Utah Medical Products
Utah Medical Products DLP-E11 UtahLoop Electrosurgical Electrode 25mm W x 22mm D Round Loop, 11cm Shaft w/ Safe-T-Gauge 1/EA
Utah Medical Products DLP-E11 UtahLoop Electrosurgical Electrode 25mm W x 22mm D Round Loop, 11cm Shaft w/ Safe-T-Gauge 1/EA
• Model: DLP-E11
• Loop Width: 25 mm
• Loop Depth: 22 mm
• Shaft Length: 11 cm (110 mm)
• Loop Shape/ Material: Round loop/ Tungsten Wire
• Compatibility: Standardized 3/32″
The UtahLoop® DLP‑E11 Electrosurgical Electrode (25 mm × 22 mm Round Loop, 11 cm Shaft) is a premium loop electrode designed to elevate precision and control in electrosurgical excisional procedures. Manufactured by Utah Medical Products, a trusted name in electrosurgical instrumentation, this round loop electrode features the patented Safe‑T‑Gauge® depth control system, which helps clinicians preset and limit excision depth while maintaining optimal loop stability. This innovative design supports accurate removal of targeted tissue with minimal damage to surrounding healthy structures, a critical benefit in sensitive procedures such as cervical lesion excisions.
Crafted with a high‑grade tungsten loop and insulated shaft, the DLP‑E11 electrode delivers consistent cutting performance and excellent loop wire rigidity throughout the excision process. The generous 25 mm width and 22 mm depth provide a broad, effective resection profile, while the 11 cm shaft ensures comfortable handling and secure attachment to standard electrosurgical pens. The round loop geometry supports smooth, predictable excisions, enhancing procedural confidence for clinicians.
Ideal for gynecological surgical suites and outpatient care centers, this disposable, single‑use UtahLoop® electrode helps improve workflow efficiency and supports infection control protocols by eliminating the need for reprocessing. Its robust Safe‑T‑Gauge® mechanism and durable tungsten construction make the DLP‑E11 a go‑to solution for physicians seeking reliable performance and precise tissue management in LEEP/LETZ and similar electrosurgical applications.