The Bernard root elevator Fig. 5 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A bernard handle A or B (interchangeable) supports control and tactile feedback through repeated procedures.
The Bernard root elevator Fig. 6 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A flat tapered handle supports control and tactile feedback through repeated procedures.
The Bernard root elevator Fig. 6 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A bernard handle A or B (interchangeable) supports control and tactile feedback through repeated procedures.
The Bernard root elevator Fig. 7 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A flat tapered handle supports control and tactile feedback through repeated procedures.
The Bernard root elevator Fig. 7 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A bernard handle A or B (interchangeable) supports control and tactile feedback through repeated procedures.
The Bernard root elevator Fig. 8 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A bernard handle A or B (interchangeable) supports control and tactile feedback through repeated procedures.
The Bernard root elevator Fig. 9 is a root elevator designed for precise daily use in surgery, clinic and laboratory. It follows the Bernard pattern, so the working end seats predictably at the site. A bernard handle A or B (interchangeable) supports control and tactile feedback through repeated procedures.
The Beyer bone rongeur 18 cm / 7" is a bone rongeur designed for precise daily use in surgery, clinic and laboratory. It follows the Beyer pattern in a 18 cm / 7" working size, so the working end seats predictably at the site. The stainless handle is balanced for control and tactile feedback through repeated procedures.
The Black enamel chisel Fig. 1 is an enamel instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Black pattern, so the working end seats predictably at the site. A knurled double-ended handle supports control and tactile feedback through repeated procedures.
The Black enamel chisel Fig. 2 is an enamel instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Black pattern, so the working end seats predictably at the site. A knurled double-ended handle supports control and tactile feedback through repeated procedures.
The Black enamel chisel Fig. 26 is an enamel instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Black pattern, so the working end seats predictably at the site. A knurled double-ended handle supports control and tactile feedback through repeated procedures.
The Black enamel chisel Fig. 27 is an enamel instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Black pattern, so the working end seats predictably at the site. A knurled double-ended handle supports control and tactile feedback through repeated procedures.