Description

Stainless-Steel Dental College Tweezers (Dressing Pliers)

These college tweezers provide controlled pickup and placement of small items during restorative and hygiene procedures without blocking sightlines. The curved variant improves approach in posterior regions and around cheeks, while the straight variant is a good all-rounder for trays and anterior fields. Serrated jaws stabilize cotton pellets, matrix tabs, and wedges to reduce drops and re-grabs.

The instrument’s 16 cm length balances reach and maneuverability for typodonts, simulation arches, and standard clinical setups. The stainless-steel build maintains alignment over repeated use when properly cleaned and dried.

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Suggested Uses

• Handling cotton pellets, wedges, matrix bands/tabs, and retraction aids

• Placement/removal of small accessories in restorative training and typodont simulations

• Extra-oral photography setups and tray organization

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Variants (set as attributes/options)

• Straight, serrated tips – 16 cm

• Curved (~45°), serrated tips – 16 cm

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Specifications

• Type: College tweezers / dressing pliers

• Profiles: Straight / Curved (approx. 45°)

• Length: ~16 cm (6.3″

• Tips: Serrated, fine alignment

• Material: Stainless steel (instrument grade)

• Use: Handling and education; confirm sterilization claim per manufacturer IFU

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Care & Handling

• Rinse and dry thoroughly after use; avoid extended immersion in corrosive agents.

• If the exact model is autoclavable per IFU, follow the stated temperature/time; otherwise, use surface disinfection only.

• Store with tips protected to prevent misalignment

FAQs

Is this autoclavable?
Only if the manufacturer explicitly rates this exact model for steam sterilization. If there is no labeling, use it as non-sterilizable handling/demo equipment.

Straight or curved—how do I choose?
Straight is versatile and tray-friendly. Curved improves access/visibility in posterior areas and around cheeks.

What is the tip texture?
Serrated jaws are used to grip cotton, wedges, and matrix tabs; they avoid excessive clamping force.