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laser cutting machine HZC-2512

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Keyword: cutting, cutting machine, laser cutter, laser cutting machine

Category: General Industrial Equipment

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Artworldcn Enterprise Limited

Country / Year Established: China /

Business type: Others

Verified Certificate: 13

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PRODUCT DESCRIPTION COMPANY INFORMATION Related Products

Product name	laser cutting machine HZC-2512	Certification	-
Category	General Industrial Equipment	Ingredients	-
Keyword	cutting , cutting machine , laser cutter , laser cutting machine	Unit Size	-
Brand name	-	Unit Weigh	-
origin		Stock	-
Supply type	-	HS code	-

Product Information

Metalic laser cutting machine is using xenon lamp as excitation source to output high energy density laser beam and focus on the surface of work piece, let the work piece shined by flare make the regional local instant melting and gasification, the realization of automatic cutting is use computer control CNC machinery system to move the flare illuminate area, it’s a high-tech equipment which in the integration of laser technology, numerical control technology, precision machinery technology.

1. High precision: positioning accuracy is 0.05 mm, repeat location accuracy is 0.02 mm

2. Narrow kerf: laser beams focus into very small light points make focus reach high power density, material quickly heated to a gasification degree and evaporated forming a hole. Because beam and material make relative linear moving, continuous formation width is very narrow. Incision width generally is 0.10 ~ 0.20 mm.

3. Smooth cutting surface: there is no burr on cutting surface and incision surface roughness should be generally controlled within Ra12.5.

4. High speed: cutting speed can reach 450 m/min and the biggest localization speed can reach 10m/min, much faster than the speed of wire-cutting.

5. Good cutting quality: cutting edge with little heated influence and work piece with no thermal deformation, totally avoid collapse edge caused by materials shearing, generally joint-cutting do not need to secondary processing.

6. Do not suffer inference from hardness of the cut materials: laser can process stainless steel, aluminum alloy plates, hard alloy etc, no matter how hardness the material is, can undertake no deformation cutting.

7. Do not suffer influence from the shape: the flexibility of laser machining is good which can process any graphics and cut pipe and other profiled materials.

8. Save investment for model: laser processing do not need model, no model consumption, no need to repair model, save the replacement time, which saves processing cost, reduce the cost of production, especially suitable for large products processing.

9. Save materials: adopt computer to program which can put different shapes products for the whole piece plate material blanks, maximize materials utilization.

10. Improved the development speed of new product: once product drawings have been formed the machine can immediately start laser processing and obtain new products in the shortest possible time.

laser working medium: ND: YAG
laser output power: 500Wlaser power consumption: 18KW
power demand: 380V±0.5%/50Hz/60A
laser wavelength: 1064nm
processing area: 1250mm X 2500mm，1500x3000mm
repeat location accuracy: ±0.05mm
impulse frequency：1-600Hz
min cutting line width：0.15-1mm
max cutting thickness(carbon steel and stainless steel): 6mm
suitable cutting materials: stainless steel, carbon steel, aluminium plate, copperplate, titanium plate and so on.
geometry location accuracy of X,Y,Z axis: ≤±0.08mm/1000mm
repeat location accuracy of X,Y,Z axis: ≤±0.04mm
machine weight: 980kg
cooling method : 5P cold water
max cutting speed: 4500mm/min

Technical parameter:

Materials	Cutting thickness （mm	Bore diameter（mm）	Max cutting speed（mm/min）	Inclination angle	Min line width （mm）	Gas	Remarks
stainless steel	0.5	0.2	3000	ignore	0.12	Blowing oxygen Blowing oxygen when it is very smooth.	The speed will increase 20% when blowing oxygen.
	1	0.25	1000	0.5 degree	0.15	Blowing oxygen. Blowing oxygen when it is very smooth.	The speed will increase 20% when blowing oxygen.
	2	0.3	700	1 degree	0.25
	3	0.4	400	2 degree	0.3
	4	0.6	200	2.5 degree	0.4
	5	max bore diameter 0.7	180	Within 3 degree	0.45
Carbon steel	1	0.2	2000	ignore	0.12
	2	0.25	1000	0.5 degree	0.15
	3	0.3	750	1 degree	0.25
	4	0.4	685	2 degree	0.3
	5	0.6	580	2.5 degree	0.4
	6	max bore	420	Within 3 degree	0.45