GDC Implantology Bone Caliper Bc15

Description

GDC Implantology Bone Caliper Bc15

The GDC Implantology Bone Caliper BC15 is a precision instrument designed specifically for implantology procedures. It is used to measure bone thickness and height, allowing for accurate implant placement and ensuring optimal stability and support. The caliper features durable stainless steel construction and a sleek, ergonomic design for comfortable handling. With a measuring range of 0 to 15 millimeters, the bone caliper provides precise and reliable measurements, ensuring an accurate assessment of the bone dimensions. The caliper arms are equipped with sharp and precise tips, allowing for easy penetration into the bone tissue without causing any damage.

• Accurate Measurements: The caliper is designed to provide precise and reliable measurements of bone thickness and width, enabling accurate implant placement.
• Easy-to-Read Scale: The caliper features a clear and easy-to-read scale that allows for quick and accurate measurement readings.
• Sturdy Construction: The caliper is made from high-quality materials, ensuring durability and long-lasting performance.
• Lightweight and Ergonomic Design: The caliper is lightweight and ergonomically designed for comfortable handling and ease of use during surgical procedures.
• Non-Reflective Surface: The caliper has a non-reflective surface, reducing glare and improving visibility during measurements.
• Secure Grip: The caliper handle is designed to provide a secure and comfortable grip, allowing for precise control and stability during measurements.
• Sterilizable: The caliper is sterilizable, making it suitable for use in sterile surgical environments.
• Versatile: The caliper can be used for various bone measurements, including thickness, width, and other relevant dimensions.
• Precision Tips: The caliper features precision tips that allow for accurate placement and engagement with the bone surface.
• Easy Maintenance: The caliper is easy to clean and maintain, ensuring its longevity and optimal performance.