DEPRAG presents accumulator-driven industrial tools at the MOTEK
Battery operated screw driving with highest accuracy
Angle-head screwdrivers for assembly in restricted space
The more that compressed air hoses or electric cables hinder assembly work, the more battery-powered EC-screwdrivers are favoured in industrial production. The better the performance of modern batteries, the more applicable battery powered tools are to industrial application. The proven DEPRAG precision screwdriving technology is now also available in battery powered form. At this year’s MOTEK fair from the 10th to 13th of October in Stuttgart, DEPRAG‘s screwdriving experts will present its new battery-driven EC-angle-head screwdriver.
Whether screwdrivers are needed for assembly in the interior of a car, or used for equipping caravans, compressed air hoses and electric cables hinder the work process in restricted spaces.(DEPRAG sales manager Jürgen Hierold: “Here, the use of an industrial battery-driven screwdriver can help tremendously”. On assembly lines where the conveyor belts are moving for example, the use of battery operated screwdriving tools provide major advantages. Sales manager Jürgen Hierold recalls: “Often in the past, the battery-driven screwdrivers could not convince the users because of their short life cycles. The performance of modern battery-driven screwdrivers today; however, can no longer be compared with this old technology.” The DEPRAG engineers decided in favour of high-tech Li-Ion batteries for their new screwdriver series. These batteries for example have a considerably lower idle-discharge, and as for the feared memory effect that occurs as a result of partial charging, it is now carefully managed via Smart Batteries. It is also important to note that they can now be fully charged in less than one hour.
The new DEPRAG 36V Li-Ion battery-driven screwdrivers offer both the highest energy and performance density. Development manager Albin Lanig explains: “The recovery of the braking energy for the electrically driven motor saves energy and results in an extremely efficient and economic energy consumption.” This energy efficiency and sensor-controlled multi-level standby mode enables a high number of screwdriving cycles per charge. The use of high-tech EC- motors with levels of both extraordinarily high efficiency and compression results in both low tool weight and high standby times.
Please find further information under www.deprag.com.
