Weighing Scales
HEMAK truck scales are designed for the accurate weighing of trucks, trailer combinations, and material flows in industrial, logistics, agricultural, and recycling facilities. They are used for material receipt and dispatch, cargo inspection, invoicing, inventory management, and on-site traffic control. When integrated with the SCALIS system, the truck scales can function as part of an automated weighing process that includes vehicle identification via RFID, QR codes, PINs, or license plates, digital weigh tickets, camera monitoring, and integration with an ERP or warehouse management system. The result is faster weighing, fewer errors, and accurate tracking of every material movement.
RAIL SCALES
HEMAK rail scales are designed for precise static and dynamic weighing of railroad cars, trains, and material flows in industrial facilities. They are suitable for the metallurgical, energy, and mining industries, as well as for logistics terminals, warehouses, ports, and manufacturing facilities where reliable weight records are essential. When used with SCALIS software, data from the rail scale can be automatically stored, processed, and linked to records of materials, orders, railcars, carriers, or an ERP system. The result is accurate weighing, digital weigh slips, improved traceability, and better control over material movement throughout the entire operation.
Conveyor Scales
HEMAK belt scales are designed for continuous weighing of material directly on belt conveyors without interrupting the production process. They are used for monitoring the flow of bulk materials, as well as in manufacturing, shipping, recycling, mining, and the processing of aggregates, biomass, coal, waste, or industrial raw materials. When integrated with the SCALIS system, data from the belt scale can be used for online tracking of material quantities, monitoring line performance, inventory control, production analysis, and data transfer to an ERP or warehouse management system. The result is precise control of material flow, less manual record-keeping, and a better overview of the performance of the entire operation.
HEMAK onboard scales allow for weighing materials directly on a machine or vehicle during loading, handling, and transport. They are used on loaders, forklifts, agricultural machinery, trucks, excavators, and other machines where it is necessary to check the weight without moving to a stationary scale. When connected to the SCALIS system, on-board scales can send data on loaded material, machine performance, jobs, or operators to a digital record-keeping system. This provides the operation with more precise control over loading, fewer overloaded vehicles, faster shipping, and a better overview of machine performance, drivers, and material flows.
CAMEKO Dashcams
CAMEKO is HEMAK’s portfolio of camera and security systems for construction machinery, trucks, municipal vehicles, logistics, agriculture, and industrial operations. CAMEKO solutions help drivers monitor blind spots, reversing maneuvers, the area to the side of the vehicle, the movement of people and cyclists, the cargo, and the vehicle’s surroundings in real time. When combined with the SCALIS system, these camera systems can supplement the weighing process with visual inspection of the vehicle, license plate, cargo, or weighing station. This provides the facility with greater safety, improved traceability, support for handling complaints, and more precise control over the movement of equipment, materials, and vehicles on the premises.
HEMAK safety sensors, such as the PRECO SENTRY and PRECO SIDE DEFENDER II, are designed to detect objects, people, cyclists, and vehicles in the blind spots of construction machinery, trucks, and industrial equipment. They assist drivers when reversing, turning, maneuvering, and moving within areas where there is an increased risk of collision. When integrated with the SCALIS system, these safety sensors can enhance automated weighing and on-site traffic management by providing a higher level of control over vehicle movement. This results in safer passage through the weighing station, better protection of people and equipment, fewer risky situations, and more reliable monitoring of vehicle movement in industrial environments.