Dental Forceps Numbering Chart Explained (The Complete #1, #150, #88L/R & Universal Guide)

Dental forceps numbering is a standardized code that identifies the arch, tooth type, and beak design of an extraction forceps. Each number tells the clinician whether the instrument is for maxillary (upper) or mandibular (lower) teeth, which tooth group it fits (incisor, canine, premolar, or molar), and how the beaks engage the tooth. The most-used numbers are the universal #150 (upper) and #151 (lower); molar work uses paired numbers such as #18R/#18L, #53R/#53L, and #88R/#88L; and root fragments use bayonet forceps such as #65, #69, and #286. This guide maps the entire system, explains every major number, and shows how to read, compare, buy, and maintain the instruments.

A dental forceps number encodes three facts the arch (upper or lower), the target tooth type, and the beak geometry. Universal forceps (#150 upper, #151 lower) cover single-rooted teeth; specific and paired forceps (#88R/L, #53R/L, #23 cowhorn) match multi-rooted molars; bayonet forceps (#65, #69, #286, #210) reach roots and third molars.

Table of Contents

1. What Is Dental Forceps Numbering?

2. Why Do Dental Forceps Have Numbers?

3. History of Dental Forceps Numbering

4. American vs European Numbering Systems

5. How to Read a Forceps Number

6. Left, Right, and Universal Forceps

7. The Complete Dental Forceps Numbering Chart

8. Every Important Forceps Number Explained

9. Upper Forceps Number Chart

10. Lower Forceps Number Chart

11. Specialty Guides (Pediatric, Cowhorn, Root, Anterior, Premolar, Molar, Wisdom, Surgical)

12. Differences Between Similar Numbers (150 vs 151, 88R vs 88L, and more)

13. How Clinicians Choose the Correct Forceps

14. Maintenance, Sterilization, and Replacement

15. How to Buy Dental Forceps

16. Frequently Asked Questions (30+)

17. Schema, Internal Links, and Resources

What Is Dental Forceps Numbering?

Dental forceps numbering is the classification system that assigns a number to each extraction forceps based on the arch it serves, the tooth type it grips, and the shape of its beaks. A forceps number is a shorthand: "#150" communicates a universal maxillary forceps for anteriors and premolars, while "#23" communicates a mandibular molar cowhorn forceps. The system lets a dentist, oral surgeon, or dental assistant identify the correct instrument instantly, request it by name, and stock a tray without ambiguity.

Dental forceps are hinged extraction instruments with two working beaks, a hinge (box lock or joint), a shank, and two handles. The beak grasps the root of the tooth at the cementoenamel junction, the hinge transmits force, and the handle delivers the operator's grip. The number describes how those beaks are angled and contoured relative to a specific tooth. Because tooth roots differ single conical roots on incisors, bifurcated roots on lower molars, trifurcated roots on upper molars each beak geometry earns its own number.

The numbering system belongs to a larger family of dental instrument classification alongside elevators, luxators, and periotomes. Where elevators wedge and luxate a tooth within the periodontal ligament, forceps grasp and deliver the tooth from the alveolar socket. The number is the fastest way to match the instrument to the tooth.

Why Do Dental Forceps Have Numbers?

Dental forceps have numbers so clinicians can identify and communicate the exact instrument for a specific tooth without describing its design each time. A number replaces a long anatomical description with a single reference that manufacturers, distributors, dental schools, and operatories all share.

The numbering system delivers five practical benefits:

• Speed of selection. A surgeon calls for "88 right" instead of "the upper right molar forceps with pointed buccal beaks."
• Purchasing accuracy. A distributor orders "#150 and #151" and receives predictable geometry across brands.
• Teaching clarity. Dental schools teach extraction by number, so students learn one vocabulary that transfers between clinics.
• Tray standardization. Sterilization and setup staff assemble extraction trays by number, reducing errors.
• Inventory control. Clinics track wear and replacement by number and manufacturer catalog code.

The number is a communication tool first and a design descriptor second. It reduces cognitive load during a procedure and removes ambiguity from the supply chain.

History of Dental Forceps Numbering

Dental forceps numbering evolved from 19th- and 20th-century instrument catalogs, where American manufacturers assigned sequential numbers to standardized beak patterns. The numbers were never a single official registry; they grew out of catalog conventions that the profession adopted through repetition until they became a de facto standard.

Extraction instruments predate numbering by centuries the "dental pelican" and the "tooth key" were used from the medieval period into the 1800s before modern forceps replaced them. As metallurgy and manufacturing improved in the late 1800s, makers produced consistent beak patterns and needed a way to catalog them. Sequential and pattern-based numbers followed. Several patterns still carry the surname of the clinician or maker who popularized them the #17 "Harris," the #88 "Nevius," the #23 "cowhorn," and the #89/#90 "Cook" showing the eponymous roots of the system.

Two broad conventions emerged: the American pattern, using a horizontal hinge and straight handles, and the English (European) pattern, using a vertical hinge and pistol-grip handles. Modern manufacturers such as Hu-Friedy, Premier, and specialist producers including Hunza Dental preserve the historical numbers while refining materials, serrations, and ergonomics. The numbers persist because the profession memorized them; the steel behind them keeps improving.

American vs European Numbering Systems

The American numbering system uses horizontal-hinge forceps identified by numbers such as #150, #151, #23, and #88, while the European (English) system uses vertical-hinge forceps often identified by pattern names and letters rather than the same numerals. Both systems extract the same teeth; they differ in hinge orientation, handle grip, and how the beaks meet the root.

Some numbers appear across both traditions with modifications — for example, Hu-Friedy lists "European Style" versions of the #22, #67, #73, and #79. Because the two traditions overlap and manufacturers add proprietary variants, a number alone does not guarantee identical geometry between brands. Always confirm beak design against the manufacturer's specification sheet. This guide uses the American numbering convention as its reference, since it is the most widely searched and taught internationally.

How to Read a Forceps Number?

To read a dental forceps number, decode three layers: the base number (arch and tooth group), the letter suffix (side or specialty), and any pediatric or pattern marker. Once these layers are understood, most numbers become self-explanatory.

Layer 1 The base number

The base number places the forceps in an arch and a tooth group. As a working heuristic within the American convention:

• Low numbers and #150 → upper (maxillary) anteriors and premolars.
• #151 and the 100-series lowers → lower (mandibular) anteriors and premolars.
• Molar numbers travel in families — #18, #53, #88 for upper molars; #16, #17, #23 for lower molars.
• 200-series (#210, #222) → third molars (wisdom teeth).

Layer 2 The letter suffix

Suffix letters modify the base number:

• R / L → right or left quadrant (paired molar forceps such as #18R/#18L, #53R/#53L, #88R/#88L).
• A → an "apical" or premolar-adapted variant with beaks that reach slightly deeper or grip a narrower crown (e.g., #150A, #151A).
• S → a pediatric ("small") version for primary teeth (e.g., #150S, #151S, #16S).
• X, K, IS, XAS → manufacturer-specific pattern codes (split-beak, atraumatic, "Atlas," serrated pedo, etc.).

Layer 3 Pattern and eponym

Many numbers carry a maker or clinician name that signals a design: "Harris" (#17), "Nevius" (#88), "Cook" (#89/#90), "cowhorn" (#16, #23). The eponym is a memory aid for the beak's function.

Worked example: #88L reads as upper molar (88 family), left quadrant (L), Nevius pattern with long pointed beaks for the buccal bifurcation. #150S reads as universal maxillary forceps (150), small/pediatric (S) for primary anteriors and molars.

Left, Right, and Universal Forceps

Universal forceps extract teeth in both quadrants of one arch, while left/right forceps are mirror-image pairs designed for a single quadrant. The distinction matters most for multi-rooted molars, whose root positions differ between the left and right sides.

Universal forceps

A universal forceps is symmetrical enough to work on both the left and right sides of an arch. The #150 is the universal upper forceps for incisors, canines, and premolars; the #151 is the universal lower forceps for the same tooth groups. Universal molar options exist too  the #23 cowhorn and #17 serve lower molars on either side, and the #210 bayonet serves both upper third molars.

Left and right forceps

Left and right forceps come as mirror-image pairs because upper molars have a trifurcated root system (two buccal roots, one palatal), and the buccal furcation sits on opposite sides depending on the quadrant. To seat a pointed beak into that buccal furcation, the instrument must be handed:

• #88R / #88L  Nevius upper molars, right and left.
• #53R / #53L  upper molars, right and left.
• #18R / #18L  Harris upper molars, right and left.

A right-side forceps used on a left-side tooth cannot seat its pointed beak correctly, which reduces grip and increases the risk of crown fracture. Handedness is a functional requirement, not a preference.

The Complete Dental Forceps Numbering Chart

The table below maps the most widely used American-pattern extraction forceps by number, arch, tooth type, and clinical use. Numbering can vary by manufacturer; confirm beak geometry against the maker's specification sheet before purchase.

Every Important Forceps Number Explained

Each entry below states the purpose, tooth extracted, arch, design, clinical advantages, typical users, and alternative names.

#1 Upper Universal Anterior Forceps

The #1 forceps grasps single-rooted maxillary anterior teeth. Purpose: routine extraction of upper incisors and canines. Tooth extracted: upper incisors and canines. Arch: upper. Design: nearly straight beaks that meet, matching the conical single root. Clinical advantages: simple rotational delivery for round roots. Typical users: general dentists, students. Alternative names: upper straight anterior forceps.

#99C Upper Anterior Forceps

The #99C is a narrow-beak upper anterior forceps for incisors and canines. Purpose: precise grip on maxillary anteriors. Arch: upper. Design: straight, slim beaks for fine tactile control. Advantages: control during luxation and rotation. Users: general dentists, oral surgeons. Alternative names: upper incisor forceps.

#150 Upper Universal Forceps

The #150 is the universal maxillary forceps and one of the two most-used extraction instruments in dentistry. Purpose: extraction of upper incisors, canines, and premolars. Arch: upper. Design: a slight "S" curve in the shank clears the lower lip and jaw; beaks conform to the crown and grip the buccal and palatal surfaces. Advantages: single instrument covers most single-rooted upper extractions. Users: every operatory. Alternative names: Cryer universal, upper universal.

#150A Upper Premolar Forceps

The #150A is a premolar-adapted version of the #150 whose beaks do not fully meet. Purpose: focused grip on upper premolars and apical fragments. Arch: upper. Design: parallel, non-meeting beaks reach the narrower premolar crown and root. Advantages: better seat on premolars and weakened roots than the standard #150. Users: general dentists, surgeons. Alternative names: 150 apical.

#150S Upper Pediatric Universal Forceps

The #150S is the small (pediatric) version of the #150 for primary upper teeth. Purpose: deciduous maxillary extractions. Arch: upper. Design: smaller beaks and shorter shank sized to a child's mouth. Advantages: atraumatic grip on primary crowns. Users: pediatric dentists. Alternative names: pedo 150.

#10S Upper Molar Forceps

The #10S grasps maxillary molars with broad, contoured beaks. Purpose: upper first and second molar extraction. Arch: upper. Design: wide beaks that adapt to the molar crown. Advantages: general molar coverage. Users: general dentists. Alternative names: upper molar forceps.

#18R and #18L Harris Upper Molar Forceps

The #18R and #18L are handed Harris forceps for maxillary right and left molars. Purpose: quadrant-specific upper molar extraction. Arch: upper. Design: thumb-hook handle; beaks conform to the trifurcated upper molar roots, with the pointed beak seating into the buccal furcation on the correct side. Advantages: secure multi-root grip. Users: oral surgeons, general dentists. Alternative names: Harris forceps.

#53R and #53L Upper Molar Forceps

The #53R and #53L are handed upper molar forceps with one pointed buccal beak and one rounded palatal beak. Purpose: right/left maxillary first and second molar extraction. Arch: upper. Design: the pointed beak engages the buccal bifurcation; the rounded beak cups the single palatal root. Advantages: efficient purchase on trifurcated roots. Users: general dentists, surgeons. Alternative names: upper molar R/L.

#67 Upper Molar Forceps

The #67 grasps upper molars and is offered in atraumatic and European-style variants. Purpose: maxillary molar extraction. Arch: upper. Design: broad contoured beaks. Advantages: general molar grip with atraumatic finishing on some models. Users: general dentists. Alternative names: upper molar 67.

#88R and #88L Nevius ("Upper Cowhorn") Forceps

The #88R and #88L are handed Nevius forceps with long, slender pointed beaks that reach deep into the buccal bifurcation of upper molars. Purpose: difficult right/left maxillary molar extraction. Arch: upper. Design: extended pointed beaks for deep furcation engagement the maxillary counterpart to the lower cowhorn concept. Advantages: strong grip on damaged or deeply seated molars. Users: oral surgeons. Alternative names: upper cowhorn, Nevius forceps.

#89 and #90 Cook Upper Posterior Forceps

The #89 (right) and #90 (left) are handed Cook-pattern bayonet forceps for the upper posterior region. Purpose: quadrant-specific grasp of upper premolars/molars in the posterior maxilla. Arch: upper. Design: bayonet reach for posterior access, supplied as a mirror-image pair. Advantages: posterior reach with handed geometry. Users: oral surgeons. Alternative names: Cook forceps. (Beak specifics vary by manufacturer; confirm on the spec sheet.)

#65 Upper Root Tip Forceps

The #65 is a bayonet forceps for retrieving maxillary root tips and fragments. Purpose: remove broken roots and hard-to-reach maxillary anterior fragments. Arch: upper. Design: narrow bayonet beaks that pass between overlapping teeth. Advantages: access where standard beaks cannot seat. Users: surgeons, general dentists. Alternative names: bayonet root forceps.

#69 Root Tip Forceps (Both Arches)

The #69 is a fine-beak fragment forceps used for overlapping anterior roots in both the maxilla and mandible. Purpose: retrieve root tips in either arch. Arch: both. Design: slim narrow beaks. Advantages: single instrument for fragment retrieval across arches. Users: general dentists, surgeons. Alternative names: fragment forceps.

#286 Root Fragment Bayonet Forceps

The #286 is a long, slim bayonet forceps for deep apical root retrieval in the maxilla. Purpose: grasp deeply seated root fragments. Arch: upper. Design: extended bayonet beaks reach the apical region. Advantages: retrieves fragments beyond the reach of the #65. Users: oral surgeons. Alternative names: bayonet apical forceps.

#210 Upper Third Molar Forceps

The #210 is a universal bayonet forceps for upper third molars in both quadrants. Purpose: wisdom tooth extraction in the posterior maxilla. Arch: upper. Design: bayonet bend for posterior access; symmetrical enough for left and right. Advantages: single instrument for both upper wisdom teeth. Users: oral surgeons. Alternative names: upper third molar bayonet.

#151 Lower Universal Forceps

The #151 is the universal mandibular forceps and the lower-arch counterpart to the #150. Purpose: extraction of lower incisors, canines, and premolars. Arch: lower. Design: a near-90° angle between beaks and handles keeps the operator's wrist straight while applying apical pressure; beaks grip the buccal and lingual surfaces. Advantages: covers most single-rooted lower extractions. Users: every operatory. Alternative names: lower universal.

#151A Lower Premolar Forceps

The #151A is a premolar-adapted #151 with beaks that do not fully meet. Purpose: focused grip on lower premolars and rotated or fractured teeth. Arch: lower. Design: parallel non-meeting beaks. Advantages: better seat on premolars than the standard #151. Users: general dentists. Alternative names: 151 apical.

#151S Lower Pediatric Universal Forceps

The #151S is the small (pediatric) #151 for primary lower teeth. Purpose: deciduous mandibular extractions. Arch: lower. Design: reduced beak and shank size. Advantages: atraumatic grip in small mouths. Users: pediatric dentists. Alternative names: pedo 151.

#101 Lower/Deciduous Universal Forceps

The #101 is a universal bird-beak forceps for deciduous teeth and lower anteriors. Purpose: primary teeth and mandibular anterior extraction. Arch: lower. Design: universal bird-beak geometry. Advantages: versatile primary-tooth grip. Users: pediatric and general dentists. Alternative names: bird-beak universal.

#103 Lower Anterior/Premolar Forceps

The #103 has straight handles and beaks for lower anteriors and premolars. Purpose: single-rooted lower extraction with a straight design. Arch: lower. Design: straight handles and beaks. Advantages: direct line of force for accessible teeth. Users: general dentists. Alternative names: lower straight forceps.

#74 Lower Anterior/Root Forceps

The #74 is a universal bird-beak forceps for lower anteriors and root tips. Purpose: mandibular anterior and fragment grip. Arch: lower. Design: fine universal beaks. Advantages: dual use for anteriors and roots. Users: general dentists. Alternative names: bird-beak lower.

#73 and #79 European-Style Lower Molar Forceps

The #73 and #79 are serrated European-style forceps for lower molars. Purpose: mandibular molar extraction with serrated grip. Arch: lower. Design: serrated beaks for crown purchase. Advantages: firm hold on molar crowns. Users: clinicians using European-pattern trays. Alternative names: European lower molar forceps.

#15 and #17 Harris Lower Molar Forceps

The #15 and #17 are the same Harris design with a bidentate beak that seats into the mandibular molar bifurcation #15 has curved handles, #17 has straight handles. Purpose: lower first and second molar extraction. Arch: lower. Design: each beak carries a central pointed projection that fits the buccal/lingual furcation. Advantages: stable multi-root grip. Users: general dentists, surgeons. Alternative names: Harris forceps.

#16 — Lower Cowhorn Forceps

The #16 is a cowhorn forceps whose pointed beaks engage the bifurcation of lower molars. Purpose: mandibular molar extraction and elevation. Arch: lower. Design: two sharp beaks (resembling horns) plus a thumb hook; seated into the furcation, they generate elevating force. Advantages: mechanical advantage on bifurcated roots. Users: oral surgeons. Alternative names: lower cowhorn.

#23 Cowhorn Forceps

The #23 is the classic cowhorn forceps for lower molars, delivered with a pump-handle motion from the bifurcation. Purpose: mandibular first and second molar extraction. Arch: lower. Design: sharp pointed beaks that wedge into the furcation and lift the tooth as the handles close. Advantages: powerful elevation from the furcation, often without an elevator. Users: oral surgeons, general dentists. Alternative names: cowhorn forceps.

#222 Lower Third Molar Forceps

The #222 is a short-beak forceps for mandibular third molars. Purpose: lower wisdom tooth extraction. Arch: lower. Design: compact geometry for the tight posterior mandible. Advantages: access where longer forceps cannot seat. Users: oral surgeons. Alternative names: lower third molar forceps.

A Note on Variable and Legacy Numbers (#2, #3, #4, #6, #7, #8, #13, #33, #75, #86)

Several lower numbers appear in older, regional, or manufacturer-specific catalogs, and their arch and tooth assignments are not consistent across brands. Numbers such as #2, #3, #4, #6, #7, #8, #13, #33, #75, and #86 surface in legacy European patterns and individual manufacturer lines rather than in the universally standardized American set above. Because their beak geometry varies by maker, this guide does not assign them a fixed clinical use doing so would risk mismatching an instrument to a tooth. Before ordering any of these, confirm the exact beak design, arch, and tooth indication on the manufacturer's specification sheet. Hunza Dental can supply verified specifications for any legacy or custom number on request.

Upper Forceps Number Chart

Upper (maxillary) forceps are straight or slightly S-curved so the handles clear the lower jaw, and their beaks align with the buccal and palatal surfaces of upper teeth. The maxillary molar's trifurcated root (two buccal, one palatal) is why upper molar forceps come in handed pairs.

---

Lower Forceps Number Chart

Lower (mandibular) forceps have a sharp angle between the beaks and handles so the operator can apply vertical apical force with a straight wrist. The mandibular molar's bifurcated root (one mesial, one distal) is why cowhorn (#16, #23) and bidentate (#15, #17) beaks work so well.

---

Specialty Forceps Guides

Universal Forceps Guide

Universal forceps extract single-rooted teeth on both sides of one arch, making them the highest-utility instruments on any tray. The #150 covers upper anteriors and premolars; the #151 covers lower anteriors and premolars. A #150/#151 pair handles the majority of routine single-rooted extractions before any tooth-specific forceps is needed.

Pediatric Forceps Numbers

Pediatric forceps carry an "S" suffix and are scaled down for primary teeth and small mouths. Core pediatric numbers include #150S (upper universal), #151S (lower universal), #16S (lower cowhorn), and pattern-coded pedo variants such as the split-beak #150XAS and #151XAS. Their smaller beaks reduce trauma to primary crowns and developing tissue.

Cowhorn Forceps Numbers

Cowhorn forceps have two sharp pointed beaks that seat into a molar's furcation and lift the tooth as the handles close. The #23 is the classic lower cowhorn; the #16 is a thumb-hook lower cowhorn; and the #88R/#88L function as the upper counterpart for the buccal bifurcation of maxillary molars.

Root Forceps Numbers

Root (fragment) forceps have narrow bayonet or fine beaks to grasp retained roots and broken tips. The #65 retrieves maxillary root tips, the #69 works in both arches, and the #286 reaches deep apical fragments in the maxilla. These are essential when a crown fractures during extraction.

Anterior Forceps Numbers

Anterior forceps have straight or narrow beaks that meet, matching the conical single root of incisors and canines. Upper anteriors use #1, #99C, and #150; lower anteriors use #151, #103, and #74. Delivery is primarily rotational because the roots are round.

Premolar Forceps Numbers

Premolar forceps often have beaks that do not fully meet, to grip the narrower premolar crown and any split roots. The #150A serves upper premolars and the #151A serves lower premolars; the universal #150 and #151 also cover premolars in most cases.

Molar Forceps Numbers

Molar forceps have beaks contoured to multi-rooted anatomy pointed on the furcation side, cupped on the single-root side. Upper molars use #18R/L, #53R/L, and #88R/L; lower molars use #15/#17, #16, and #23. Handedness matters for upper molars because of their trifurcated roots.

Wisdom Tooth (Third Molar) Forceps

Third molar forceps use bayonet or short-beak geometry to reach the posterior arch. The #210 serves upper third molars in both quadrants; the #222 serves lower third molars. Impacted wisdom teeth usually require surgical elevation before a forceps can seat.

Surgical Extraction Forceps

Surgical extraction forceps combine reinforced beaks and ergonomic handles for teeth that resist simple delivery. After flap reflection and any bone removal, surgeons apply forceps such as the cowhorn #23, the bayonet #286, or handed molar forceps to grasp the remaining structure. Surgical extraction pairs forceps with elevators, luxators, and periotomes.

Differences Between Similar Numbers

#150 vs #151

The #150 is the universal upper forceps and the #151 is the universal lower forceps; the difference is the angle between the beaks and handles. The #150 has a gentle S-curve to clear the lower jaw; the #151 has a near-90° bend so the operator can push apically on lower teeth with a straight wrist. Using a #151 on upper teeth increases trauma and root-fracture risk.

#150A vs #150

The #150A is a premolar-focused #150 whose beaks do not fully meet, giving a better grip on narrower premolar crowns and weakened roots. The standard #150 is broader and more universal across anteriors and premolars, while the #150A trades some versatility for a more precise premolar and apical seat.

#88R vs #88L

The #88R and #88L are mirror images: one seats its long pointed beak into the buccal furcation of a right upper molar, the other into a left upper molar. They are not interchangeable a #88R cannot correctly engage a left molar's furcation, so grip and control drop and the crown may fracture.

#18R vs #18L

The #18R and #18L are the handed Harris upper molar pair, right and left. Like the #88 pair, handedness exists because the maxillary molar's buccal furcation sits on opposite sides in each quadrant. Match the letter to the quadrant.

#23 vs #17

Both extract lower molars, but the #23 cowhorn wedges into the bifurcation and elevates, while the #17 Harris seats a bidentate beak into the furcation for a grasping hold. The #23 delivers the tooth with a pump-handle motion, often replacing an elevator; the #17 provides a stable grip for teeth with intact crowns. Clinicians reach for the #23 on firmly rooted molars and the #17 for controlled straight-line delivery.

Universal vs Specific Forceps

Universal forceps (#150, #151) trade tooth-specific precision for broad coverage, while specific forceps (#88R/L, #23, #210) trade versatility for a superior grip on one tooth type. A well-stocked tray carries both: universals for routine single-rooted teeth and specifics for multi-rooted molars, wisdom teeth, and root fragments.

How Clinicians Choose the Correct Forceps?

Clinicians choose a forceps by matching the arch, tooth type, and root anatomy shown on the radiograph to the beak geometry encoded in the forceps number. Selection follows a repeatable logic.

How root anatomy affects forceps selection?

Root anatomy dictates beak choice. Single conical roots (incisors, canines) suit universal meeting beaks (#150, #151) delivered with rotation. Bifurcated mandibular molars suit cowhorn (#23) or bidentate (#17) beaks that seat into the furcation. Trifurcated maxillary molars suit handed forceps (#53R/L, #88R/L) whose pointed beak enters the buccal furcation. Fractured or retained roots suit narrow bayonet forceps (#65, #69, #286). The radiograph reveals root number, curvature, and any dilaceration before the forceps is selected.

The selection sequence

1. Confirm the tooth, arch, and quadrant.
2. Review the periapical radiograph for root number, shape, and proximity to vital structures.
3. Test mobility and assess crown integrity.
4. Choose the forceps number whose beak matches the root system.
5. Consider an elevator or luxator first if the tooth is firm or the crown is compromised.

Common mistakes when choosing forceps

• Using a lower forceps (#151) on an upper tooth, or vice versa, forcing the wrist and traumatizing tissue.
• Ignoring handedness on upper molars (#18/#53/#88 R vs L), which prevents the buccal beak from seating.
• Grasping the crown instead of the root at the cementoenamel junction, which fractures the crown.
• Choosing a universal forceps for a firmly rooted molar when a cowhorn would deliver it more safely.
• Applying force before adequate luxation, increasing root and alveolar fracture risk.

Clinical tips and dental school recommendations

• Seat the beaks apically along the root surface, not on the enamel.
• Expand the socket with slow, controlled buccal-lingual pressure before delivery.
• On upper molars, direct initial force toward the furcation to minimize crown breakage.
• For cowhorn forceps, place the beaks in the bifurcation and use a pump-handle motion.
• Dental schools recommend mastering the #150 and #151 first, then adding molar, cowhorn, and root forceps as case complexity grows.

Maintenance, Sterilization, and Replacement

Dental forceps last for years when cleaned, inspected, sterilized, and stored correctly, and are replaced when the beaks lose alignment or the serrations wear smooth. A maintenance routine protects both instrument performance and patient safety.

Cleaning

Rinse forceps immediately after use to prevent blood and debris from drying in the hinge and serrations. Clean ultrasonically or with an instrument washer, paying attention to the box lock and beak grooves. Dry fully before sterilization to prevent corrosion and staining.

Inspection

Inspect before every cycle. Check that beaks align and meet correctly, that serrations remain sharp, and that the hinge moves smoothly without play. Look for pitting, corrosion, or cracks near the hinge. Misaligned or worn beaks slip on the root and should be repaired or retired.

Sterilization

Sterilize forceps in an autoclave following the manufacturer's Instructions for Use (IFU). Bag or cassette instruments before the cycle, and use laser-marked hinges or cassette systems to keep sets organized. Lubricate hinges with instrument milk where the IFU permits.

Storage

Store sterilized forceps in sealed pouches or cassettes in a dry environment, organized by number so trays can be assembled quickly. Avoid stacking heavy instruments on beaks, which can bend fine tips such as those on the #65 and #286.

Replacement

Replace a forceps when beaks no longer align, serrations are smooth, or the hinge develops play all of which cause slippage during extraction. High-quality German or medical-grade stainless steel instruments delay replacement by resisting wear and corrosion, but no instrument lasts indefinitely under repeated autoclaving and load.

How to Buy Dental Forceps?

When buying dental forceps, prioritize steel grade, beak accuracy, hinge quality, ergonomics, and certification, then match the numbers to your case mix. The number tells you the application; the manufacturing tells you whether the instrument will perform and last.

What to look for?

• Steel grade  German stainless steel or medical-grade stainless steel for hardness, corrosion resistance, and edge retention.
• Beak accuracy  beaks that meet or align precisely, with clean serrations for a non-slip grip.
• Hinge quality  a smooth, play-free box lock or joint that transmits force without flex.
• Ergonomics  balanced weight and a handle that reduces operator fatigue.
• Certification  ISO-standard manufacturing, CE certification, and FDA registration where applicable.
• Finish  matte or satin finishes reduce glare; laser-marked hinges aid sterilization tracking.

German stainless steel vs medical-grade steel

German stainless steel is prized for hardness and precision machining, while medical-grade stainless steel is the broader category certified for surgical use. Both resist corrosion under repeated autoclaving; the key is verified grade and heat treatment, not marketing language.

wholesale, and bulk buying

Manufacturers such as Hunza Dental supply forceps through OEM manufacturing, private-label programs, wholesale accounts, and bulk purchasing for clinics, hospitals, schools, and distributors. OEM and private-label programs let distributors brand verified instruments; wholesale and bulk pricing serve dental service organizations, hospital procurement, and dental schools that standardize trays by number.

Why choose Hunza Dental?

Hunza Dental manufactures extraction forceps across the full numbering range in German and medical-grade stainless steel, with worldwide shipping, quality assurance, and warranty support. The catalog covers universals (#150, #151), handed molar forceps (#18R/L, #53R/L, #88R/L), cowhorns (#16, #23), root and bayonet forceps (#65, #69, #286, #210, #222), and pediatric sets with wholesale, and bulk options for buyers and distributors.

Frequently Asked Questions

What is a dental forceps numbering chart?

A dental forceps numbering chart is a reference table that lists each extraction forceps by number and maps it to an arch, tooth type, jaw, and clinical use. It lets clinicians and buyers identify the correct instrument at a glance.

What are dental forceps numbers?

Dental forceps numbers are standardized codes that identify an extraction forceps by the arch it serves, the tooth group it grips, and its beak design for example, #150 (upper universal) and #151 (lower universal).

What is the #150 dental forceps used for?

The #150 is the universal maxillary forceps used to extract upper incisors, canines, and premolars. Its slight S-curve clears the lower jaw during placement.

What is the #151 dental forceps used for?

The #151 is the universal mandibular forceps used to extract lower incisors, canines, and premolars. Its near-90° beak angle lets the operator apply apical force with a straight wrist.

What is the difference between #150 and #151 forceps?

The #150 is for upper teeth with a slight S-curve; the #151 is for lower teeth with a near-90° bend. They serve opposite arches and are not interchangeable.

What is the difference between #150 and #150A?

The #150 is a broad universal upper forceps; the #150A has beaks that do not fully meet, giving a better grip on upper premolars and weakened roots.

What are #88R and #88L forceps used for?

The #88R and #88L are handed Nevius forceps whose long pointed beaks seat into the buccal bifurcation of upper right and left molars, respectively.

Why do some forceps have R and L versions?

Upper molars have trifurcated roots whose buccal furcation sits on opposite sides in each quadrant, so the pointed beak must be handed hence right (R) and left (L) versions.

What is a cowhorn forceps?

A cowhorn forceps has two sharp pointed beaks that seat into a molar's furcation and elevate the tooth as the handles close. The #23 is the classic lower cowhorn; #88R/L are the upper counterparts.

What is the difference between #23 and #17 forceps?

The #23 cowhorn wedges into the lower molar bifurcation and elevates with a pump-handle motion; the #17 Harris seats a bidentate beak for a grasping hold. Both extract lower molars.

What forceps are used for upper molars?

Upper molars use handed forceps: #18R/#18L, #53R/#53L, and #88R/#88L, plus #67 and #10S in some sets.

What forceps are used for lower molars?

Lower molars use #15/#17 (Harris), #16 and #23 (cowhorn), and European-style #73 and #79.

What forceps are used for wisdom teeth?

Upper third molars use the #210 bayonet; lower third molars use the #222. Impacted wisdom teeth usually require surgical elevation first.

What forceps are used for root tips?

Root tips use narrow bayonet forceps: #65 (upper), #69 (both arches), and #286 (deep maxillary fragments).

What forceps are used for upper anterior teeth?

Upper incisors and canines use #1, #99C, and #150.

What forceps are used for lower anterior teeth?

Lower incisors and canines use #151, #103, and #74.

What are universal dental forceps?

Universal forceps extract single-rooted teeth on both sides of one arch. The #150 is the upper universal and the #151 is the lower universal.

What is the "S" suffix on a forceps number?

The "S" suffix marks a small, pediatric version for primary teeth for example, #150S and #151S.

What is the "A" suffix on a forceps number?

The "A" suffix marks an apical/premolar-adapted variant with beaks that do not fully meet, such as #150A and #151A.

What forceps are used for primary (baby) teeth?

Primary teeth use pediatric forceps such as #150S (upper), #151S (lower), #101, and #16S.

Are American and European forceps numbered the same way?

Not entirely. American-pattern forceps use horizontal hinges and numbers like #150 and #23; European-pattern forceps use vertical hinges and often names or letters. Some numbers overlap with design differences.

Do forceps numbers mean the same thing across all brands?

Mostly for the standardized American set, but beak details can vary by manufacturer. Always confirm geometry on the maker's specification sheet.

What is the #210 forceps used for?

The #210 is a universal bayonet forceps for upper third molars in both quadrants.

What is the #222 forceps used for?

The #222 is a short-beak forceps for lower third molars in the tight posterior mandible.

What is the #65 forceps used for?

The #65 is a bayonet forceps for retrieving maxillary root tips and fragments between overlapping teeth.

What is the #69 forceps used for?

The #69 is a fine-beak fragment forceps used for overlapping anterior root tips in both the maxilla and mandible.

Which forceps should a dental student learn first?

Students typically master the #150 and #151 first, then add molar, cowhorn, and root forceps as cases become more complex.

How do I choose the right forceps for a tooth?

Match the arch, tooth type, and root anatomy on the radiograph to the beak design encoded in the forceps number, and consider an elevator first for firm teeth.

How long do dental forceps last?

With correct cleaning, inspection, sterilization, and storage, high-quality forceps last several years. Replace them when beaks misalign, serrations wear smooth, or the hinge develops play.

What steel are quality dental forceps made from?

Quality forceps are made from German stainless steel or medical-grade stainless steel, which resist corrosion and hold their edge under repeated autoclaving.

What certifications should dental forceps have?

Look for ISO-standard manufacturing, CE certification, and FDA registration where applicable, plus documented steel grade.

Where can I buy dental forceps in bulk or as OEM/private label?

Manufacturers such as Hunza Dental supply the full numbering range through wholesale, bulk, OEM, and private-label programs with worldwide shipping and warranty support.

Is there a dental forceps chart PDF?

Yes  a printable numbering chart summarizing arch, tooth type, and use by number is a useful chairside and teaching reference; download or request one from your instrument supplier.

You can also check related article: Dental Extraction Forceps