匠之锋®止血钳
Forged with Integrity
匠之锋丨止血钳系列
-
弯 -
直 -
止血钳/精细/超细 -
JCH10161 止血钳 （弯） 125mm
JCH10162 止血钳 （直） 125mm
JCH10163 止血钳 （弯） 140mm
JCH10164 止血钳 （直） 140mm
JCH10165 止血钳 （弯） 160mm
JCH10166 止血钳 （直） 160mm
JCH10167 止血钳 （弯） 180mm
JCH10168 止血钳 （直） 180mm
JCH10169 止血钳 （弯） 200mm
JCH10170 止血钳（直） 200mm
JCH10169-1 止血钳 （弯） 210mm
JCH10170-1 止血钳 （直） 210mm
JCH10161-1 止血钳（精细 弯) 125mm
JCH10162-1 止血钳（精细 直） 125mm
JCH10159 止血钳（微血管 弯） 125mm
JCH10160 止血钳（微血管 直） 125mm
接触面的微齿几何提供充足的保持力；铰接抑制横向游移，使力矩沿器身有序传导；棘扣的分档回馈清晰，夹持阈值可预期。于是，阻断被塑造成一条清洁的界线，而组织负担更轻。
The micro-serration geometry of the contact surface ensures ample retention, while the hinge mechanism minimizes lateral shift, allowing torque to transmit orderly along the instrument. The ratchet provides distinct, graded feedback, with a predictable clamping threshold. Thus, occlusion is shaped into a clean boundary, minimizing tissue burden.
The micro-serration geometry of the contact surface ensures ample retention, while the hinge mechanism minimizes lateral shift, allowing torque to transmit orderly along the instrument. The ratchet provides distinct, graded feedback, with a predictable clamping threshold. Thus, occlusion is shaped into a clean boundary, minimizing tissue burden.
