The MQS-9A Series Mini Microswitch in the oral CT stand can be used as a small and sensitive switch for various oral CT stand devices. These switches are often used to control specific functions or actions in the instrumentation of the oral CT cradle. They provide a way for users to activate or deactivate certain functions with a light touch or minimal pressure.
Example of how a MQS-9A Series Mini Microswitch is used in an oral CT cradle:
MQS-9A Series Mini Microswitch es can be integrated into the oral CT stand to control the speed of the stand’s rotation or positioning. When a dentist or dental professional presses a button on the phone, a Mini Microswitch inside detects the pressure and activates the cradle to rotate.
MQS-9A Series Mini Microswitch is valued for its responsiveness, accuracy, and ease of use. They are critical in dental instruments because of precise control.
An oral CT stent, also known as an oral radiographic stent or a dental CT stent, is a device used in dental and maxillofacial imaging to ensure accurate and consistent positioning of a patient’s oral and maxillofacial structures during a CT scan. This positioning is crucial for obtaining high-quality images that can aid in diagnosis, treatment planning, and other dental and medical procedures.
More details on how oral CT stent is used？
Purpose
Dental and maxillofacial CT scans provide detailed images of the teeth, jawbone, sinuses, and surrounding structures. These images are valuable for various dental procedures, such as implant planning, orthodontic treatment, oral surgery, and diagnosing conditions affecting the oral and maxillofacial regions. An oral CT stent helps to standardize the position of the patient’s head and mouth during the scan, reducing variability and ensuring consistent results.
Design and Usage
An oral CT stent is typically custom-made for each patient. It’s often a plastic or resin device that fits inside the patient’s mouth and positions the teeth and jaw in a specific alignment. The stent may have markers that are visible on the CT images, aiding in accurate measurements and assessments.
Impression or Scan
An impression or digital scan of the patient’s dental arches and surrounding structures is taken. This captures the exact shape and orientation of the patient’s teeth and jaws.
Stent Fabrication
Using the impression or digital scan, a dental laboratory fabricates the oral CT stent. The stent is custom-designed to fit the patient’s mouth precisely and guide the positioning of the head during the CT scan.
CT Scan
During the CT scan, the patient wears the stent in their mouth. The stent’s design ensures that the patient’s head is held in a consistent and reproducible position, which is essential for accurate imaging.
Image Analysis
The CT images are then analyzed by dental and medical professionals to diagnose conditions, plan treatments, and perform measurements. The markers on the stent can be used as reference points for accurate measurements.
Benefits of using an oral CT stent
Consistency Using an oral CT stent ensures that the patient’s head and mouth are positioned the same way for each scan, reducing variability in the images.
Accurate Measurements The stent’s markers help professionals take precise measurements, which are critical for treatment planning and assessing changes over time.
Treatment Planning The detailed images obtained through CT scans with stents aid in planning dental implants, orthodontic treatments, and surgical procedures.
Microswitches in the context of medical devices function similarly to how they operate in other fields. A microswitch is a small, sensitive switch that can be triggered by a minimal amount of force. In medical devices, microswitches are often utilized to provide control over various functions, enable user interaction, and ensure safety.
Here are some examples of how microswitches might be used in medical devices:
Infusion Pumps
Infusion pumps are devices used to deliver fluids, such as medications or nutrients, into a patient’s body in a controlled manner. Microswitches can be integrated into the buttons or controls of these pumps, allowing medical professionals to set the infusion rate, start/stop the infusion, and make adjustments easily.
Patient Beds and Stretchers
Microswitches can be incorporated into the control panels of patient beds and stretchers. They allow healthcare providers to adjust the bed’s height, tilt, and other settings, providing comfort for patients and facilitating care.
Respiratory Devices
Microswitches may be used in respiratory devices, such as ventilators. They can be part of the user interface, allowing medical staff to adjust ventilation settings, oxygen levels, and alarms.
Diagnostic Equipment
Microswitches can play a role in diagnostic devices, such as handheld medical imaging devices or point-of-care analyzers. They can enable users to initiate scans, capture images, or interact with the device’s user interface.
Design and Analysis of Dental CT Bracket
Oral CT separator for separating the upper and lower jaw dentition and measuring the degree of mouth opening, including a fixed plate, both sides of the fixed plate are provided with arc-shaped grooves and the inside of the arc-shaped groove is fixedly connected with a spring, and the top of the spring A fixed block is fixedly connected, the side of the fixed block is provided with a limit groove, the side of the arc-shaped groove is provided with a first fixed hole, the inside of the first fixed hole is provided with a stop rod, and the two sides of the fixed plate The sides are all provided with a first opening slot, the inside of the first opening slot is movably connected with a first push block, the left side of the fixing plate is fixedly connected with a fixing rod, and the upper surface of the fixing rod is provided with a through the hole. In this utility model, by setting the second push block structure on the right side of the measuring rod, the measuring rod can be pushed out conveniently for measurement.
MQS-9A Series Mini Microswitch es in medical equipment function similarly to their operations in other fields. An MQS-9A Series Mini Microswitch is a small, sensitive switch that can be activated with minimal force. In oral CT cradles, MQS-9A Series Mini Microswitch es are commonly used to provide control of various functions, enable user interaction, and ensure safety. Mini Microswitch es can be integrated into the buttons or controls of these pumps, allowing medical professionals to set scan speed, start/stop and make adjustments with ease.
MQS-9A Series Mini Microswitch es can play a role in diagnostic equipment, such as oral CT brackets. They enable the user to initiate a scan, capture an image, or interact with the device’s user interface. MQS-9A Series Mini Microswitch es can provide control over specific actions. For example, in an oral CT holder, a MQS-9A Series Mini Microswitch might be integrated into the handle to activate or control the movement of the tooltip. Mini Microswitch es can be found in the controls of mobility aids. They allow users to navigate, control speed, and stop equipment with minimal effort.