Metal gears from Framo Morat

Gears and shafts are the central components of the motors that power industrial automation, conveyor systems, and complex machinery and equipment, keeping our world moving. Thanks to Framo Morat’s high-quality, precisely fitted gearing components, these drives are exceptionally robust and durable.

Rotor shafts used in material handling vehicle drives require the highest manufacturing precision to withstand heavy loads during daily operation while maintaining low noise levels. In our state-of-the-art production facilities, we have access to all quality-determining manufacturing processes. In addition to heat treatment, these include numerous hard finishing technologies.

Humanoid robots are increasingly performing tasks in logistics, assembly, and industrial assistance. This requires high-precision transmission solutions that enable delicate, controlled movements, even in extremely compact spaces. Our planetary stages are used in larger axes such as hips and knees, to provide maximum mobility, precise control, and reliable torque transmission. Through close co-engineering collaboration with our customers, we develop custom components that combine high torque density with low weight.

Gear-type high-pressure pumps generate a steady, pulsation-free flow of liquid at high pressures. This is achieved through the rotation of intermeshing pump gears that suck in, enclose, transport, and finally displace the fluid at the outlet. Framo Morat supplies custom-tailored pump gears that stand out due to their tight manufacturing tolerances, high gear quality grades, and excellent surface finishes. From the initial design phase, we consider industry-specific material, thereby ensuring the efficient and long-lasting operation of pump systems.

Rotor blades of wind turbines adapt continuously to changing wind conditions. To enable this precise adjustment, Framo Morat manufactures large-scale planetary gear components, such as ring gears, that reliably absorb and transmit enormous forces. These components play a crucial role in maximizing energy yield and ensuring system stability throughout its service life.

In the engines and transmissions of construction machinery, gearing components, such as specially designed pump gears, must be built to withstand constant extreme forces. These components are exposed to fluctuating torques, as well as high pressure and temperature peaks. To ensure a long service life, operational safety, and reliable function under these demanding conditions, Framo Morat relies on exceptionally robust designs, wear-resistant materials, and high-precision manufacturing.

Transmission components such as specially developed worm gear sets or spur gears enable continuously variable or partially autonomous driving in modern tractors. Framo Morat components meet the highest demands in this application: They can withstand the extreme loads of tough field operations and provide the reliability, durability, and longevity that farmers need – day after day and throughout the entire service life of the machine.

High-precision drive components are essential for the efficiency, dynamics, and future viability of modern mobility concepts. We are your development and manufacturing partner for complex components with special requirements: Our successful collaborations include spindle shafts for active rear-axle steering, dual pump gears for high-performance oil pumps, forged hubs for dual-clutch transmissions with ultra-precise external gearing, and input shafts for sports car transmissions that transmit extremely high torque with minimal weight.

The revolution is in full swing: E-bikes, cargo bikes, and many other battery-powered vehicles are changing how we move and transport goods. We are powering the mobility revolution: Our precision components for electric motors combine high efficiency and longevity with exceptionally low operating noise, whether they're made of metal, plastic, or a combination of materials, and whether it's individual gearing components, gear set pairs, or complete spur or planetary stages.
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