The surgical dental chair is one of the most significant developments in the field of dental care. In an effort to improve the comfort and orthopedic support of dental procedures, the surgical dental chair was designed. Surgical chairs are meant for use by patients who have undergone teeth extraction, tooth pulling, gum surgery, crown lengthening, or any other type of surgical procedure that requires extended support during dental procedures. A surgical dental chair is specifically designed to meet the unique requirements of a patient during a surgical procedure, and it is an extremely useful tool in dental practice. It makes life much easier for dental professionals to perform their duties and it allows dental patients to undergo dental procedures without experiencing pain, discomfort, or reduced performance from their dental procedures.
In an implantable device embodiment, a patient is supported in a seated position on a table in which there are implanted titanium posts into specific joints at various points along the lower neck and upper back. The patient is then positioned in a chair having a seat having a curved back, which is specially designed to fit over the implants. The seat and back of the seat may include a number of different positions for the patient and may be moved forward and backward in response to various bodily changes and body reactions as the patient reclines or moves his or her leg forwards and backward.
One or more suitable controls may be provided in certain embodiments, and one or more of the controls may be utilized to control the height of the seat and/or the tilt of the seat and/or the rotation of the chair. One or more suitable electrical connectors may also be provided in certain embodiments, and one or more suitable attachments may be used to extend the functionality of the device. The mobile surgical dental chair 100 in a mobile dental case may comprise one or more masticated wheels or articulating struts. In some cases, two or more masticated wheels may be used, with one located in front of the other.
The main body of the seat is generally constructed from the durable lightweight material, such as compressed molded plastic or metal. In some instances, the main body may comprise a rigid framework that extends beneath the supportive support base, and in other instances, the main body may comprise flexible sections of lightweight struts attached to each other, such as a chain-link fence. A seat cushion of variable thickness is typically used in mobile cases. This cushion provides a comfortable resting place for the patient while awaiting surgery. In some instances, the seat cushion may comprise a rigid backing, but in other instances, the seat cushion may comprise a flexible frame and fabric-covered cushions attached to both sides.
The two major sections of a suitable dental case, which include the headboard and the rest of the case, are generally covered with fabric. The headboard is usually made of molded acrylic, while the rest of the cast comprises of durable synthetic materials. Each of the two major sections may have several individual compartments, such as suitable connectors, under the seat, and an extra layer of padding. Suitable connectors generally connect the headboard to the rest of the case by means of either Velcro or hook and loop fasteners. This configuration provides for easy access to both the under the seat and the extra layer of padding.
An additional layer of padding is also useful for relieving pressure on the head during surgical procedures. In this regard, the frame, along with the supportive fabric, is built into a "pocket" that is incorporated into the bottom portion of the overall case. The overall volume of this pocket is in turn determined by various measurements, such as the width and length of the entire bench, the thickness of the fabric lining, and the number and depth of individual compartments. All of these aspects are necessary for the proper alignment and comfort of patients during procedures.
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In an implantable device embodiment, a patient is supported in a seated position on a table in which there are implanted titanium posts into specific joints at various points along the lower neck and upper back. The patient is then positioned in a chair having a seat having a curved back, which is specially designed to fit over the implants. The seat and back of the seat may include a number of different positions for the patient and may be moved forward and backward in response to various bodily changes and body reactions as the patient reclines or moves his or her leg forwards and backward.
One or more suitable controls may be provided in certain embodiments, and one or more of the controls may be utilized to control the height of the seat and/or the tilt of the seat and/or the rotation of the chair. One or more suitable electrical connectors may also be provided in certain embodiments, and one or more suitable attachments may be used to extend the functionality of the device. The mobile surgical dental chair 100 in a mobile dental case may comprise one or more masticated wheels or articulating struts. In some cases, two or more masticated wheels may be used, with one located in front of the other.
The main body of the seat is generally constructed from the durable lightweight material, such as compressed molded plastic or metal. In some instances, the main body may comprise a rigid framework that extends beneath the supportive support base, and in other instances, the main body may comprise flexible sections of lightweight struts attached to each other, such as a chain-link fence. A seat cushion of variable thickness is typically used in mobile cases. This cushion provides a comfortable resting place for the patient while awaiting surgery. In some instances, the seat cushion may comprise a rigid backing, but in other instances, the seat cushion may comprise a flexible frame and fabric-covered cushions attached to both sides.
The two major sections of a suitable dental case, which include the headboard and the rest of the case, are generally covered with fabric. The headboard is usually made of molded acrylic, while the rest of the cast comprises of durable synthetic materials. Each of the two major sections may have several individual compartments, such as suitable connectors, under the seat, and an extra layer of padding. Suitable connectors generally connect the headboard to the rest of the case by means of either Velcro or hook and loop fasteners. This configuration provides for easy access to both the under the seat and the extra layer of padding.
An additional layer of padding is also useful for relieving pressure on the head during surgical procedures. In this regard, the frame, along with the supportive fabric, is built into a "pocket" that is incorporated into the bottom portion of the overall case. The overall volume of this pocket is in turn determined by various measurements, such as the width and length of the entire bench, the thickness of the fabric lining, and the number and depth of individual compartments. All of these aspects are necessary for the proper alignment and comfort of patients during procedures.
Click here to learn more: https://www.kegondental.net/
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