
The Story
Boston Scientific M00515030 Radial Jaw Hot 2.8mm Biopsy Forceps
Boston Scientific
• Model: M00515030
• Hot 2.8m
• Single-Use
The Boston Scientific M00515030 Radial Jaw Hot 2.8mm Biopsy Forceps is a high-performance surgical instrument designed for precise tissue sampling during endoscopic procedures. Its 2.8 mm jaw size allows for accurate and controlled biopsies, helping clinicians obtain reliable diagnostic samples.
Featuring a “hot” design, these forceps are compatible with electrocautery, enabling simultaneous tissue sampling and coagulation. This functionality helps reduce bleeding and enhances procedural efficiency, making it ideal for gastrointestinal, pulmonary, and other endoscopic applications.
Packaged sterile and intended for single use, the Boston Scientific Radial Jaw Hot Biopsy Forceps deliver consistent performance and safety. Its precision engineering and durable construction make it a trusted choice for medical professionals seeking dependable tools for minimally invasive diagnostic procedures.
Description
Boston Scientific M00515030 Radial Jaw Hot 2.8mm Biopsy Forceps
Boston Scientific
• Model: M00515030
• Hot 2.8m
• Single-Use
The Boston Scientific M00515030 Radial Jaw Hot 2.8mm Biopsy Forceps is a high-performance surgical instrument designed for precise tissue sampling during endoscopic procedures. Its 2.8 mm jaw size allows for accurate and controlled biopsies, helping clinicians obtain reliable diagnostic samples.
Featuring a “hot” design, these forceps are compatible with electrocautery, enabling simultaneous tissue sampling and coagulation. This functionality helps reduce bleeding and enhances procedural efficiency, making it ideal for gastrointestinal, pulmonary, and other endoscopic applications.
Packaged sterile and intended for single use, the Boston Scientific Radial Jaw Hot Biopsy Forceps deliver consistent performance and safety. Its precision engineering and durable construction make it a trusted choice for medical professionals seeking dependable tools for minimally invasive diagnostic procedures.












