5.8 mm Veterinary Flexible Endoscope

Veterinary Flexible Endoscope

High-Definition Therapeutic Model 

Mid-Range Workhorse for Precision and Efficiency|

Product Overview

With a mainstream outer diameter of 5.8 mm, a 2.2 mm working channel, four-way tip deflection, and megapixel high-definition imaging, this flexible endoscope serves as the core device for minimally invasive gastrointestinal therapy in small to medium-sized animals. Select configurations feature a dual-channel design enabling simultaneous irrigation/suction and instrument operation. It is the preferred primary-use model for chain hospitals and specialty practices.

Applicable Patients

Small to medium-sized dogs weighing 10–20 kg (e.g., Corgi, French Bulldog, Border Collie, Shiba Inu), and adult large-breed cats (e.g., Ragdoll, Maine Coon, male British Shorthair).

Key Clinical Applications

Diagnostic Scenarios

  • Precise examination of the entire upper gastrointestinal tract (esophagus, stomach, descending duodenum) for accurate assessment of ulcer depth, tumor mass, and extent of inflammatory infiltration.

  • Early cancer screening: identification and biopsy-confirmed diagnosis of gastrointestinal polyps, adenomas, and malignant lesions.

  • Diagnosis of complex or refractory conditions: localization of etiology in chronic intractable vomiting, recurrent diarrhea, unexplained weight loss, and gastrointestinal bleeding.

Therapeutic Scenarios

  • Retrieval of moderately large or semi‑hard foreign bodies (e.g., small bones, fruit pits, rubber components).

  • Deep mucosal biopsy and polypectomy (with appropriate accessories).

  • Dual‑channel models allow simultaneous irrigation/suction and instrument manipulation, significantly improving efficiency during complex foreign body removal.

Limitations

  • Not suitable for very narrow lumens (e.g., feline bronchi, kitten urethra).

  • For deep small‑intestinal or colonic examination in dogs >20 kg, suitability depends on the working length of the specific model.

  • Designed primarily for simple cavities such as the stomach; does not support precise exploration of anatomically complex, tortuous regions such as the duodenum.

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