The role of lifting equipment in mechanical engineering
Lifting equipment plays a key role in mechanical engineering, enabling heavy and complex material to be handled safely and efficiently. These tools, such as lifting beams, lifting frames, cradles and scissors, are specifically designed for the demanding conditions of industry. They not only improve production efficiency, but also reduce the risk of errors and improve safety at work.
Hefmec lifting accessories are made of high quality materials that guarantee long life and maximum safety. The products are designed to withstand the harsh industrial environment and come CE marked, ensuring compliance with the standards. This ensures that our customers can rely on the quality and safety of our products.
Fixed and adjustable lifting beams
Lifting beams are one of the most common lifting aids used in mechanical engineering. Fixed lifting points eliminate the need to adjust lifting equipment for different sized loads, speeding up the lifting process and reducing the need for manual adjustment by workers. This not only improves production efficiency, but also reduces the possibility of errors and improves worker safety.
Adjustable lifting beams offer an efficient and versatile solution for lifting and moving different types of objects in an industrial environment. In the adjustable versions, the mobility of the lifting points allows products of different sizes to be lifted with a single tool. This flexibility is particularly useful when handling loads of different sizes and weights safely and efficiently.
Lifting frames and their versatility
Lifting frames are another important lifting aid, allowing you to lift objects of different sizes and shapes safely and in the correct position. The multiple suspension points of the lifting frames allow lifting objects of different sizes and shapes safely and in the correct position. This versatility makes them an excellent choice for a wide range of industrial applications.
Lifting frames save on procurement costs, phase time and therefore production costs. They offer a cost-effective solution, especially when the products to be lifted are standardised and uniform. This makes them particularly useful in industrial environments where products of the same size and shape are lifted repeatedly.
Spherical starters and their specific characteristics
The hoop hoists are specially designed for spaces where height poses a challenge for lifting. They allow safe and secure form-locked gripping of different shapes of objects, for example the inner edge of a round object. The protruding arms of the ring grippers allow lifting of objects of different sizes with a single tool, which increases their versatility.
Frame starters save on procurement costs, phase time and production costs. They offer a cost-effective solution, especially when the products to be lifted are standardised and uniform. This makes them particularly useful in industrial environments where products of the same size and shape are lifted repeatedly.
Lifting scissors and their applications
Lifting shears are particularly useful when form-locking and self-tightening gripping is required. Typically, lifting scissors are used to lift round pieces, such as large bearings or annular pieces. The quick-release jaws of the scissor jaws allow the jaws to be interchanged or rotated, allowing lifting from inside or outside the workpiece.
Lifting scissors save on procurement costs, phase time and production costs. They offer a cost-effective solution, especially when the products to be lifted are standardised and uniform. This makes them particularly useful in industrial environments where products of the same size and shape are lifted repeatedly.
Pantomime grippers and their advantages
The grab rails are specially designed for areas where height poses a challenge for lifting. They allow safe and secure form-locked gripping of different shapes of objects, for example the inside edge of a round object. The grippers save on procurement costs, lead time and production costs.
Pantomime grippers offer a cost-effective solution, especially when the products to be lifted are standardised and uniform. This makes them particularly useful in industrial environments where products of similar size and shape are lifted repeatedly. They also offer flexibility and versatility, making them an excellent choice for a wide range of industrial applications.
