Комплекс резки на основе волоконного лазера

SALVAGNINI L5-40 3000W (Италия)

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Особенности

• The L5, like the L3, benefits from the experience and know-how that Salvagnini has acquired during years of continuous investment in fiber laser technology. The L5 is dedicated exclusively to fiber and is able to reach the very highest levels in terms of speed, accuracy, reliability, performance and energy-saving.
• High-quality cutting with a single optic. The single cutting head features a single optic for high-quality cutting across the entire range of thicknesses, assuring fast production changeovers and slashing retooling times.
• Electronic source: concrete advantages, proven savings, excellent performance. And no maintenance. Compared to a standard CO2 source with the same characteristics, the fiber source requires virtually no maintenance, as its life expectancy is practically the same as that of the machine. Energy consumption is reduced by more than 70% and costs per part by more than 50%. For the L5 power absorption is around 24 kW in cycle.The success of optical fiber is linked to the communications and military sectors, where this technology has brought many benefits over the last few decades. Optical fiber technology has revolutionized twice over the Salvagnini L5 fiber laser cutting machine. Optical fiber is, in fact, used both to generate the beam inside the electronic source and to transport the beam from the source to the machine. This offers a variety of advantages, including the elimination of both optical path and laser gas and the creation of a more simple and compact layout. The electronic source requires virtually no maintenance, as its life expectancy is practically the same as that of the machine. The success of optical fiber is linked to the communications and military sectors, where this technology has brought many benefits over the last few decades.Optical fiber technology has revolutionized twice over the Salvagnini L3 fiber laser cutting machine. Optical fiber is, in fact, used both to generate the beam inside the electronic source and to transport the beam from the source to the machine. This offers a variety of advantages, including the elimination of both optical path and laser gas and the creation of a more simple and compact layout.The electronic source requires virtually no maintenance, as its life expectancy is practically the same as that of the machine.
• The compass: maximum dynamics and minimum consumption, with rotary motors. The L5 features a patented mechanical drive system consisting of a compass structure, made possible by the absence of a defined optical path. This structure is driven by a pair of rotary motors. The compass: maximum dynamics and minimum consumption, with rotary motors. The L5 features a patented mechanical drive system consisting of a compass structure, made possible by the absence of a defined optical path. This structure is driven by a pair of rotary motors, which are the very heart of the mechanical solution patented by Salvagnini: * offering similar dynamics to those of linear motors, yet consuming less than 1 kW of power when in operation; * requiring a simpler structure as they do not need dedicated cooling systems or optical scales, resulting in greater process reliability. The bearing beam principle designed by Salvagnini guarantees not only the extreme rigidity of the structure but also fast and accurate positioning along with easy access to the workpiece. The absence of an optical path, a feature of machines designed exclusively for cutting with a fiber source, eliminates many design constraints and drastically reduces inertia.

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