The Mountz EPC-10 Controller can be paired with any EPT, an all-in-one transducerized smart cordless screwdriver, to improve process manufacturing reliability and efficiency. With intelligent fastening strategies and high-precision torque accuracy – engineering can program the EPT to guide the operator through the assembly process with instructions and visual target data for each fastening position.…
Do you use fine-thread fasteners that are susceptible to cross-threading events? You can utilize the “free reverse” function with the Mountz smart electric screwdrivers systems. This feature starts a fastener in the reverse direction for a preset number of rotations and RPM setting to allow the fastener to be fine with the thread. Then smart…
The EPC-10 wireless controller operates with the EPT-Series transducerized smart cordless screwdrivers. The controller can monitor and collect fastening and event data for up to 8 wireless EPT battery screwdrivers. As cordless tools are used independently, the fastening and event are sent to the EPC-10 controller in real-time once the operation is completed. The cordless screwdriver stores…
Do you need an easy means to view a graphical representation of the fastening joint? The Mountz EPT and ECT smart electric screwdriver systems offer this function. The graphing features with EPC-10 and ECT controllers allow you to view in display in real-time the graph of the torque, speed, and angle data. Collect and store…
The Mountz smart electric screwdriver allows you to program multiple torque preset values and fastening steps into a single rundown event. Group similar processes and assign standardized tasks: program fastening sequences and torque tolerances for each fastener in a sequence for sensitive and complex assembly joints. You can achieve multiple fastening tasks with one tooling…
When fastening long screws with the EC or ECT smart electric screwdrivers, are you looking for efficiency and accuracy? The auto-customizing feature learns the characteristic of the rundown and will automatically program the free angle. This process allows the tool to operate at a high RPM and then automatically slow down to a low fastening…
Assembly automation is making large strides forward due to rapid advances in torque and fastening technology. Torque control systems are expediting all aspects of the automation process from installing error-proofing disciplines to the implementation of adaptive fastening strategies. Manufacturing automation is about tailoring and integrating a diversity of torque control technologies to enable an effective,…