Schick 33’s powerful image enhancement software also features a dynamic image enhancer that allows you to manipulate image sharpness quickly and easily. At 33 lp/mm theoretical resolution, Schick 33 delivers industry-leading resolution and quality.Ī DYNAMIC IMAGE ENHANCER BRINGS IT ALL INTO FOCUS. The outstanding image resolution is essential for defining edges, identifying caries and other defects. Image clarity is the most cited technical factor for quality imaging. This intraoral sensor brings an unprecedented level of clarity, sharpness, and detail to digital radiography. Featuring bold bone trabeculation, crisp lamina dura and a clear, clean DEJ, clinicians depend on Schick’s superior image quality to meet their diagnostic needs. For consistently crisp, detailed images, no other digital sensor can compare. The Schick 33 intraoral sensor provides industry-leading theoretical resolution. Anthony Ramirez, Brooklyn, NY Simply inspiring imaging Schick technology withstands the test of time, 20 years later, it’s better than ever!ĭr.
By enhancing my dental perception, Schick diagnostics is my entry point to Galileos CBCT imaging. Schick 33 has been a foundational component in creating my digital dental practice. Note: The white strip will poke out of the slot a little when it is seated properly.Leveraging the way you work by integrating your treatment center, your x-ray unit, and intraoral sensors. Make sure to push the strip as far into the slot as possible and make sure it is lying flat. Replace the white strip found there with a spare from the kit. If there is no elastomeric strip on the back of the sensor, examine the underside of the cable.Please note the orientation of the frame. Replace them with a spare blue frame and strip. If you have the blue elastomeric strip as shown here, remove the blue strip and the hard plastic frame around it.Depending on the color of the strip, follow one of the following Carefully separate the cable from the sensor to reveal the elastomeric strip assembly.Once the sensor has been verified working, place a silicone gel disc over each visible screw and then place a new teal screw cover over the top to complete the process.Tighten just until the cable is firmly in place, but do not over-tighten. Once the strip has been replaced, realign the cable and use two new screws from the spare parts kit to reattach the sensor.If you have a red elastomeric strip inside of your sensor and got a white-gold elastomeric strip - Remove the estrip (the small rectangle piece inside of the bracket) and the red plastic bracket and place the white-gold elastomeric strip on the sensor as seen below.If you have a red elastomeric strip inside of your sensor and also have a spare red connector kit - Remove the estrip (the small rectangle piece inside of the bracket) and replace with spare ( inserting inside of the red plastick bracket).Place the spare white-gold elastomeric strip on the sensor as seen below. If you have the white-gold elastomeric strip (Schick G2 sensors), remove it.Depending on the color of the strip, follow one of the following: Unscrew the two screws and dispose of them.Remove the oval cover piece as seen below.Look on the back of the sensor for an oval silhouette as seen below.
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