Objective: To evaluate the biomechanical character of self-designed anterior cervical low-profileplate system (ACLPS).
目的：对自行研制的颈椎前路低切迹钛板系统(ACLPS)进行生物力学评价。
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In the MTS vest-based configuration, the Tactical Mission Controller (TMC)—a low-profile processing platform, peripheral controller and power manager—is carried on the rear of the plate-carrier.
Based on physical simulation of edge rolling process in Trimming-Free plate rolling method, the effection of V rolling and chamfer rolling on the plateprofile is analyzed.