A cutting tool, comprising: one or more cutting blades, adapted to perform a cutting action based on a hand force on the cutting tool; a motor operatively coupled with the one or more cutting blades,, wherein the motor is adapted to allow the cutting action by the one or more cutting blades,; at least one sensor measuring the hand force, wherein the at least one sensor includes a magnet having a magnetic influence on at least one hall sensor,, wherein the hand force will move the magnet to produce one or more detected values ("V1"), ("V2") from the at least one hall sensor,; and a control unit configured with the at least one hall sensor, and the motor, wherein the control unit receives at least one representation of the one or more detected values ("V1"), ("V2") from the at least one hall sensor,, and drives the motor; wherein the at least one sensor that measures the hand force is an arrangement of at least two hall sensors,, wherein the at least two hall sensors, includes a first hall sensor configured to detect a first detected value ("V1"), and a second hall sensor configured to detect a second detected value ("V2"), wherein the control unit receives two representations, wherein one is derived from the first detected value ("V1") and other derived from the second detected value ("V2"), characterized in that; the two representations are compared with each other, and wherein the control unit based on the comparison of the two representations decides on a safe mode that allows starting of the motor, thereby generating hand force measurement not affected by an external magnetic influence. one or more cutting blades, adapted to perform a cutting action based on a hand force on the cutting tool; a motor operatively coupled with the one or more cutting blades,, wherein the motor is adapted to allow the cutting action by the one or more cutting blades,; at least one sensor measuring the hand force, wherein the at least one sensor includes a magnet having a magnetic influence on at least one hall sensor,, wherein the hand force will move the magnet to produce one or more detected values ("V1"), ("V2") from the at least one hall sensor,; and a control unit configured with the at least one hall sensor, and the motor, wherein the control unit receives at least one representation of the one or more detected values ("V1"), ("V2") from the at least one hall sensor,, and drives the motor; wherein the at least one sensor that measures the hand force is an arrangement of at least two hall sensors,, wherein the at least two hall sensors, includes a first hall sensor configured to detect a first detected value ("V1"), and a second hall sensor configured to detect a second detected value ("V2"), wherein the control unit receives two representations, wherein one is derived from the first detected value ("V1") and other derived from the second detected value ("V2"), characterized in that; the two representations are compared with each other, and wherein the control unit based on the comparison of the two representations decides on a safe mode that allows starting of the motor, thereby generating hand force measurement not affected by an external magnetic influence.