-
You have no items in your shopping cart !
Perry Single-Arc Dental Tweezers – Sickle Shaped (DG-2498)
The DG-2498 Perry tweezers are versatile, anatomically shaped instruments featuring a specialized sickle-curved arc. These delicate, classic tweezers are engineered for high-precision medical diagnostics and the effortless application of hygienic materials, such as cotton rollers and tissues, making them a staple in any professional dental or medical office.
Key Features & Advantages
-
Sickle-Arc Design: The unique curvature is specifically optimized for accessing hard-to-reach areas in the oral cavity, ensuring professional performance in conservative dentistry and endodontics.
-
Precision Beaks: The 1.2 cm narrow beaks feature internal transverse cuts, providing a secure, non-slip grip on even the smallest clinical components.
-
Resilient Construction: Manufactured from high-performance medical-grade stainless steel, the arms are flexible enough for tactile feedback while remaining highly resistant to permanent bending.
-
Integrated Tip Alignment: A well-profiled internal "bumper" ensures the tips meet perfectly every time, while dual-sided non-slip grips offer the practitioner maximum stability.
-
Clinical Excellence: Built to withstand the rigorous demands of daily diagnostic work and frequent sterilization cycles.
Technical Specifications
-
Product Code: DG-2498
-
Total Length: 13 cm
-
Beak Length: 1.2 cm
-
Material: Medical-Grade Stainless Steel
-
Certifications: ISO 9001:2015, CE
-
Sterilization: Fully compliant with all clinical sterilization protocols
-
Documentation: Includes an instruction manual in Polish and English for proper instrument care.
Product Details
-
Applications: Ideal for handling precision components, dressings, and endodontic materials.
-
Maintenance: Reusable and durable; must be cleaned and sterilized according to standard medical regulations before the first use and after every patient.
Professional Standard: The DG-2498 combines a compact 13 cm design with specialized sickle-shaped precision, offering the maneuverability required for detailed diagnostic procedures.