Heidemann Spatula #2 - Flexible, 3 mm | Helmut Zepf No. 26.260.02

The Heidemann spatula dental composite instrument from Helmut Zepf is a precision-engineered tool designed for accurate placement and sculpting of composite materials in clinical dentistry. Instrument number 26.260.02, this is the #2 flexible variant featuring a 3 mm working end, offering the control and adaptability that dental professionals demand.

Key Features

• Model: Heidemann Spatula #2 Flexible
• Working End Width: 3 mm
• Instrument Number: 26.260.02
• Type: Composite instrument
• Flexibility: Flexible blade for sensitive placement and contouring
• Origin: Made in Germany

Designed for Composite Work

As a dedicated Heidemann spatula dental composite instrument, this tool allows clinicians to manipulate and adapt composite resins with precision. The flexible 3 mm tip provides tactile feedback during placement, making it suitable for both anterior and posterior restorations. The slim profile helps reach challenging areas without displacing adjacent material.

German Craftsmanship

Manufactured by Helmut Zepf GmbH, this instrument reflects decades of expertise in dental instrument manufacturing. Made in Germany, it adheres to the quality standards associated with German dental engineering, ensuring reliable, consistent performance across procedures.

FAQ

What is the Heidemann spatula dental composite instrument used for? It is used for placing, shaping, and adapting composite resin materials during restorative dental procedures.

What does the #2 designation mean? The #2 refers to the instrument's size classification within the Heidemann spatula series, indicating a specific working-end geometry.

Is this instrument autoclavable? Helmut Zepf instruments are generally designed for standard sterilization; consult the manufacturer's guidelines for specific sterilization protocols.

Why choose a flexible blade? The flexible design of this Heidemann spatula dental composite instrument allows for gentle, controlled material placement with reduced risk of voids or displacement during composite restoration.