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Dental forceps and elevators are not universal substitutes for each other. Dental elevators are predominantly used to luxate or mobilize a tooth or root, and extraction forceps are primarily used to grasp the tooth. Most often, in a single procedure, both kinds of instruments are used: the dentist simultaneously uses a pair of elevators and forceps. The choice of which instruments to use depends on the location and shape of the tooth, root structure, access to the tooth, the condition of the crown, and the type of extraction (routine or surgical).
For dentists and dental buyers, knowing the difference between dental forceps vs elevators is critical to creating a practical extraction tray and choosing the right instruments for the procedures performed. This article will describe the properties and differences of these instruments, their indication, selection criteria, care rules, and common mistakes when buying.
Forceps are for gripping, elevators are for maneuvering. Dental forceps primarily serve to grasp the tooth; dental elevators are used to luxate it. Although they may have different shapes, these instruments usually have fundamentally different functions. Straight elevators, Cryer type elevators, root elevators, and other types are used in different cases, and the choice of the instrument depends on the dentist’s expertise and a particular situation.
The simplest explanation of the difference between forceps and elevators is their principal function.
Dental elevators are primarily used to displace a tooth or its roots. The working ends of these instruments are designed to apply a force to the tooth to loosen it or facilitate its removal. Depending on the design, elevators can also be used to extract a root or root fragment. Literature on dental elevators notes their ability to disrupt the periodontal ligament and facilitate the removal of the tooth with forceps.
Dental forceps are used to grasp the tooth. The shape of the instrument depends on the location, shape, and size of the tooth being extracted, as well as the dentist’s qualifications. Forceps are typically different for maxillary and mandibular teeth, as well as for molar teeth and other types of teeth. Forceps working ends are also varied, allowing them to be used in different procedures.
Thus, the main difference between elevators and forceps is their function: forceps are used to grasp the tooth, and elevators are used to loosen or remove it.
Below is a table showing which instrument is used for a particular procedure:
| Instrument | Primary role | Common clinical purpose |
| 1. Dental forceps | Grasping | Engaging and removing teeth |
| 2. Straight elevator | Luxation | Mobilizing teeth or roots |
| 3. Cryer/Winter elevator | Luxation | Assisting with root or tooth fragment removal |
| 4. Root tip elevator | Fragment access | Access to retained root fragments |
| 5. Periosteal elevator | Tissue management | Reflection of soft tissue during surgical procedures |
| 6. Luxator | Root access | Periodontal ligament disruption, luxation of tooth and roots |
This distinction is especially important in the context of surgical extraction, when a dentist may need a variety of instruments. A dental extraction tray should include not only forceps and elevators but also suction devices, retractor, buries, curettes, and appropriate suture material. Thus, the instruments that a dentist will need depend on the procedure that they will perform. It is no less important to choose the right instrument for a particular tooth. Note that the same forceps or elevator may not be suitable for all patients and procedures. The practical rule for a dentist in the context of forceps vs elevators is that an extraction tray must contain both types of instruments.
Dental extraction instruments can be broadly divided into several categories. In terms of forceps and elevators, the division is based on the specific purpose for which they are used.
There are universal and specialized forceps for extracting different teeth. Universal forceps are most commonly used for routine extractions because they are suitable for use with most of the teeth in a given quadrant. However, the dentist must be able to distinguish between maxillary and mandibular universal forceps. Molar forceps have a wider working end than universal ones; maxillary molar forceps differ from the mandibular ones. Root and root tips forceps usually have a narrow working end to provide access to the tooth root. In addition, there are pediatric forceps, which are used to extract baby teeth. Cow horn forceps are primarily used for mandibular molars and have a unique shape different from all the above categories. Each instrument has its own designation, which usually refers to the number and lettering on the forceps.
Straight elevators are among the most common types of dental elevators. As their name suggests, these instruments have a straight working end and are generally the most basic option for luxating a tooth. There are different sizes of straight elevators, so the dentist will choose the instrument based on the size of the tooth being extracted.
Cryer/ Winter elevators are similar to straight elevators, but have an angled working end and are primarily used in surgical tooth extraction. Most of this type of elevator has a right and left working end. The working ends of Cryer elevators are also used when the dentist needs to access a tooth or root fragment.
Root elevators are primarily used in conjunction with root tips forceps to access and extract broken root tips. Root elevators have a narrow working end for precision. The same type of instrument may vary in size because root fragments can be in different places and have different shapes. In addition to this, elevators can have different working end shapes, depending on the available access.
A periosteal elevator is not used to extract teeth but to lift the periosteum when a dentist needs to access the underlying bone tissue. This instrument is used in combination with other elevators, forceps, and surgical instruments. Periosteal elevators usually have a slightly different shape from standard elevators, for example, a Molt elevator has a T-shaped working end.
Luxators are similar to elevators but have a narrower working end to allow the dentist to access the periodontal ligament. Specialized atraumatic extraction systems, on the other hand, may be based on an entirely different mechanism, so it is important to read the manufacturer’s instructions for use.
The difference between forceps and elevators becomes apparent if we take a closer look at their different uses.
As mentioned earlier, elevators are used primarily for luxating or loosening a tooth. A number of studies have been conducted to determine the effectiveness of various elevators in the extraction process. One of the main uses of these instruments is to apply the necessary force so that the dentist can remove the tooth with forceps. Literature on this topic suggests that elevators can be used to disrupt the periodontal membrane, which allows the roots to be separated more easily and the tooth to be removed. Thus, dental elevators can be used in the following cases:
• The dentist needs additional maneuverability to remove the tooth.
• There is a need to remove a tooth root.
• If the dentist has decided to extract the tooth surgically and needs to luxate it.
• If the crown is broken beyond practical repair. This can also be due to the presence of a root fragment.
• If the root structure of the tooth makes it difficult to use standard forceps.
It is important to choose the right elevator for a given procedure.
Dental forceps are used primarily for grasping the tooth. These instruments are used in almost all routine extractions, as they allow the dentist to have precise control over the removal process. Forceps are primarily used in the following procedures:
• Extraction of maxillary anterior teeth
• Extraction of the maxillary premolars
• Extraction of maxillary molars
• Extraction of mandibular anterior teeth
• Extraction of mandibular premolars
• Extraction of mandibular molars
• Extraction of deciduous teeth
• Removal of a root fragment with a suitable root forceps if access is available
Most of these procedures require a certain type of forceps, the choice of which is based on common sense and the dentist’s experience. An important aspect when choosing is of course the location and shape of the tooth, as well as the shape of the root and the dentist’s access to the root. The size of the tooth affects the working end of the forceps: for example, a small anterior tooth will have a narrower working end than a molar.
A routine extraction procedure is relatively straight forward and requires the use of a fewer number of instruments. A standard set of instruments for a simple tooth extraction may include forceps and elevators. However, this is not the only thing that a dentist needs for a simple extraction. Suction devices, curettes, hemostatic materials, and retractors are often needed during the procedure.
A surgical extraction requires a more complex set of instruments. Some of the most commonly used include:
• Extraction forceps
• Straight elevators
• Angled elevators
• Luxators
• Periosteal elevators
• Retractors
• Surgical suction devices
• Burs
• Curettes
• Needles and suture material
The choice of instruments depends on the procedure, not the other way around. The instruments that the dentist will use will depend on the procedure. It is important to remember that each procedure may require different equipment. For example, when removing a tooth with a broken root, specialized root forceps, root elevators, and surgical instruments may be required in addition to standard elevators and forceps.
An elevator is not a forceps and a forceps is not an elevator. Using these instruments inappropriately can lead to loss of control of the tooth during extraction. Choosing the wrong instrument is also dangerous for the dentist: if, for example, an elevator is used to grasp the tooth, there is a risk of breaking the instrument. This is why an extraction tray should ideally contain a balanced set of elevators and forceps.
When an dentist is trying to choose between forceps and elevators, it should start from the need: what is required for the procedure, forceps or elevator. When examining the tooth, the dentist must consider the following factors:
1. Determine the Instrument’s Primary Function
If the dentist needs to grasp an accessible tooth, then dental forceps should be selected. If the dentist needs to maneuver the tooth, root, or bone fragment, the appropriate elevator must be selected.
2. Determine the Tooth’s Anatomy and Location
When an dentist examines a patient’s mouth, they need to consider the following factors:
• The location of the tooth
• Is the tooth in the upper or lower jaw?
• What is the shape of the crown?
• How many roots does the tooth have, and what is their shape?
• How far has the tooth erupted?
• How much of the crown is left?
• Is there any obstruction to accessing the tooth?
• Are there any prostheses or other foreign objects?
Using the information collected, an dentist can choose the forceps that will be most comfortable and effective for removing a particular tooth.
3. Determine the Procedures Performed at Your Dental Practice and Equip Yourself Accordingly
A general dentist’s extraction tray will differ significantly from a surgeon’s tray. A general dentist is more likely to use universal maxillary and mandibular forceps, straight elevators, and molar forceps. An oral surgeon is more likely to use a greater variety of root elevators, Cryer-type elevators, luxators, surgical forceps, periosteal elevators, retractors, and curettes. Pediatric dentists, on the other hand, will use universal forceps of a smaller size. This applies to all other types of instruments as well: for example, pediatric elevators will also be smaller in size.
4. Assess the Instrument’s Construction Quality
When purchasing a particular instrument, it is important to pay attention to the quality of its construction. A properly constructed instrument will have several qualities, including surgical-grade steel construction, the correct alignment of working ends, smoothness of movement, and a comfortable grip. It is advisable to use the validated sterilization procedure recommended by the manufacturer. Reusable instruments must also have the necessary markings to indicate that they have been properly processed.
It is important to remember that the description of the instrument is more important than advertising. The manufacturer’s recommendations should be consulted when selecting a particular instrument. If the instrument is reusable, it is important to follow the recommended sterilization procedures.
5. Individual Instruments or Sets?
It can be much more practical to purchase a dental extraction set when initially establishing a dental practice. Sets contain a combination of different elevators, forceps, and other instruments. Sets are often chosen because they consist of complementary instruments that are often used together. On the other hand, individual instruments can be a more rational solution if the dentist needs to equip an existing set, replace certain instruments, or purchase special instruments to increase the number of procedures performed.
For Indian dental clinics, comparing the cost of owning a particular set makes sense. It is important to take into account not only the purchase price but also the guarantees offered, the ability to replace parts, and the overall compatibility of instruments with the sterilization equipment used.
1. Confusing the Two Instruments
Elevators and forceps have different uses. Forceps are used to grasp the tooth, and elevators are used to luxate or remove it.
2. Choosing an Instrument Based Solely on its Number
Although forceps and elevators are often numbered, this method is not always universal. It is important to study the description of the instrument in detail because different manufacturers may use different conventions.
3. Buying a Large Set When a Smaller One is Enough
A 30-piece extraction set is not always necessary. Choosing the instruments that will be used more often is usually a safer and more cost effective option.
4. Not Paying Attention to Ergonomics
When choosing an instrument, it is important to look at more than just its working end: the handle should also be comfortable to hold. The size, weight, and finish of the instrument are also important factors that determine how comfortable it is to work with.
5. Not Taking Into Account the Sterilization Properties of the Instrument
Sterilization procedures for individual instruments or sets can be very different. It is important to choose the instruments based on the available equipment. The CDC recommends following the manufacturer’s instructions when cleaning and sterilizing instruments.
6. Not Removing Damaged Instruments From Circulation
If an instrument has been damaged, it should no longer be used until it has been repaired. Stains, cracks, or broken or bent hinges can interfere with the normal functioning of the instrument.
7. Not Thinking About the Entire Procedure When Choosing Instruments
When extracting a tooth, a dentist rarely uses only one instrument. The dentist must also take into account the available ancillary devices, such as suction machines and curettes.
Q. Are dental forceps and elevators the same?
A: No, dental elevators and forceps are two different types of instruments. Forceps are primarily used to grasp the tooth, and elevators are primarily used to remove it. In many cases, these two types of instruments are used together.
Q. Which is better: dental forceps or elevators?
A: Neither of these instruments is better, as they are designed to serve different purposes. When removing a tooth, a dentist will need both elevators and forceps.
Q. Can an elevator replace extraction forceps?
A: An elevator is not a replacement for forceps, as these are two fundamentally different instruments. An elevator can be used to remove a tooth or root fragment. Thus, elevators can be used in conjunction with forceps during extraction procedures.
Q. What is the most commonly used dental forceps?
A: The most commonly used forceps are universal forceps. They can be used to remove most of the teeth in a given quadrant. However, it is important to choose the forceps that are most suitable for a given procedure.
Q. What are straight dental elevators used for?
A: Straight elevators are primarily used to loosen teeth during extraction procedures. These are some of the most commonly used elevators. The dentist chooses the size of the elevator based on the size of the tooth. They also need to consider their own skills and experience when using this type of instrument.
Q. What is a Cryer elevator used for?
A: Cryer-type elevators are primarily used in oral surgery. This type of elevator has an angled working end that allows the dentist to access the desired tooth or area. This type of elevator is used in conjunction with other instruments to remove the tooth.
Q. What is the difference between an elevator and a luxator?
A: Luxators and elevators are similar in many ways, but they are not identical. Luxators are used to remove teeth and roots by disrupting the periodontal ligament. The working ends of luxators are generally narrower than those of elevators. Thus, the terms luxator and elevator may refer to different types of instruments depending on the manufacturer.
Q. Do extraction forceps need to be sterilized after every use?
A: Extraction forceps are classified as critical instruments, which means they must be sterilized after each use. This also applies to all other instruments that come into contact with tissue. The CDC notes that critical instruments must first be cleaned and then disinfected or sterilized.
Q. Do dental elevators also need sterilization?
A: Yes, elevators need to be sterilized in accordance with standard sterilization procedures. This also applies to all other instruments that come into contact with soft tissue or bone during a procedure.
Q. Should a dental clinic buy a complete extraction set?
A: It depends on the dentist’s needs. When initially setting up an extraction tray, it can be helpful to buy a set that will contain the most commonly needed instruments. On the other hand, individual purchase may be a more cost-effective option if the dentist already has some instruments and only needs to fill gaps.
Q. How should a dental clinic choose between individual instruments and sets?
A: It is a good idea to determine which instruments will be used most often and purchase them in sets. This will allow the dentist to establish a balanced and effective extraction tray without spending too much money. It is also important to choose high quality instruments that will last as long as possible.
Q. What should I check before buying dental extraction instruments?
A: It is important to consider the intended use of the instrument, its working end, material, and other details. When buying a particular instrument, it is important to get to know all its features and study the manufacturer’s recommendations.
Q. Who should use dental forceps and elevators?
A: These are professional instruments designed for use by qualified dental professionals. Tooth extraction is a complicated procedure that requires a solid knowledge of anatomy and pathology. This article is for informational purposes only and is not a substitute for professional training.
The choice between forceps and elevators is not a question of which is better but rather the different roles they play in the extraction process. Elevators play an auxiliary role in tooth luxation and displacement, while forceps are used to grasp the tooth.
When considering the purchase of instruments for a specific type of dental extraction, it is important to choose the appropriate instruments based on anatomical, procedural, and access considerations, as well as the clinical and case mix requirements. Particular attention must be paid to the working end design, construction, human factors engineering, reprocessing instructions, and supplier support.
For dental professionals, the next step is therefore to evaluate the dental extraction forceps, elevators, root elevators, and extraction sets rather than focus on the purchase based on image and price.
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