Salvagnini L5 Fiber laser
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ConditionNew
New
L5 technology is the best fit for hole-intensive parts as the design will improve cut cycle time up to 30% over standard laser cutting technology. Reduce cycle times with the 10kw IPg power supply, Automated loading and unloading material handling, Salvagnini Controller offers complete user and management software to reduce operator error with the ability to manage perimeters and monitor cutting conditions.
Simple to use
Proprietary functions such as TRADJUST, the simple
and intuitive multi-task interface, together with great
accessibility, the portable terminal on board the machine,
the artificial vision systems and the part tracing and
identification solutions, allow operators to effortlessly
solve any problems they come across in their day-to-day
work, making the L5 agile and easy to use.
Automation
Storage and automatic loading/unloading/sorting
devices increase the autonomy of the system,
regaining efficiency both in individual processing
steps and throughout the production process,
eliminating bottlenecks and reducing the impact of
labor costs
High dynamics and productivity
The compass is a winning solution for nest cutting, where the optimized
positions of the parts require fast but very short head movements and
precision cutting. Parameter modulation, the proprietary algorithms
that control the kinematics, full process control, and advanced sensors
help to improve overall efficiency.
Process efficiency
Advanced technical solutions,
full control of the process
with cutting-edge sensors,
digitalization and the OPS
software for real-time production
management, eliminate low
added-value operations,
eliminating downtimes and
reducing the cost per part, thus
increasing factory performance.
Productivity: high dynamics and reduced consumption
Adaptivity: real-time control
Versatility: selectable operating mode
Simplicity: automatic parameter modulation
Ergonomics: airplane structure
Configuration: modular automation
L5 technology is the best fit for hole-intensive parts as the design will improve cut cycle time up to 30% over standard laser cutting technology.
Working range :
XY Worktable 60X120 / 60X160
Fibe laser Source 2000, 3000,4000 watt
10,000 W
Steel 1"
Stainless Steel 1.18
Aluminum 1.181
Copper 0.394
Brass 0.394
Minimum Thickness (in) 0.020
Consumption (in KW)
Max 42
Average 24
1 Measurement calculated according to VDI3441 on maximum axis lengths.
2 Cutting quality on limit thicknesses may depend on geometries required, material quality and system operating conditions.
At limit values, burrs may be present on the lower edge of the cut. These values are for the Salvagnini reference materials.
3 Maximum consumption calculated on the standard system configuration, in 3 cutting cycles on mild steel from 0.8 to 6 mm.
4 Average consumption calculated on the standard system configuration, in 3 cutting cycles on mild steel from 0.8 to 6 mm.
IPG Fiber Laser
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