Avoid reaching overload limits, which can happen quickly, if not monitored.
Wirelessly measure and level to ensure maximum safety.
Build with our proven systems and save on machine down time and development costs. With modular components, easily upgrade, repair, and quickly customize for specific needs.
The patented MRW load cell allows users to avoid load limitation issues by giving exact measurements with high accuracy. No guessing or estimating. When safety is on the line, our solutions for load limitation are the best in class.
Redundant load control up to 1,000 kg with optional additional alarm indicator and acoustic signal. Has a simple "one button" operation.
Redundant load control up to 500 kg or 1,000 kg integrated directly into the higher-level machine control.
Redundant load control up to 1,000 kg, specially designed for large aerial work platforms.
The temperature-compensated and redundant MSS sensors measure the inclination of the chassis and the booms - measurement values that are used for the load moment limitation system. This is a safety relevant system that prevents the vehicle from tipping over. Such a system enables the maximum outreach in every position of the vehicle without threatening the structural safety. Due to its compact and rugged design, the MSS inclination sensor can be optimally mounted and set up on your vehicle. For safety-relevant applications this technology and process should therefore always be your first choice!
The MOBA HMImc (mc = modular concept) provides the unique opportunity to easily and quickly create an individualized operating unit. Simply combine your required components from a range of keypad, display, and joystick modules. Design your individual HMI according to your needs and requirements with flexibility through modularity.
MOBA's MCP is a true everyday hero among users thanks to its simplistic design. All components can be easily exchanged or replaced at any time. In addition to the hardware, the software has also been designed for long-term use with time-and cost efficient upgrades to increase the longevity of the system and significantly contribute to the reduction of maintenance times.
The ultrasonic measurement system measures the extension length of the outriggers, that lie within a measurement range of up to 5 m. Located on the chassis, information is transmitted to the Superordinate Control system. Information on the current span width of each individual outrigger is then made available to the machine. This system enables variable stabilization, ensuring maximum utilization of the work platform, concrete pump or mobile crane.