Fiber laser cutting machine LT14
3D laserfor stainless steelfor aluminum

Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum
Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum
Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum - image - 2
Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum - image - 3
Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum - image - 4
Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum - image - 5
Fiber laser cutting machine - LT14 - BLM GROUP - 3D laser / for stainless steel / for aluminum - image - 6
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Characteristics

Technology
fiber laser, 3D laser
Material
for stainless steel, for aluminum, for brass
Associated function
for welding
Other characteristics
mild steel
Tube diameter

355 mm
(14 in)

Laser power

3,500 W

Description

LT14 FIBER Fiber laser cutting is all grown up 3D laser cutter for tubes up to 355 mm (14”) in diameter, open and special shaped structural beams LT14 FIBER: 3D laser cutter for structural beams and tubes •processing large tubes up to 100 kg/m (67 lb/ft) •loading and unloading lengths up to 18 m (60’) •fully automatic adjustments •3D cutting with fiber laser source up to 3.5 kW •cuts tubes, structural beams and open or special profiles (IPE) •cuts all metals including highly reflective alloys: mild steel, stainless steel, aluminium A new perspective for cutting large diameters The LT14 FIBER cuts large diameter tubes rapidly and accurately by use of an innovative structure that rapidly moves the cutting head, not the tube. With this approach, you can obtain neater and more accurate geometries because the tube is gripped once at the beginning and is not released until the end of processing. Zero scrap. The end of scrap and waste The two through chucks have dual functions; both rolling the tube and clamping it. This way the tube is never released thus making the cuts more accurate. The cutting head automatically travels from one side of the chuck to the other according to the geometries to be made and utilizing the entire length of the bar without producing scrap. The advantages of fiber laser cutting Laser cutting of thick-walled tubes, such as structural beams, provides cost and part quality advantages when compared to traditional plasma or oxygen cutting. The laser performs accurate cuts needed to meet the required tolerances; without the need for grinding or other re-work. The laser cut edges are ready for welding without any additional weld prep.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.