DillonProven accuracy & ruggedness sets the Dillon X-C compression, X-ST tension, and X-PP push pull mechanical force gauges apart. Highly engineered materials, close machining tolerances and proper heat treatment provide optimum strength/spring characteristics more Details ... Proven accuracy & ruggedness sets the Dillon X-C compression, X-ST tension, and X-PP push pull mechanical force gauges apart. Highly engineered materials, close machining tolerances and proper heat treatment provide optimum strength/spring characteristics more Details ... Proven accuracy and ruggedness sets the Dillon X-C mechanical force gauge apart in the force measurement industry. The “D" shaped deflection beam is the heart of the Force Gauge system. Highly engineered materials with close machining tolerances and proper heat treatment provide optimum strength and spring characteristics more Details ... Proven accuracy and ruggedness sets the Dillon X-C mechanical force gauge apart in the force measurement industry. The “D" shaped deflection beam is the heart of the Force Gauge system. Highly engineered materials with close machining tolerances and proper heat treatment provide optimum strength and spring characteristics more Details ... Proven accuracy and ruggedness sets the Dillon X-C mechanical force gauge apart in the force measurement industry. The “D" shaped deflection beam is the heart of the Force Gauge system. Highly engineered materials with close machining tolerances and proper heat treatment provide optimum strength and spring characteristics more Details ... Proven accuracy & ruggedness sets the Dillon X-C compression, X-ST tension, and X-PP push pull mechanical force gauges apart. Highly engineered materials, close machining tolerances and proper heat treatment provide optimum strength/spring characteristics more Details ... Proven accuracy & ruggedness sets the Dillon X-C compression, X-ST tension, and X-PP push pull mechanical force gauges apart. Highly engineered materials, close machining tolerances and proper heat treatment provide optimum strength/spring characteristics more Details ... |