Anti Collision Solutions

comprehensive solution package for collision avoidance, remote control and semi-automation of large mining shovels. iShovel is based on a multi-sensor concept that makes shovel operation safer, easier to handle and generates insightful process data for the IPCC control system. The system has been specifically developed for use in difficult environmental conditions. All components on the machines have a redundant layout (hot spares) to keep the system fully operational in the case of damage.


A conveyor belt is the carrying medium of a belt conveyor system (often shortened to belt conveyor). A belt conveyor system is one of many types of conveyor systems. A belt conveyor system consists of two or more pulleys (sometimes referred to as drums), with a closed loop of carrying medium—the conveyor belt—that rotates about them. One or both of the pulleys are powered, moving the belt and the material on the belt forward. The powered pulley is called the drive pulley while the unpowered pulley is called the idler pulley. There are two main industrial classes of belt conveyors

Pile Management system

We have level measurement solution for silos with high dust concentrations, high temperatures and other difficult conditions where laser, ultrasonic and comparable technologies fail.

Pile Management

iStockpile Volume offers versatile inventory control information in the form of 3D visualizations of the stockpile, color-coded height maps, statistical and historical production data and the option to freely define special zones in the stockpile area that must be monitored individually (e.g. above feeders, deadstock or to distinguish between material qualities or grades inside the total stock). Solution Layout: Several radar sensors are mounted onto the tripper car, scraper portal, overhead gantry crane or in fixed positions in the stockpile infrastructure. These sensors scan the surface of the bulk material below. The position of the tripper car is permanently tracked by the indurad LinearDynamicRadar (iLDR™) with the highest precision. Both types of information (bulk material profile and position) are then fused by the indurad RadarProcessingUnit (iRPU™) in order to create real-time volumetric information and permanently updated 3D images of the bulk material. For dozer, personnel and tool tracking, all participants must be equipped with RadioTransponderTechnology (iRTT™) tags.

Weighing your bulk materials with efficiency and precision

Versatile and highly accurate solutions Our range of weighing solutions, expertly developed and fine-tuned over the years, give you reliable, time-saving scales suitable for usage across different industries and processes. Whether you need a solution designed to withstand extreme conditions, scales that can weigh material travelling at high speed, or a compact and moveable solution that weighs everything entering your plant, we have the perfect weighing solution for your requirements. Direct weighing technology for heavy-duty industries Precise weighing in rail and other heavy-duty sectors makes all the difference. At Schenck Process, we have developed versatile and virtually maintenance-free direct weighing technology sensors to give flexible solutions no matter the application. Easily attached to any construction and customizable to your specific need, our unique and cost-effective weighing sensors instantly create an industrial scale that generates highly accurate results even in severe conditions. Moving or standing still? Always accurate results The key difference between static and dynamic scales is how they determine mass. Whichever you need, we have a weighing solution that suits. Our static scales are Simple and highly accurate Robust and low maintenance Easy to relocate whenever you need Our dynamic scales Give continuously reliable results even in extreme conditions Provide automatic, high-precision reports Save time and reduce costs with precise calculations

For the world's best and advanced solutions for the critical operations .