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The OnRobot Screwdriver is a screwdriver system designed for collaborative and light industrial robots. The screwdriver is equipped with an intelligent error detection system and multiple screw sizes. This technology allows the robot to reduce cycle time significantly. This article explains the screwdriver's features. It is also a versatile tool, making it easy to integrate into any robotic system. It has three distinct versions. Each one has a different purpose.

The iDriver offers five inputs and is able to store and recall various assembly sequences. The screwdriver can be programmed to handle various screwdriving tasks and saves space and labor. The iDriver has a single cable and plug connector for signal transmission. This means that potential malfunctions can be minimized. It also improves the logic used by the screwdriver, which is the basis for clamp force control.

The iDriver features customer-specific logic functions, which can be programmed and stored. The iDriver's digital interface makes it easy to manage multiple screwdriving programs and can also be stored for later reference. Additionally, the iDriver's hardware can be programmed to replace multiple conventional screwdrivers. It reduces the number of tools and increases productivity. Furthermore, it can be programmed to work with complex joints. The iDriver's built-in torque control and a screw counter are important features of this tool. This tool can improve productivity and cut down on bottlenecks. It also optimizes cycle times and reduces costs.

Mountz SH-Series robotic screwdrivers have programmable digital torque control. They are equipped with an AC servo motor system that provides precision torque control. The Mountz SH-Series includes a built-in screw counter. The iDriver controller detects errors such as cross-threading, missing screws, and unfinished rundowns. They are also equipped with a built-in sensor to keep track of the progress of the assembly process.

The Pozidriv system is another cross-head screwdriver system. The system combines the patented injected strip with a cross-head screwdriver. The advantage of this system is that the tips of the screws can be visible. The power tool has a softer start. This reduces the risk of over-tightening and cross-threading, thus making it safer for workers. However, the machine is not designed to process the whole range of cross-head screws.

The HexaDrive screwdriver system is a screwdriver system designed for hand and fingertip use. It is used for both manual and semi-automatic screw driving applications and doesn't suffer from hand fatigue. The HexaDrive interface is a high-quality, high-precision, and ergonomic. Moreover, it is available in a wide range of models and torques. A few of them are even lightweight and portable.

A screwdriver system is an essential part of any mechanical system. Its design should be durable, ergonomic and provide the best results. It should be a simple tool that fits into the hand. The chuck should fit in the screwhole. If it doesn't, the worker should buy a new one. It will save them time and money. The swivel chuck is also ideal for counterbored holes.