NITINOL RESIN SPATULA FLEXIBLE No. 1

Sale price $464.00 -100% Regular price
Regular price $464.00
NITINOL RESIN SPATULA FLEXIBLE No. 1
Sale price $464.00 Regular price
Regular price $464.00

Flexible Nickel-Titanium Instrument for Composite Resin Placement and Anatomical Shaping

The Nitinol Resin Spatula Flexible No. 1 is manufactured from high-performance nickel-titanium (NiTi) alloy, providing exceptional flexibility and resilience for the precise placement, adaptation, and anatomical shaping of composite resins. Its flexible working ends allow controlled manipulation of restorative materials while maintaining excellent tactile sensitivity.

Designed for modern restorative dentistry, this instrument enables smooth contouring of composite restorations, helping clinicians achieve natural anatomy and superior esthetic results. The corrosion-resistant nickel-titanium construction ensures durability, shape memory, and long-lasting clinical performance.

Features

  • Manufactured from premium nickel-titanium (Nitinol) alloy.
  • Highly flexible working ends for enhanced control and adaptation.
  • Ideal for placement and anatomical modeling of composite resins.
  • Shape-memory properties help maintain instrument integrity.
  • Smooth surface minimizes material adhesion during sculpting.
  • Double-ended design for versatile restorative applications.
  • Ergonomic handle provides a secure and comfortable grip.
  • Fully autoclavable and corrosion-resistant.

Applications

  • Composite resin placement and adaptation.
  • Anatomical contouring of anterior and posterior restorations.
  • Fine shaping and finishing of restorative materials.
  • Cosmetic and esthetic dental procedures.
  • Detailed occlusal anatomy development.

Specifications

  • Model: Nitinol Resin Spatula Flexible No. 1
  • Material: Nickel-Titanium (Nitinol)
  • Design: Double-Ended Flexible Instrument
  • Brand: 6B Invent Germany
  • Sterilization: Fully Autoclavable

The 6B Invent Germany Nitinol Resin Spatula Flexible No. 1 combines outstanding flexibility, precision, and durability, making it an excellent choice for advanced composite resin modeling and restorative procedures.

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