Excavator #139/140, Ø 1.7 mm - Double-Ended, Stainless Steel Handle | Helmut Zepf No. 24.709.39

The double-ended dental excavator stainless steel instrument from Helmut Zepf — No. 24.709.39 — delivers reliable performance for caries removal, cavity preparation, and soft tissue manipulation in daily clinical practice. Featuring a #139/140 tip configuration with a working diameter of Ø 1.7 mm, this instrument is engineered to meet the demands of precise operative dentistry.

Key Features

• Double-ended design: Two working ends on a single handle for versatility and efficiency during procedures.
• Tip specification: #139/140, Ø 1.7 mm — optimized for controlled excavation and caries removal.
• Stainless steel handle: Autoclavable and corrosion-resistant, ensuring long-term hygiene and durability.
• Precision manufacturing: Crafted in Germany to exacting standards for consistent clinical performance.

Clinical Applications

This double-ended dental excavator stainless steel instrument is suited for a wide range of restorative and operative procedures. The balanced weight and refined tip geometry allow clinicians to work with confidence across anterior and posterior quadrants. The stainless steel construction supports repeated sterilization cycles without compromising instrument integrity.

Helmut Zepf GmbH has a longstanding reputation for producing high-quality dental instruments in Germany. Each instrument undergoes rigorous quality control, making this double-ended dental excavator stainless steel a trusted choice for dental professionals seeking reliability and precision in every procedure.

FAQ

What tip size does this excavator feature? This instrument features a #139/140 tip configuration with a working diameter of Ø 1.7 mm.

Is this instrument autoclavable? Yes, the stainless steel construction is designed to withstand standard autoclave sterilization cycles.

Why choose a double-ended dental excavator stainless steel instrument? A double-ended design reduces instrument exchange during procedures, improving workflow efficiency and clinical precision.