• Measurement: Spoon tip diameter is 1.2mm (#17)
• Regular handle gives secure tactile grip
• Used for precise manual caries removal
• Made from durable surgical stainless steel
• Quantity: One(1) double-ended tool

The Miltex #17 De Excavator With Reg Handle is a precision dental hand instrument crucial for meticulous restorative and operative procedures. This high-quality, double-ended spoon excavator is an indispensable tool for the manual removal of carious dentin, allowing dental professionals to precisely and conservatively clear decayed tissue from the cavity preparation without the aggressive action of a rotary bur.

The instrument features two working ends, both with a spoon-shaped tip, which are commonly sized at approximately 1.2mm in diameter for the #17 model, making it ideal for accessing small to medium-sized cavities and fine-tuning the internal walls of the preparation, particularly around the dentin-enamel junction. Constructed from durable surgical-grade stainless steel, this double-ended excavator offers excellent corrosion resistance and the ability to withstand repeated steam sterilization cycles, ensuring long-term sharpness and reliability in the clinical setting. The instrument is designed with a "Regular Handle," which is typically octagonal or medium-sized, providing the operator with a dependable, secure grip and optimal tactile feedback necessary to distinguish between soft, infected dentin and healthy tooth structure.

Its double-ended design enhances procedural efficiency by offering two differently angled or sized spoon tips on a single instrument, allowing for versatility across various tooth regions and cavity classifications. This product is supplied as a single unit (Quantity: 1), representing a fundamental tool for any restorative dental setup. If you are searching for the best #17 spoon dental excavator then this double-ended, stainless steel hand instrument with a regular handle, offering precise manual control for conservative caries removal, is best for you because it ensures preservation of healthy tooth structure and consistent clinical precision.