Adson Forceps with Teeth: Uses, Benefits, and Differences Explained
In the large family of surgical instruments, tissue forceps are tools that every surgeon uses repeatedly every day. Among all tissue forceps, Adson forceps are undoubtedly one of the most commonly seen and widely recognized types.
Whether you are a resident who has just entered the operating room or an experienced surgeon who has performed countless procedures, the name “Adson” is certainly familiar. Its fine tips and precise gripping design make it an irreplaceable instrument in delicate surgical procedures.
But you may also have noticed that Adson forceps have a “with teeth” or “toothed” version, which is widely preferred by many clinicians. This is not by chance. Those tiny teeth can make a decisive difference at critical moments during surgery.
If you are confused about choosing surgical instruments, or if you want to understand the essential difference between toothed and non-toothed forceps, this article is written for you.
Next, we will focus on three core questions:
- What are Adson forceps with teeth used for?
- Do Adsons have teeth?
- What is the difference between toothed forceps and Adson forceps?
After reading this article, you will not only fully understand the logic behind this “small forceps,” but also make a more accurate decision the next time you choose a surgical instrument.
What Are Adson Forceps with Teeth?
Adson forceps, fully known as Adson tissue forceps, are one of the most classic and frequently used tissue forceps in surgery.
The instrument is named after the renowned American neurosurgeon Alfred Washington Adson (1887–1951). As early as the beginning of the 20th century, Dr. Adson had extremely high requirements for forceps used in delicate neurosurgical procedures. He needed an instrument that could grasp tissue precisely without causing excessive trauma. As a result, this forceps design named after him was created and has continued to be used ever since.
Structurally, typical Adson surgical forceps are approximately 12.5–15 cm long, or about 5–6 inches. They are slim, lightweight, and designed for delicate handling.
Their most recognizable feature is found at the tip.
The two tips of the forceps feature a 1×2 toothed design. The teeth are small but closely arranged. It is these seemingly insignificant “small teeth” that make Adson forceps stand out among many tissue forceps and become the preferred choice for countless surgeons.
Simply put, Adson forceps with teeth are surgical forceps designed around a precisely toothed tip, made for fine tissue manipulation.
Key Components of Adson Forceps
To truly understand why these forceps are so useful, we need to look at their four core components. None of these parts is designed casually. Each one serves the goal of precision.
Spring Handle
Adson forceps use a spring-action handle.
This means that you only need to press the handle gently, and the tips will close naturally. When released, the tips spring back open. This design allows the surgeon to operate with one hand while the other hand focuses on the surgical area, greatly improving efficiency.
Fine Tips
Unlike bulkier tissue forceps, Adson forceps have very fine tips, usually only about 1 mm wide.
This fine-tip design allows the instrument to enter narrow surgical spaces, such as subcutaneous tissue layers or delicate areas around nerves, for precise dissection and grasping.
Serrated Grip
The middle-to-rear gripping area of the forceps is designed with transverse serrations.
This detail may seem simple, but it is extremely important. It ensures that even when surgical gloves are covered with blood or tissue fluid, the surgeon’s fingers can still hold the forceps firmly without slipping. On the operating table, this directly affects procedural safety.
1×2 Toothed Tip
This is the soul of the entire instrument.
Each forceps tip has a 1×2 toothed design. The teeth face inward and interlock when the forceps are closed. When closed, these teeth can firmly “bite” into tissue and prevent slipping.
That is why, when you ask, “Do Adsons have teeth?” the answer is: yes, the toothed version is the standard configuration of Adson forceps and is also the most commonly used version in clinical practice.
These four components work together to make Adson tissue forceps a true instrument designed for delicate surgery.
Do Adsons Have Teeth?
This is a question every doctor who is new to surgical instruments will ask: “Do Adsons have teeth?”
The answer is both yes and no.
More accurately, Adson forceps come in two versions: with teeth and without teeth. Structurally, the two versions are almost identical. The only difference is whether there are small teeth at the tips.
The toothed version is the more mainstream choice in clinical practice, but the non-toothed version also has irreplaceable uses. Let’s break them down separately.
Adson Forceps with Teeth
The toothed version is the one most surgeons reach for during daily procedures.
Its core feature is the 1×2 tooth configuration at the tips. In other words, each tip has small, closely arranged teeth that face inward and interlock.
These small teeth are far more useful than they may appear.
Better Tissue Grip
The teeth can engage the tissue surface like tiny serrations, holding the tissue firmly instead of relying only on pressure from the tips. This means the tissue you grasp is less likely to slip out of the forceps.
Less Slipping During Surgery
In real surgery, tissue surfaces are often wet, with blood and tissue fluid. Smooth forceps tips can easily slip under these conditions, while the teeth provide additional friction and make grasping more stable and reliable.
Because of this, Adson forceps with teeth are widely used in situations that require precise and secure grasping, such as skin suturing, subcutaneous tissue dissection, and dressing fixation.
If you need forceps that can “hold firmly and not slip” on the operating table, the toothed version is almost the default answer.
Adson Forceps without Teeth
Non-toothed Adson forceps look almost the same as the toothed version. They have the same spring handle, fine tips, and serrated gripping area.
The only difference is that the tips are completely smooth, without any teeth.
This design makes them closer to dressing forceps and mainly suitable for the following situations.
Suitable for Delicate Tissues
They are suitable for extremely fine and fragile tissues, such as the conjunctiva in ophthalmic surgery, thin flaps in plastic surgery, or the dura mater in neurosurgery. If these tissues are pierced by teeth, irreversible damage may occur.
Less Traumatic
The smooth tips of non-toothed forceps create a more even contact surface when grasping tissue. They do not leave marks or small tears like toothed tips may. For procedures with high aesthetic requirements, such as facial suturing or skin grafting, the non-toothed version is a safer choice.
Simply put, when you need the forceps to “hold gently” rather than “hold firmly,” non-toothed Adson forceps are the correct choice.
So, back to the original question: Do Adsons have teeth?
They can, and they can also be without teeth. The key lies in your surgical needs. The toothed version focuses on stability and precision, while the non-toothed version focuses on gentleness and protection. Both are legitimate members of the Adson family. When you choose the right one, it becomes the best tool.
What Are Adson Forceps with Teeth Used For?
If you only remember one sentence, remember this: Adson forceps with teeth are precision instruments used by surgeons to “hold tissue so it does not slip away.”
Their 1×2 toothed tips provide much stronger grip than ordinary forceps, making them useful in almost any surgical situation that requires fine soft tissue control.
From dermatologic suturing to dental implant surgery and plastic surgical flap handling, Adson tissue forceps are everywhere.
Below, we will break down their four core uses by specialty and procedure type.
Skin and Soft Tissue Handling
This is the most classic and most frequently used application of Adson surgical forceps.
In skin and soft tissue handling, doctors need to repeatedly grasp, lift, and align tissue. Toothed Adson forceps are almost the standard instrument for these tasks.
Holding Skin Edges
Before suturing, the doctor needs to accurately align the skin edges on both sides of the wound. The fine tips of Adson forceps can enter beneath the skin and firmly hold the skin edge in place, allowing the other hand to pass the needle and suture calmly.
Non-toothed forceps are clearly less effective here. Once the skin surface is covered with blood or tissue fluid, smooth tips can easily slip.
Wound Closure
During wound closure after debridement, Adson forceps continuously pull the tissue and ensure that the wound edges fit closely together. The additional friction provided by the teeth allows the doctor to maintain a stable grip without repeatedly adjusting force.
Suturing Assistance
In delicate suturing, such as facial suturing or hand tendon repair, Adson forceps act like a “third hand.” They hold one side of the tissue so that the needle and thread can pass through accurately, greatly improving suturing efficiency and aesthetic results.
Dental Surgical Procedures
Oral surgery is another major field where Adson forceps with teeth are widely used.
The oral cavity is narrow, tissue is wet and slippery, and procedural accuracy is extremely demanding. This is exactly the environment where toothed Adson forceps show their strengths.
Tooth Extraction
During tooth extraction, especially impacted tooth extraction or fragment removal, the doctor needs to use Adson forceps to hold gingival tissue and pull it to the side to fully expose the surgical field. The teeth ensure that tissue does not slip from the tips in the wet oral environment.
Implant Placement
In implant surgery, Adson forceps are used to precisely control the position of the soft tissue flap and protect the implant area from contamination. Their fine tips can enter narrow spaces around the implant site for precise tissue separation and positioning.
GBR Procedures
In guided bone regeneration procedures, precise management of the periosteum and soft tissue flap is crucial. The toothed design of Adson forceps allows the doctor to firmly stabilize the soft tissue flap without damaging the periosteum, helping ensure accurate placement of the barrier membrane.
Flap Reflection and Repositioning
This is one of the most demanding operations for forceps in oral surgery. The doctor needs to reflect the gingival mucoperiosteal flap, expose the bone surface, and then reposition the flap accurately after the procedure. The 1×2 teeth of Adson forceps provide just the right amount of grip: firm enough, but not so aggressive that they tear the delicate mucosal tissue.
Periodontal Surgery
The requirement for instruments in periodontal surgery can be summarized in one word: extreme precision.
Gingival tissue is thin and fragile, and any rough manipulation may cause irreversible tissue damage. Adson tissue forceps achieve a balance between “firm grip” and “gentle handling.”
Gingival Flap Management
In periodontal flap surgery, the doctor needs to separate the gingival flap from the bone surface and reflect it laterally. The fine tips and teeth of Adson forceps allow the instrument to enter precisely along the gingival sulcus and gently but firmly control the direction and tension of the gingival flap.
Tissue Stabilization
During periodontal surgery, sutures or bone graft materials often need to be placed in the surgical area. Adson forceps stabilize the soft tissue throughout the procedure and prevent tissue movement from affecting surgical accuracy. Here, the teeth act as an anchor, keeping the tissue exactly where it should be.
Oral and Maxillofacial Surgery
When the surgical field expands from the oral cavity to the maxillofacial region, the requirements for instruments also increase.
In oral and maxillofacial surgery, the value of Adson surgical forceps is not only that they can “hold firmly,” but also that they help surgeons achieve two higher-level goals.
Precise Tissue Control
Maxillofacial surgery involves layered handling of muscle, fascia, skin, and other tissues. The fine tips of Adson forceps allow the doctor to separate and manipulate superficial soft tissue layer by layer without damaging deeper structures. This level of precise control cannot be replaced by forceps with bulky tips.
Improved Visibility
This point is often overlooked, but it is extremely important.
In maxillofacial surgery, the surgical field is often blocked by soft tissue. Adson forceps can continuously pull tissue laterally, creating a clear working window for the surgeon. The teeth ensure that the tissue does not rebound or slip during traction, keeping the surgical field stable and clear.
So, what are Adson forceps with teeth used for?
The answer is simple: they are suitable for any situation that requires firm control of soft tissue in a wet, narrow, and precise environment. From skin suturing to implant surgery, from periodontal flap procedures to oral and maxillofacial surgery, these small toothed forceps are one of the surgeon’s most reliable precision grasping tools.
Why Do Adson Forceps Have Teeth?
When many people first see the tiny teeth at the tips of Adson forceps, they wonder: why add teeth? Wouldn’t smooth tips be more “gentle”?
In fact, the purpose of these teeth is not to “damage” tissue. Quite the opposite. They exist so that you can achieve a more stable grip with less force.
There is a very clear design logic behind this. Below, we will explain why the toothed design of Adson forceps with teeth is so effective from four perspectives.
Enhanced Tissue Grip
Smooth forceps tips grasp tissue entirely through friction. In other words, the greater the pressure applied to the tissue, the stronger the grip.
But the problem is this: the greater the pressure, the greater the tissue damage. This creates a dead loop.
The 1×2 toothed design of Adson forceps breaks this loop.
The teeth act like tiny anchors. When the tips close, the teeth slightly engage the tissue surface and create a mechanical interlock, rather than relying only on pressure and friction.
This means you do not need to use great force to obtain enough grip.
This is the first reason why toothed Adson tissue forceps are preferred in clinical practice. They make “holding firmly” and “causing less trauma” no longer contradictory.
Reduced Slippage During Suturing
One of the most frustrating problems during suturing is tissue slipping.
Tissues in the surgical field are always wet, with blood, tissue fluid, or irrigation fluid. In such an environment, the friction of smooth forceps tips drops significantly, and tissue may slip out at any time.
Once slipping occurs, the doctor may need to readjust, wasting time. In more serious cases, it may cause suture misalignment and poor postoperative healing.
The teeth of Adson surgical forceps solve this problem.
The teeth provide additional mechanical grip on wet surfaces. Even when tissue is covered with fluid, the teeth can still “bite” into the tissue and maintain stable grasping.
During long suturing procedures, this reduced slippage improves not only efficiency but also surgical quality.
Improved Surgical Precision
The core of surgery is precision.
The premise of precision is that the instrument in your hand can do exactly what you want. The tissue you grasp must stay exactly where you want it, without any shifting.
The toothed design of Adson forceps essentially improves the certainty of control.
When you use toothed forceps to hold a skin edge before suturing, the teeth ensure that the tissue will not shift because of slight hand tremors or tissue recoil.
This improved surgical precision is especially important in the following situations:
Facial fine suturing, where even a one-millimeter shift can affect the cosmetic result.
Soft tissue flap positioning during implant surgery, where deviation may lead to implant exposure.
Gingival flap control in periodontal surgery, where displacement may cause periosteal tearing.
In this sense, teeth are not a symbol of roughness. They are a guarantee of precision.
Minimal Compression Damage Compared with Excessive Force
This is something many doctors may overlook, but it is the deeper logic behind the toothed design.
If you use smooth, non-toothed forceps to grasp wet and slippery tissue, you will instinctively increase your grip force because you know the tissue may slip.
But what is the cost of increasing force? Tissue is excessively compressed.
Excessive compression may lead to:
Tissue edge ischemia and necrosis.
Poor tissue approximation after suturing.
Widened postoperative scars.
The teeth of Adson forceps with teeth allow you to achieve a stable grip without applying excessive force.
In other words, the teeth allow you to use less force to achieve the same or even better result, while the tissue experiences less pressure.
This is why many surgeons say that “toothed Adson forceps can actually be gentler than non-toothed forceps.”
It is not because the teeth themselves are gentle, but because they prevent you from needing to use brute force.
What Is the Difference Between Toothed Forceps and Adson Forceps?
This is the most easily confused part of the topic.
Many people treat “toothed forceps” and “Adson forceps” as the same thing, while others think they are completely different.
The truth is that they overlap, but they are not the same.
The table below explains the key differences clearly.
| Feature | Adson Forceps with Teeth | Standard Toothed Forceps |
|---|---|---|
| Size | Smaller, usually about 12.5–15 cm long, with very fine tips | Larger, usually 15–20 cm, with thicker tips |
| Precision | Very high, with 1×2 teeth for fine control | Moderate, with larger teeth and lower control precision |
| Dental Use | Excellent for oral surgery, implant surgery, and periodontal surgery | Limited, more often used in general surgery |
| Tissue Handling | Fine tissue, such as skin, mucosa, and thin flaps | General tissue, such as subcutaneous tissue, fascia, and thicker flaps |
| Common Procedures | Oral surgery, fine suturing, and minimally invasive procedures | General surgery, abdominal surgery, and general tissue grasping |
As shown in the table, Adson forceps with teeth are the “precision-specialized version” of the toothed forceps family. They are smaller, finer, and more precise, designed specifically for delicate soft tissue handling.
Standard toothed forceps, on the other hand, are more general-purpose instruments, suitable for general surgical situations where high precision is not required.
Not All Toothed Forceps Are Adson Forceps
This is the key sentence for understanding the relationship between the two. Please remember it:
Adson is a specific design, while toothed forceps are a broader category.
In other words:
All Adson forceps with teeth are toothed forceps.
But not all toothed forceps are Adson forceps.
It is like saying, “All apples are fruits, but not all fruits are apples.”
Adson forceps with teeth have their own identifying features:
1×2 tooth configuration.
Spring-action handle.
Fine tips, about 1 mm wide.
Serrated gripping area.
Typical length of 12.5–15 cm.
Other toothed forceps on the market may have different tooth configurations, such as 2×3, thicker tips, different handles, or longer lengths. They are all called toothed forceps, but they are not necessarily Adson forceps.
So, when selecting or using an instrument, be clear:
If you need an instrument for oral surgery, fine suturing, or thin tissue manipulation, choose Adson forceps with teeth.
If you need general tissue grasping in general surgery, standard toothed forceps may be enough.
Choosing the right tool is the only way to perform the right surgery. This is not a slogan, but a principle every surgeon should remember.
Adson Forceps with Teeth vs Without Teeth
Choosing the right forceps means the surgery is already halfway to success.
But the question is: should you choose Adson forceps with teeth or non-toothed Adson forceps? Many doctors rely on experience and habit in actual procedures, but few can clearly explain the logic behind the choice.
In fact, the answer is not complicated. The key depends on what tissue you are grasping and in what situation you are operating.
The table below helps you make the correct decision quickly.
| Situation | Recommended Type | Why |
| Suturing Skin | With Teeth | The teeth provide stable grip and prevent wet tissue from slipping during suturing. |
| Gingival Flap Surgery | With Teeth | Continuous traction of the gingival flap is required, and the teeth ensure it does not loosen during long procedures. |
| Delicate Tissue Handling | Without Teeth | Smooth tips reduce marks and micro-tears, protecting fragile tissue integrity. |
| Dressing Changes | Without Teeth | The dressing forceps-style design is gentler when handling dressings and does not damage new tissue. |
| Implant Surgery | With Teeth | The oral environment is wet and slippery, and the teeth ensure accurate positioning of the soft tissue flap during surgery. |
In one sentence: choose the toothed version when you need to “hold firmly,” and choose the non-toothed version when you need to “hold gently.”
This is not guesswork. It is a scientific choice based on tissue characteristics and procedural needs.
How to Use Adson Forceps Safely
Choosing the right forceps is only the first step. How you use them is what determines surgical quality.
Even a top-quality pair of Adson tissue forceps can cause unnecessary tissue damage if used incorrectly.
The following four safety principles should be remembered by every surgeon.
Hold Tissue Gently
This is the most basic rule, and also the one most easily overlooked.
Many doctors habitually apply too much force when grasping tissue, especially when the surgical field is unclear or visibility is limited.
But remember: the toothed design of Adson forceps with teeth already provides enough gripping power. You do not need to add extra force.
The correct method is:
Let the teeth gently “bite” the tissue, rather than forcefully “pressing” the tissue.
Use only enough force to prevent tissue from slipping, not enough to deform the tissue.
Gentleness is the foundation of precision.
Avoid Excessive Pinching
Excessive pinching is one of the main causes of postoperative tissue necrosis.
When you grasp the same piece of tissue for a long time with high pressure, local blood flow may be blocked, leading to ischemia or even necrosis.
When using Adson surgical forceps, follow one simple rule:
Release the tissue once every 30–60 seconds to allow blood flow to recover.
Especially during suturing, do not keep the forceps “biting” the skin edge continuously. Grasp, align, release, pass the needle, and then grasp again. This is the correct rhythm.
Match the Instrument to the Tissue Type
We have emphasized this several times, but it is worth repeating.
Different tissues require different forceps.
| Tissue Type | Recommended Forceps | Reason |
| Skin, thicker and requiring suturing | Adson with Teeth | The teeth provide stable grip and prevent slipping during suturing. |
| Oral mucosa, thin and wet | Adson with Teeth | The teeth counter the wet environment and ensure stable traction. |
| Conjunctiva or dura mater, extremely thin and fragile | Adson without Teeth | Smooth tips prevent tooth-related damage. |
| New granulation tissue | Adson without Teeth | Avoid tearing fragile new tissue with teeth. |
Match the instrument to the tissue type. This sentence should be posted on the wall of every operating room.
Maintain Sharp and Clean Tips
This principle is about instrument maintenance, but it directly affects surgical safety.
If the teeth of Adson forceps with teeth are blocked by blood, tissue debris, or disinfectant residue, the gripping force will drop significantly.
More dangerously, contaminated teeth may carry bacteria or foreign matter into the wound when grasping tissue, increasing the risk of infection.
Before and during each surgery, make sure to:
Wipe the tips with sterile gauze to ensure the teeth are clean and free of residue.
Check whether the teeth are worn or deformed. Worn teeth not only reduce gripping power but may also scratch tissue.
Clean, disinfect, dry, and store the instrument promptly after surgery to prevent corrosion.
A clean pair of forceps is a safe pair of forceps.
Choosing the Right Adson Forceps for Dental Procedures
Dental surgery places stricter demands on instruments than general surgery.
The space is smaller, the tissue is wetter and more slippery, and the precision requirements are higher. This means the Adson forceps with teeth in your hand must truly perform well.
When choosing forceps, focus on the following five factors.
Material Quality
The oral environment is wet and acidic, which places high demands on corrosion resistance.
High-quality Adson tissue forceps should be made of medical-grade stainless steel, such as 304 or 316L stainless steel, with excellent corrosion resistance and mechanical strength.
Low-cost forceps often use ordinary carbon steel. After only a few uses, they may develop rust spots and worn teeth, affecting performance and increasing infection risk.
In oral surgery, material quality is not a bonus. It is the baseline.
Tungsten Carbide Options
If you want maximum wear resistance, tungsten carbide tips are currently a top-level option.
The hardness of tungsten carbide is 3–4 times that of stainless steel. This means:
The teeth are much less likely to wear, greatly extending the service life.
The tips can be made finer and sharper, improving operational precision.
The gripping force remains stable even after long-term use.
Of course, tungsten carbide forceps are more expensive. But for clinics that frequently use oral surgical instruments, they may be more economical in the long run.
Stainless Steel Construction
For most routine oral procedures, high-quality stainless steel remains the most common and cost-effective choice.
Pay attention to the following:
Whether 316L medical-grade stainless steel is specified, as it has better corrosion resistance than 304.
Whether the spring handle has undergone fatigue testing to ensure it does not loosen after long-term use.
Whether the teeth are integrally formed rather than welded later. Welded teeth are more likely to loosen or detach.
CE Certification
If your clinic serves an international market, or if you have strict requirements for instrument quality, look for CE certification.
CE certification means the forceps comply with the safety and performance standards of the EU Medical Device Regulation and have undergone independent third-party testing.
Forceps without CE certification are not necessarily unusable, but you cannot confirm whether their materials, workmanship, and safety truly meet the required standard.
When patient safety is involved, certification is not a formality. It is protection.
Ergonomic Grip
Oral surgery often lasts for several hours, and grip comfort directly affects the surgeon’s operational stability.
High-quality Adson surgical forceps will optimize the gripping area ergonomically:
The spacing and depth of the serrations are designed to ensure a secure grip even when wearing gloves.
The spring handle has moderate rebound force, reducing fatigue during long procedures.
The overall weight is controlled at 20–30 g, making the forceps lightweight while maintaining a solid feel.
Do not underestimate these details. A comfortable pair of forceps can help you maintain the same precision in the fourth hour of surgery as you had in the first hour.
Conclusion
Let’s return to the three questions we asked at the beginning.
What are Adson forceps with teeth used for?
The answer is: they are suitable for any situation that requires firm soft tissue control in a wet, narrow, and precise environment. From skin suturing to implant surgery, from periodontal flap procedures to maxillofacial surgery, they are one of the most reliable precision grasping tools in the surgeon’s hand.
Do Adson forceps have teeth?
They can, and they can also be without teeth. The toothed version is mainstream in clinical practice, while the non-toothed version also has irreplaceable uses. Choosing the right version is more important than choosing the right brand.
What is the difference between toothed forceps and Adson forceps?
Toothed forceps are a large category, while Adson forceps are one of the most precise specialized designs within that category. All toothed Adson forceps are toothed forceps, but not all toothed forceps are Adson forceps.
Once you understand this, the next time you walk into the operating room, you will be able to pick up the right forceps faster and more accurately.
Because in surgery, choosing the right tool is never a small matter. It directly determines surgical precision and the amount of trauma the tissue must endure.
Choose the right forceps, perform the right surgery. This is not a slogan, but a principle every surgeon should remember.
