications can vary depending on the specific dental implant system, the preferences of the dental professional, and the requirements of the patient. Dentists and implant manufacturers may have different product offerings and specifications, so it's advisable to consult with us for precise details regarding the titanium discs used in dental implant procedures.
98 X 12mm Dental Implants Titanium Discs Metal Sputtering Target Teeth Crown / Bridge 0

Product advantages:

Compared with traditional dental metal materials, dentures made of pure titanium have the following advantages in addition to their tissue affinity:
Light weight
The proportion of dental implant cutting titanium disk is small, its proportion is 1/4 of gold alloy, cobalt chromium alloy 1/2, so the weight of pure titanium denture will be much lighter, can reduce the burden of residual tissue in the mouth, and has better comfort.
Moderate hardness
The dental implant cutting titanium disc is between the tooth enamel and dentin, so the crown made of pure titanium will not wear the natural teeth of the opposite jaw too much. The post nails made of pure titanium can make the stress conduction in the tooth root more in line with the physiological pattern and reduce the risk of root fracture.
Low thermal conductivity
Dental implant cutting pure titanium titanium disc made of dental crown, can better isolate the cold and hot stimulation, is conducive to protect the pulp, eating too cold or hot food will not feel sore.
Titanium metal has good stability, there will be no metal taste in the mouth, does not cause taste interference.
Transmittable X-rays
Titanium has semi-transmittance to X-ray, wearing a crown made of pure titanium, in the X-ray, you can check whether there is decay inside the crown, so that early detection, early treatment, which is used to make other metal materials do not have the advantages of denture.
Good magnetic resonance compatibility
Titanium is a non-paramagnetic metal, and compared with commonly used cobalt-chromium alloy and nickel-chromium alloy, the artifacts produced in magnetic resonance examination are very small, and the impact on magnetic resonance examination is very small. In most cases, it is not necessary to remove a pure titanium denture during an MRI of the head.

Dental Implants Titanium Discs Application case

One application case for dental implant titanium discs is in the fabrication of customized dental implant abutments.
Dental implant abutments are the components that connect the dental implant fixture (which is surgically placed into the jawbone) to the dental restoration, such as a crown or bridge. Titanium discs can be used as a base material for fabricating custom abutments that match the shape, size, and contour of the patient's natural teeth.
In this application, the dental laboratory technician or dental professional takes impressions or digital scans of the patient's mouth to capture the specific shape and position of the prepared tooth or edentulous area. Using computer-aided design and manufacturing (CAD/CAM) technology, the specifications of the dental implant abutment are designed and translated into a digital file.The milling process precisely carves the titanium disc to match the design, ensuring a precise fit and optimal functionality.
Once the custom abutment is milled from the titanium disc, it can be further customized by adding features like screw holes, anti-rotation grooves, or esthetic modifications. The abutment is then polished and may undergo surface treatments to enhance its biocompatibility and osseointegration.
The custom abutment is finally attached to the dental implant fixture in the patient's mouth, providing a secure and stable foundation for the dental restoration. The dental restoration, such as a crown or bridge, is then fabricated and attached to the custom abutment to complete the dental implant procedure.
Dental implant titanium discs play a critical role in the accurate and precise fabrication of custom abutments, enabling dental professionals to provide individualized restorative solutions for their patients.
The use of titanium as the base material ensures biocompatibility, strength, and corrosion resistance, making it suitable for long-term implant success.