[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
[Features]· Durability and wear resistance are further improved so that the Taper Head® can be used for final tightening.· The torsional strength is 10% to 20% higher than the conventional ball point, and especially effective when used at an inclination (0 to 20°).
