Laser cutting machine Profile Series
for steeltubeCNC

laser cutting machine
laser cutting machine
laser cutting machine
laser cutting machine
laser cutting machine
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Characteristics

Technology
laser
Material
for steel
Product handled
tube
Control type
CNC
Associated function
drilling
Configuration
3-axis
Other characteristics
high-power, for pipe ends, kerf
X travel

12,000 mm
(472 in)

Y travel

1,500 mm
(59 in)

Z travel

100 mm
(4 in)

Cutting speed

30,000 mm/min, 50,000 mm/min
(19.685 in/s, 32.808 in/s)

Laser power

4,000 W

Repeatability

0.025 mm
(0.001 in)

Overall length

12,000 mm
(472 in)

Overall width

1,500 mm
(59 in)

Description

Oil slotting pipe is the key part to protect from sand during oil mining. Oil slotting pipe can be classified into five types: bridge type oil slotting pipe, drilling slotting pipe, kerf slotting pipe, composted pipe, wire-wrapped slotting pipe. Oil slotted casing pipe is cut by specialized ultra-thin cutting disk and laser beam. There are many certain configurations kerfs with shape of longitudinal or helical straight line on oil slotted casing pipe. Farley Laserlab oil slotting pipe laser cutting machine adopts advanced technology, which can cut different type of oil slotting pipe. By means of focusing, high density and high-power laser beam working on sieve pipe, on the premise of exceeding a threshold value of laser power density, heat energy from working gas and laser beam’s chemical reaction is absorbed by material, thus causing a dramatic increase in the temperature of laser sport on the surface of the casing, partial melting or gasification of workpiece material to form a hole, then relative motion of the casing and laser beam can achieve casing cutting. Farley Laserlab oil slotting pipe laser cutting machine adopts advanced technology, which can cut different type of oil slotting pipe. By means of focusing,high density and high-power laser beamworking on sieve pipe, on the premise of exceeding a threshold value of laser power density, heat energy from working gas and laser beam’s chemical reaction is absorbed by material, thus causing a dramatic increase in the temperature of laser sport on the surface of the casing, partial melting or gasification of workpiece material to form a hole, then relative motion of the casing and laser beam can achieve casing cutting.

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