The use of Dual Drive motorization ensures high force for the heaviest operations by harnessing the full power of two motors pushing in the same direction. For high-precision operations, the preload is automatically increased to achieve maximum accuracy.

The Dual Drive system consumes less energy compared to linear motors and requires no cooling system.

The entire Z-axis assembly is free of components that could interfere with the machining area, as the overall volume of the carriage is equal to or smaller than that of the head. This is advantageous when machining deep parts or when movement in confined spaces is required. The movement is driven by two preloaded double-helix ball screws, while the sliding is supported by two robust rails at the back, connected to the carriage by five sliding blocks, all ensuring maximum stability.

Flymill can integrate various types of tool changers, all of which can be perfectly interfaced with the new tool changer, even more compact and faster. This choice has allowed us to design the column to be as rigid as possible while also leaving the possibility of expanding or modifying the tool changer in the future if requirements evolve.

Optimization of the entire electrical cabinet and maintenance area. The hydraulic and pneumatic power units have been grouped in an orderly and compact manner, keeping all necessary diagnostic and maintenance modules within view. Designed to be modular and scalable, it allows for potential future expansion of the machine with new accessories and/or automation systems.

Whether milling or turning, Breton manufactures its machining tables in-house, using both consolidated solutions, such as hydrostatic technology, and innovating with the use of direct-drive motors, even on large-sized tables.