We are a high-flying name in this arena and thus, strive hard to deliver the best in class products to the clients. Also, we source the basic material from the reliable places. As we have an efficient supply chain network, our company is able to fulfill bulk orders with ease and make deliveries on time.

Areas of Application

• Slewing bearings : Slewing bearings are design and connecting elements used specifically in the construction of wind turbines, cranes, excavators, machines, tunnel boring machines and in mechanical engineering in general.
• Rotors and turbines : Rotors with a diameter of more than 60 meters anchored on multi-ton mounts – when you think of the size of modern wind turbines, it is easy to forget how much precision is required to ensure that power will be generated reliably for years to come.
• Gear housing : Gear housing is used to guide all existing waves along the bearing. It ensures that wheels have the necessary variance – no matter how much stress and strain – without impairing their rotary motion and, potentially, their line movement.
• Gearing : The gear machine element is a circle with teeth spaced evenly over its circumference. Two or more gears paired with each other form a gear drive. They constitute the largest group amongst the gearing mechanisms.

We are a high-flying name in this arena and thus, strive hard to deliver the best in class products to the clients. Also, we source the basic material from the reliable places. As we have an efficient supply chain network, our company is able to fulfill bulk orders with ease and make deliveries on time.

Areas of Application

• Slewing bearings : Slewing bearings are design and connecting elements used specifically in the construction of wind turbines, cranes, excavators, machines, tunnel boring machines and in mechanical engineering in general.
• Rotors and turbines : Rotors with a diameter of more than 60 meters anchored on multi-ton mounts – when you think of the size of modern wind turbines, it is easy to forget how much precision is required to ensure that power will be generated reliably for years to come.
• Gear housing : Gear housing is used to guide all existing waves along the bearing. It ensures that wheels have the necessary variance – no matter how much stress and strain – without impairing their rotary motion and, potentially, their line movement.
• Gearing : The gear machine element is a circle with teeth spaced evenly over its circumference. Two or more gears paired with each other form a gear drive. They constitute the largest group amongst the gearing mechanisms.