Multifunctional BULL BENDING machines for strip, wire and tube processing – Machine Features:

Specially designed and built, the machine goes beyond the usual concepts associated with a production system and is based on an innovative modular concept that utilizes the utility functions of a CNC with the typical performance of a multi-slide system.

Each movement is generated by a servo-electronic axis and managed by our new “bending + programming®” program.

The above allows each individual machine to be made exactly to the customer’s technical specifications, without compromise or expensive modifications to standard models, while ensuring very high quality.

Previously, changing the product on this type of machine required 6-:-8 hours of tool and feeder setup.

BULL BENDING machines are equipped with a programmable electronic feeder (instead of mechanical) and programmable servo-motor presses (instead of mechanical).

The result is a reduction in the machine setup for a new product to 20% of the time required in an electromechanical machine!

---

FAQ

---

● Strip, wire, and tube processing involves technological methods used to shape these materials, giving them the desired form, dimensions, and mechanical properties. The most common techniques include cutting, bending, straightening, rolling, coiling, welding, and brazing. Thanks to modern CNC machines, it’s possible to achieve extremely high precision and repeatability. Processing can be performed on steel, aluminum, copper, and even plastic materials.

---

● These processes are applied across a wide range of industries, including automotive, construction, furniture, electronics, home appliances, energy, and medical sectors. Wires and tubes are frequently used to produce structural parts, springs, handles, heating elements, frames, connectors, and industrial installations. Strip processing allows for the production of precise components, especially in the electrotechnical and packaging industries.

---

● Various technologies are employed, such as laser cutting, plasma cutting, press brake bending, cold rolling, TIG/MIG welding, and automated production lines with robotic arms. Eco-friendly methods are also increasingly adopted to reduce energy consumption and material waste.

---

● Professional processing ensures high dimensional accuracy, repeatability, excellent finish quality, and optimal material use. With advanced machinery and skilled personnel, it is possible to handle both large-scale production and custom prototypes. Automation of the processes also helps lower production costs and shorten lead times.

---

● State-of-the-art machines play a crucial role in ensuring precision and efficiency. Cutting is performed using guillotine shears, circular saws, and laser or plasma cutters. Bending is done on CNC bending machines, press brakes, and rolling machines. Wire forming uses automatic multi-axis benders, while tube shaping involves mandrel and non-mandrel tube benders. TIG and MIG welding systems, as well as robotic welding stations, are commonly used for joining. Automation and integration with CAD/CAM systems enable high accuracy and shorter production times.

---

---

#stripprocessing #wireprocessing #tubeprocessing #stripbending #wirecutting #tubebending #metalworking #materialforming #mechanicalservices #lasercutting #tubewelding #CNCbending #steelprocessing #componentmanufacturing