Baby-Allis Intestinal Forceps 5 Inch with 4x5 Teeth for Pediatrics

Baby-Allis Intestinal Forceps;5 Inch 4X5 Teeth

This size is suited for pediatric confined fields; the 5-inch shaft and 4×5 teeth stabilize soft-tissue edges to position mucosal folds for surface assessment.

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SKU: D-4322.13 Categories: Forceps, General Surgery, Surgical Instruments

LifeCare Surgical

* The information on this page is a summary and is not intended to cover all available information about this medication. It does not cover all possible uses, directions, precautions, drug interactions or adverse effects and is not a substitute for the expertise and judgement of your healthcare professional.

Technical Specifications of Baby-Allis Intestinal Forceps;5 Inch 4X5 Teeth

Specification	Description
Speciality	Pediatric Surgery
Category	Surgical Instruments > General Surgery > Forceps
Type	Allis
Model Variant	5 Inch
Material	Stainless Steel
Sterilization Method	Autoclavable
Finish	Matte
Length (mm)	13 cm
Packiging Unit	Single piece
Handle Type	flat grip
Tip Type	Straight
Country of Origin	Egypt
SKU	D-4322.13
Certifications	ISO 13485

This Allis-type stainless steel instrument with a matte finish and straight tip in a 13 cm (5 Inch) variant is configured for precise handling in pediatric general surgical procedures, and is supplied as a single piece for autoclavable, intraoperative use.

Surgical Applications of Baby-Allis Intestinal Forceps;5 Inch 4X5 Teeth

In pediatric surgery, this device establishes controlled exposure by managing small tissue segments and briefly elevating thin planes to display underlying contours. It preserves an uninterrupted view by arranging light-blocking drapes or gauze and by aligning adjacent structures for comparative viewing and documentation.

Common Applications

Maintaining edge control of small pediatric tissues to prevent encroachment into the visual corridor.
Arranging short intestinal loops or mucosal ridges to support photographic documentation of surface characteristics.
Retaining fine drapes or gauze outside the light cone to preserve illumination.
Holding adjacent structures in a fixed relative orientation for side-by-side visual comparison.
Keeping slender layers steady during external inspection to support identification of anatomic reference points.