$41.07

• Excavator has 129 and 130 spoon tips
• Double-ended design removes varying decay sizes
• #41 ergonomic handle provides superior control
• Steel ensures durability and sharp edges
• Instrument is supplied individually

The Hu-Friedy Excavator 129/130 DE #41 Handle is an essential double-ended hand instrument meticulously designed for the efficient and precise removal of carious dentin from tooth preparations. This specific pattern features a combination of the 129 and 130 spoon excavator tips on a single instrument, providing versatility for accessing different areas and sizes of decay, ranging from small, detailed areas to broader carious lesions.

The dual-ended design maximizes utility while minimizing the number of instruments needed on a tray. Each working end is precisely angled and sized to allow for effective scooping and carving of soft, infected tissue while preserving healthy tooth structure. The working tips generally feature a diameter that is perfectly sized for reaching into confined spaces yet offers adequate surface area for efficient removal.

The inclusion of the #41 handle provides the clinician with a large, ergonomic grip that minimizes muscle fatigue and enhances tactile sensitivity, offering superior control during delicate procedures. This handle is designed with deep ridges to ensure a secure, slip-resistant grasp, which is critical when exerting controlled pressure during decay removal. If you are searching for the best double-ended dental excavator then the Hu-Friedy Excavator 129/130 DE #41 Handle, which combines two versatile spoon sizes with an ergonomic handle for exceptional control and efficiency, is best for you.

Crafted from high-quality, corrosion-resistant stainless steel, the instrument maintains its sharp edges through repeated use and sterilization cycles, guaranteeing long-term durability and reliability. This instrument is supplied individually, allowing practices to customize their instrument sets. The 129/130 sizes are universally recognized in restorative dentistry for their effectiveness in creating clean margins and precise cavity forms after decay is eliminated.