Geometry characteristics

Motor-driven implant driver with grooved 4Lt 2.77 mm connection for precise surgical placement

The Implant driver, mechanical, lamellar, 4LT 2,77 is a high-precision surgical instrument developed specifically for motor-driven implant placement procedures. The grooved design combined with the 4Lt 2.77 mm connection ensures perfect compatibility with the designated implant system, allowing for secure torque transfer and stable positioning throughout the insertion process.

The driver connects to a surgical motor and enables controlled, axial insertion of the implant. Made of sterilisable, medical-grade stainless steel, this tool is reusable, corrosion-resistant, and delivers long-term clinical reliability. The grooved geometry is optimised for implant types requiring this specific internal connection.

Main advantages:

• Grooved design: Provides excellent stability for specific implant types.
• 4Lt 2.77 mm connection: System-specific fit ensures guaranteed compatibility.
• Motor-driven operation: Attaches to surgical motors for precise implant insertion.
• Medical-grade steel construction: Sterilisable, reusable, and corrosion-resistant.
• Clinical reliability: Designed for fast, accurate, and safe implant placement.

Application area:

The Implant driver, mechanical, lamellar, 4LT 2,77 is the ideal solution for surgical procedures involving implants with a grooved internal connection, especially when using systems that require the 4Lt 2.77 mm geometry. It ensures quick and reliable torque transmission during the implantation process.

The product image is for illustration purposes only. Colour and geometry may vary depending on the selected dimensions.