DEPRAG has provided automated assembly solutions to customers worldwide, including those in the telecommunications, electronics, automotive, appliance, sanitation, and medical industries. We are encouraged by the fact that we help our customers compete more effectively by allowing them to increase productivity, flexibility, and quality.
Assembly and screwdriving systems for unsurpassed assembly processes.
Compact and space-saving in the well-known DEPRAG design – the attractive DCAM exhibits high functionality and our customary reliability. The customer benefits from our established technology with well-designed standard components. Moreover, the modular platform concept means it is well suited to accommodate a wide variety of assembly and production tasks.
Intelligent Manual Workstations combine manual operation with process reliability, with a resulting accuracy comparable to automatic production. DEPRAG offers a comprehensive assortment of finished standard solutions, ensuring that the manual workstation operates reliably, economically, and ergonomically. These proven kit-modules allow for operator flexibility without loss in product quality.
An intelligent manual workstation could incorporate the following elements:
In most assembly machines the individual components determine the efficiency, up-time, and consequently, the ROI. As experienced machine-building experts, DEPRAG offers many proven, standardized individual components for system integrators. At the forefront is likely DEPRAG’s Screwdriving Function Module, or SFM. These robust, well-designed modules allow for easy integration into a larger machine, and they can be customized to the specific application at hand.
DEPRAG's E-SFM is a screwdriving construction unit with electronic stoke. By replacing the conventional pneumatic actuator with an electrically adjustable linear slide, a new degree of control is now possible as regards pressure, speed, and position. Moreover, due to its low weight, the E-SFM is suitable for use on robots with relatively low payload capacity.