Dental Matrices Clamp Ring, Autoclavable Nickel Titanium Orthodontic Clamp Rings, Elastic Separator Clamping Ring (R7)

R1 NiTi split clamping ring●Application: narrow cavity type, low crownFeatures:-- It can effectively prevent the occurrence of plugging after filling.--The tooth-splitting clamping ring not only has a good tooth-splitting function, but also has a good clamping and retention function.R2 NiTi Wedge Clamping Ring●Blue--SmallApplication: 45, 56 clearance●Orange--MediumApplication: 67, 78 clearanceFeatures:--Wedge-shaped clamping ring has three main functions: tooth separation, retention and bonding.--Deformation fit,Fit retention,Split-tooth retention.--Equipped with wedge-shaped clamping ring, with good separation, retention and adhesionR6 1.0 NiTi clamping ring ●Narrow--Dark green●Universal--Light blueFeatures:--Made of Nickel - Titanium shape memory alloy , with stable clamping force and outstanding strength.--With the function of separating teeth and good retention , establishing tight contact .

• 【Low Crown Compatibility】: Tailored for patients with low crowns, our clamp ring ensures a secure fit and stability during dental restorations. It enhances accuracy and simplifies the procedure.
• 【Material & Design】Nickel-titanium alloy,Superelastic, maintains gentle and persistent force, resistant to deformation. Ensures gentle yet effective tooth separation, minimizing discomfort compared to traditional steel separators.
• 【Precision Placement】 Specially designed groove allows safe, accurate, and convenient clamp placement, enhancing efficiency during dental treatments.
• 【Autoclavable Nickel Titanium Clamping Ring】: Crafted from high-quality autoclavable nickel titanium, our clamp ring guarantees durability, longevity.
• 【Enhanced Performance】Retention Clamping Ring top of the head is clamped within the shaft angle, splitting the teeth reliably, making close contact with the neighboring area, and the contact surface is designed with double curvature. Good fit with the tooth body, the foot reaches into the inverted concave area, stable retention to prevent chipping.