The invention relates to a hand pliers tool which might be embodied as crimping pliers, tube pressing pliers or cutting pliers. According to the invention, pliers pivoting parts are not (exclusively) connected to each other for being pivoted by bearing bolts arranged in bearing bores. Instead, pivot bearings are formed by bearing lugs having edge openings by which it is possible to insert a bearing pin into the bearing lug.

Embodiments of the disclosure provide a tool head for a hydraulic tool. The tool head includes a variety of lightweight, high-strength materials, such as titanium, titanium alloys, and carbon fibers. The tool head can be configured as a cutting, crimping, or pressing tool head.

A hand-actuated crimping tool for manipulating electrical cables includes a pair of crimping grips which are pivotally connected for movement between open and closed positions and a crimping head for gripping a cable. An electronic counter including an electronic circuit and a signaling device is connected with one of the grips and is operable to count each time the crimping tool is operated.

A terminal cutter includes a tool frame having a first cutting member coupled to an upper handle having a first cutting surface for cutting a terminal from a carrier strip and a second cutting member coupled to a lower handle having a second cutting surface for cutting the terminal from the carrier strip. A terminal strip guide assembly is coupled to the upper handle and/or the lower handle offset from the first and second cutting members. The terminal strip guide assembly includes a strip guide having a slot receiving the carrier strip and having a guide surface adjacent the slot. The guide surface is configured to engage the terminal to locate the terminal relative to the terminal strip guide assembly and to control a depth of the carrier strip received in the slot.

An in-line portable, handheld hydraulic scissor-type action crimping tool having a handle assembly and a working head assembly is provided. The handle assembly has a tool frame portion and a neck portion. The working head assembly has a pair of jaw members joined so that they are movable relative to each other and held in place by a locking pin. One jaw member has a nest secured to or directly formed into the jaw member. The other jaw member has an indentor secured to or directly formed into the jaw member.

Method for monitoring a crimping process including arranging an end fitting or coupling in an intended position between a first and second crimping jaw and initiating the crimping process, continuously detecting the position of the first and second jaw in relation to the other and the applied pressure and store the detected information in a control unit; comparing the detected information regarding position and applied pressure against predetermined characteristics determined for a crimping process with the desired quality; and if the detected information differs from the predetermined characteristics determined for a crimping process with the desired quality more than a predetermined value send alert to indicate that the crimping process not has the desired quality.

The invention relates to a pressing tool, crimping tool or cutting tool (1; 2; 3) with a tool jaw (5) which is supported at a supporting body (24) by a guidance (28) having a remaining measuring degree of freedom (26). The tool jaw (5) is supported at the supporting body (24) in the direction of the measuring degree of freedom (26) by a mechanical parallel arrangement of an elastic supporting element (14) and a sensor (84). Here, the stiffness of the elastic supporting element (14) is dimensioned such that for the maximum of the effective working force of the pressing tool, crimping tool or cutting tool (1; 2; 3) the sensor (84) has a maximum deflection of at least 0.1 mm or at least 1.

A crimping hand tool used for crimping a plurality of wires of a cable into a jack is provided. The crimping hand tool includes a first body, a second body, a linking member, a crimping assembly, and a first base. Two opposite ends of the linking member are pivoted to the first and the second crimping bodies respectively. The crimping assembly slidably assembled to the first body is pivoted to the second body. The first base movably assembled to the first body is located on a moving path of the crimping assembly. The first base has a plurality of supporting areas that switchably face toward the crimping assembly. The wires are disposed on the jack temporarily, and at least one of the first and the second crimping bodies is forced to slide the crimping assembly toward the supporting area to crimp the wires into the jack.

An electric tool is configured to crimp the work with constant force. The electric tool includes a body having an electric motor, a feed screw, a slide part, and a control part; and a tool head having a first jaw part and a second jaw part that are connected to the body, and are pivotably connected to each other. The slide part is provided with a first roller and a second roller.

This disclosure relates to a method for connecting a strand element to a connection element using a re-shaping method, such as a connecting a cable lug. A system is also disclosed which comprises a pair of receiving elements having a front side with a recess and a hollow section. The hollow section is designed to accommodate a press insert having a front side with a recess. The receiving element and the press inserts are arranged in a vice. The system also comprises a clamp having a front side with a recess, which is suitable for receiving the connection element. When a pair of receiving elements is arranged, together with the press insert, around a central region of the connection element, then a re-shaping connection, such as a crimp connection, is produced between the strand element and the connection element.