Extracting Forceps Angled Right – Compact 125mm German Stainless Steel Dental Extraction Forceps with Right-Offset Beak for Posterior Access (PS-6916)

The Extracting Forceps Angled Right (PS-6916) is a reusable German stainless steel dental extraction forceps, 125mm (5 inches) in overall length, with beaks angled to the right side of the instrument's long axis — a beak geometry designed to align correctly with the tooth's long axis when extracting teeth on the right side of the dental arch from the standard operator position, without requiring the instrument handle to be repositioned into a posture that obstructs the operator's line of sight or access to the surgical field. The rightward beak angulation is the defining design feature of this instrument and its direct clinical counterpart to the left-angled configuration (PS-6914): where the angled-left forceps addresses the access geometry for left-side posterior teeth, the angled-right design provides the corresponding ergonomic advantage for right-side premolars and molars, offsetting the beaks to the right so the operator can hold the handle in a neutral, accessible position while the beaks engage the right-side posterior tooth correctly along its root axis. Manufactured from German stainless steel for the corrosion resistance and structural integrity required of a reusable extraction instrument that bears substantial forces during tooth luxation and undergoes repeated steam autoclave sterilization. Used by dentists and oral surgeons in dental clinics, oral surgery units, and hospital dental departments. Sold as 1 piece, 125mm (5") angled-right configuration.

Right-Side Posterior Access: The Clinical Problem an Angled-Right Forceps Solves

Posterior tooth extraction on the right side of the dental arch presents a distinct set of access geometry challenges that are the mirror image of those addressed by a left-angled forceps. When an operator positioned to the patient's right side — or directly behind the patient in a supine position — needs to extract a right-side posterior tooth (a right upper or lower premolar or molar), the approach to the tooth from the operator's working position requires the instrument to travel into the right side of the patient's oral cavity. With a straight forceps, achieving correct beak alignment along the root long axis of a right-side posterior tooth may require the operator to hold the handle in a position that crosses in front of the patient's face, enters the patient's visual and breathing space at the anterior midline, or demands an awkward wrist rotation that reduces force control during the critical extraction phase when precise, controlled extraction forces must be directed along the tooth's long axis. An angled-right beak offsets this geometry: by displacing the beaks to the right of the instrument's long axis, the handle can remain in a more posterior or superior approach position — keeping it clear of the patient's face, the assistant's suction, and the operator's own line of vision — while the beaks are correctly positioned over the right-side posterior tooth ready to seat as far apically along the root as the alveolar crest permits. The right beak angulation is a non-interchangeable directional specification: a left-angled forceps used on a right-side tooth would present its beak offset in the wrong direction, not toward the tooth's long axis but away from it.

Right-Side Premolar and Molar Extractions: Anatomical Considerations

The right-side posterior teeth most commonly requiring extraction with a laterally angled compact forceps are the right upper and lower premolars and molars — the teeth from the first premolar through the third molar in both the maxillary and mandibular right quadrants. These teeth share the access geometry challenge of the right posterior arch: they are further from the operator's midline approach, surrounded by the right cheek and the posterior mandibular musculature, and for the most posterior positions, require instrumentation that can navigate into the posterior oral cavity without the handle obstructing the operator's sightline along the long axis of the target tooth. For right upper premolars, the angled-right forceps allows the beak to engage the narrower root while the handle approaches from a palatal or superior direction without crowding the buccal access where tissue retraction is often performed simultaneously. For right upper molars, the access challenge is compounded by the trifurcated root anatomy and the need to seat the beak at the correct angle relative to the palatal root on the palatal side and the buccal furcation on the buccal side — the right-angled beak geometry allows this positioning from an approach that keeps the handle clear of the palate and the anterior arch. For right lower molars, the mandibular arch curvature and the operator's approach angle from behind and above the patient benefits from the rightward beak offset, which allows the beak to be seated in the furcation area while the handle remains in an ergonomically controlled position.

Angled-Right vs Angled-Left: Why the Correct Orientation Is Non-Interchangeable

The angled-right (PS-6916) and angled-left (PS-6914) forceps in this range are not interchangeable — each is specifically designed for one side of the arch, and using the wrong angulation for the side being treated is a clinically significant error. A right-angled forceps applied to a left-side tooth presents the beak offset to the right, which directs the beak away from correct alignment with the left-side tooth's root axis rather than toward it. In practical terms, this means the beak cannot be seated as far apically along the root as it would with the correct angulation, reducing root purchase and making it more likely that extraction forces will act at an angle to the root long axis — increasing the risk of root fracture, loss of beak grip during extraction, and inefficient force transmission through the periodontal ligament that results in unnecessarily high total extraction forces and increased patient discomfort. The 125mm compact overall length common to both PS-6914 and PS-6916 makes the correct angulation selection even more important, because the shorter handle provides a smaller ergonomic margin for compensating for incorrect instrument orientation with wrist or elbow adjustments compared to a standard-length forceps. Dental practices performing bilateral extractions in the posterior region in a single session should have both the angled-right and angled-left configurations available, or the correctly angled forceps for whichever side is being treated on a given day.

German Stainless Steel Construction and Sterilization

The Extracting Forceps Angled Right is manufactured from German stainless steel, providing the structural strength and corrosion resistance required of a dental extraction instrument that bears substantial torsional and tensile forces during extraction, transmits these forces through the angular beak-to-shank junction that defines its angled design, and undergoes repeated steam autoclave sterilization between procedures. As with all angled-beak extraction forceps, the angular junction between the beak and the shank is the mechanically highest-stress region of the instrument, because the lateral beak offset creates a bending moment at this junction during extraction that is absent in a straight forceps — this region should receive particular inspection attention at each reprocessing cycle for any sign of metal fatigue, deformation, or incipient cracking. The hinge mechanism connecting the two arms should be inspected for wear or looseness, and the beak surfaces for any damage that could compromise tooth grip during extraction. The instrument is fully compatible with steam autoclave sterilization at 134°C pre-vacuum parameters. Available in satin, dull, or mirror surface finish.

CE Mark, ISO 13485, and FDA Certification for Dental Instrument Procurement

The Extracting Forceps Angled Right PS-6916 is manufactured under a quality management system certified to ISO 13485, governing German stainless steel material sourcing, precision forging and machining of the forceps shanks, right-angled beaks, and hinge mechanism at the 125mm overall length, dimensional and functional inspection of the angled beak geometry, surface finishing, and packaging. CE Mark certification confirms conformity with European Medical Device Regulation requirements for Class I reusable dental surgical instruments distributed within EU and associated regulatory territories. FDA compliance documentation is maintained for United States distribution, satisfying regulatory requirements for reusable dental extraction instruments procured by US dental clinics, oral surgery units, and dental instrument distributors. These certifications satisfy procurement and tender documentation requirements of institutional buyers in the USA, India, Pakistan, Vietnam, and across international dental instrument supply frameworks. Certificates of conformity and quality management system documentation are available on request. OEM manufacturing is available within the same certified manufacturing framework.

Product Specifications

Frequently Asked Questions

What does "angled right" mean in a dental extraction forceps, and why is the correct angulation important?
In a dental extraction forceps, "angled right" describes a beak that is laterally offset to the right of the instrument's long axis — in contrast to a straight forceps where beaks, shank, and handle align in one plane, or to an angled-left design (PS-6914) where the beak is offset to the left. The right-angled offset addresses the ergonomic access challenge of extracting posterior teeth on the right side of the dental arch: it allows the operator to hold the handle in a neutral, accessible position while the beaks reach and correctly engage a right-side posterior tooth along its root long axis, without requiring the handle to crowd the patient's face or adopt an awkward wrist angle that reduces controlled force delivery. Selecting the correct angulation direction — right for right-side teeth — is a functional requirement, not a preference. Applying a left-angled forceps to a right-side tooth offsets the beak in the wrong direction, reducing beak seating depth and root engagement and misdirecting extraction forces, which increases the risk of root fracture and loss of grip during the extraction.

Which teeth is this angled-right forceps designed for, and how does it differ from the angled-left version?
The Extracting Forceps Angled Right (PS-6916) is designed for right-side posterior teeth — right upper and lower premolars and molars — where the rightward beak offset matches the operator's approach geometry to these teeth from the standard working position. The Extracting Forceps Angled Left (PS-6914) is the direct counterpart for left-side posterior teeth, with its beak offset to the left. Both instruments have the same 125mm (5") overall length and are made from German stainless steel with the same certifications and price tier. The only functional difference is the direction of beak angulation — right vs left — which determines which side of the arch each instrument can correctly engage. A practice performing extractions across both sides of the arch would need both PS-6916 (right) and PS-6914 (left), or the correctly angled version for whichever side is being treated on a given patient.

Can this angled-right forceps be used for both upper and lower right-side teeth?
An angled-right extraction forceps can be used for both upper (maxillary) and lower (mandibular) right-side posterior teeth, as the rightward lateral beak offset provides the ergonomic access advantage for the right arch regardless of whether the target tooth is in the upper or lower jaw. As with any extraction forceps, the beak's shape — broad or narrow, smooth or with furcation projections — determines which specific tooth type within the right posterior arch it is optimally suited for. The PS-6916 is listed as an angled-right forceps without a further tooth-type designation in the available source data. Clinicians and procurement officers should confirm the specific beak geometry and tooth indications with Peak Surgicals at info@peaksurgicals.com to ensure the beak profile is appropriate for the specific tooth type being treated, in addition to confirming the correct right-side orientation for the arch being addressed.

What sterilization protocol is recommended, and what should be inspected at each cycle?
The Extracting Forceps Angled Right is manufactured from German stainless steel and is fully compatible with steam autoclave sterilization at 134°C pre-vacuum parameters, the standard method for reusable dental instruments. Before sterilization, the forceps should be cleaned with ultrasonic cleaning recommended for thorough debris removal from the hinge area and beak surfaces. The angular beak-to-shank junction — the region where the rightward beak offset creates a mechanical bend — should be inspected at each reprocessing cycle for any sign of metal fatigue, deformation, or surface discontinuity, as this region bears higher stress in an angled forceps than in a straight instrument and is the most likely site of long-term structural degradation. The hinge mechanism should be checked for smooth action and secure pivot, and the beak surfaces for any damage that could reduce grip during extraction.

What certifications does this instrument carry, and are bulk or OEM orders available?
The Extracting Forceps Angled Right PS-6916 is manufactured under an ISO 13485-certified quality management system covering German stainless steel material procurement, precision forging and machining of the shanks, right-angled beaks, and hinge mechanism at 125mm, and packaging. CE Mark certification confirms conformity with European Medical Device Regulation requirements for Class I reusable dental surgical instruments. FDA compliance documentation supports United States distribution. Certificates of conformity are available on request for procurement and tender documentation. Bulk orders are accepted with a minimum of 1 piece, with volume pricing available for dental clinics, oral surgery units, hospital dental departments, and dental instrument distributors — practices frequently order PS-6916 (right) and PS-6914 (left) together to cover both posterior quadrants. OEM manufacturing for private-label branding or custom configurations is available within the same ISO 13485-certified framework. Free shipping applies on orders of $99 or more.