Hcgmt® 1500W Sheet Metal CNC Fiber Laser Cutting Machine Precision Cutter Lathe

• After-sales Service: Can Be Negotiated
• Warranty: 1-Year
• Application: Home Appliance, Environmental Equipment, Petroleum Machinery Manufacturing, Agriculture Machinery, Textile Machinery, Food Machinery, Aerospace Industry, Automotive Industry, Shoemaking Industry, Advertising Industry
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: 1500W
• Cooling System: Water Cooling
• Technical Class: Continuous Wave Laser
• Applicable Material: Metal
• Structure Type: Desktop
• Laser Classification: Solid Laser
• Laser Technology: Laser Fusion Cutting
• Maximum Sheet Metal Cutting Size: 3*1.5m/4*1.5m/6*1.5m/4*2m/6*2m
• Axial Positioning Accuracy of The Workbe: 0.03mm/M≤+0.03mm/M
• Laser Working Medium: Fibre Optics
• Laser Wavelength: 1060-1080m
• Rated Output Power: 1500W
• Beam Quality: <0.373mrad
• Maximum Movement Speed: 120m/Min
• Power Rated Parameters: Three-Phase AC 380V50Hz
• Electrical Power of Equipment: 17.3kw
• Total Power Supply Protection Level: IP54
• Maximum Acceleration: 1.29
• Positioning Accuracy: ±0.05mm
• Repositioning Accuracy: ±0.02mm
• Transport Package: Container
• Specification: Customizable
• Trademark: HCGMT®
• Origin: China
• HS Code: 8456100090
• Production Capacity: 100/Year
• Package Size: 500.00cm * 400.00cm * 200.00cm
• Package Gross Weight: 10000.000kg

Product Description

Laser Cutting Machine

Product Parameters

HCGMT® 1500W Fiber Laser Cutting Machine Technical Parameters
Laser Type	Fiber Laser
Laser Working Medium	Fibre Optics
Laser Line	1060-1080M
Rated Output Power	1500W
Beam Quality	<0.373Mrad
Axial Positioning Accuracy	0.03MM/M≤+0.03MM/M
Maximum Sheet Metal Cutting Size	3*1.5M/4*1.5M/6*1.5M/4*2M/6*2M
Repositioning Accuracy	0.03MM/M≤+0.03MM/M
Maximum Moving Speed	120M/MIN
Power Rated Parameter	Three-phase AC 380V50HZ
Electrical Power	17.3KW
Total Power Supply Protection Level	IP54
Maximum Acceleration	1.2G
Positioning Accuracy	±0.05MM
Repositioning Accuracy	±0.02MM
Working Voltage	380V/50HZ
Cooling Type	Water Cooling
Note: All parameters are dynamic and for reference only. For more information, please contact customer service.

Cut Thickness & Speed Param.

Material	Thickness(MM)	Gas	1500W	3000W	6000W	12000W	15000W
Carbon Steel (Q235B)			Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)
	1	Nitrogen/Oxygen	26-29	47-50	58-62
	2	Nitrogen/Oxygen	7-8	21-23	31-36
	3	Nitrogen/Oxygen	/	6-12	18-22	32-38	34-39
		Oxygen	2.9-3.2	3.9-4.1	/	/	/
	4	Nitrogen/Oxygen	/	/	11-13	22-26	25-29
		Oxygen	2.4-2.6	3.4-3.6	3.7-4	/	/
	5	Nitrogen/Oxygen	/	/	8-10	17-20	18-22
		Oxygen	1.8-2.0	/	3.2-3.3	/	/
	6	Air	/	/	5.5-6.5	12-14	16-18
		Nitrogen	/	/	5.5-6.5	11-13	15-17
		Oxygen	1.6-1.8	2.7-2.8	2.6-2.8	2.6-2.8	2.6-2.8
	8	Air	/	/	/	8-10	10-11
		Nitrogen	/	/	/	7-9	9-10
		Oxygen	1.1-1.3	2.1-2.3	2.5-2.6	2.5-2.6	2.5-2.6
	10	Air	/	/	/	5-6	7-8
		Nitrogen	/	/	/	4.5-5.5	6.5-7
		Oxygen	0.9-1.0	1.4-1.6	2.2-2.3	2.2-2.3	2.2-2.3
	12	Air	/	/	/	4.2-5	5.5-6.5
		Nitrogen	/	/	/	4-4.8	5-6
		Oxygen	0.8-0.9	1-1.1	1.8-2.0	1.9-2	1.9-2
	14	Air	/	/	/	3.5-4.2	5-5.55
		Nitrogen	/	/	/	3.2-3.5	4.8~5
		Oxygen	0.6-0.7	0.9-0.95	1.4-1.7	1.5-1.6	1.5-1.6
	16	Air	/	/	/	/	/
		Oxygen	0.5-0.6	0.8-0.95	1.2-1.3	1.4-1.6	1.4-1.6
	18	Air	/	/	/	/	/
		Oxygen	/	0.7-0.72	0.7-0.8	1.4-1.5	1.4-1.5
	20	Air	/	/	/	/	/
		Oxygen	/	0.6-0.65	0.6-0.65	1.4-1.5	1.4-1.5
	22	Oxygen	/	0.55	0.55-0.6	1.2	1.2-1.3
	25	Oxygen	/	0.5	0.5-0.55	1	1.2-1.3
	30	Oxygen	/	/	/	0.4	0.8~0.9
	35	Oxygen	/	/	/	0.35	0.4
	40	Oxygen	/	/	/	0.3	0.35
	45	Oxygen	/	/	/	0.2	0.25
	50	Oxygen	/	/	/	/	0.2
	60	Oxygen	/	/	/	/	/
	70	Oxygen	/	/	/	/	/
	80	Oxygen	/	/	/	/	/
Stainless Steel (SUS 304)	Thickness(MM)	Gas	1500W	3000W	6000W	12000W	15000W
			Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)
	1	Nitrogen/Oxygen	27-30	50-53	59-65	/	/
	2	Nitrogen/Oxygen	8-9	23-25	32-38	/	/
	3	Nitrogen/Oxygen	4.2-4.5	10-12	20-24	32-38	34-39
	4	Nitrogen/Oxygen	2.0-2.2	6-8	12-15	22-26	25-29
	5	Nitrogen/Oxygen	1.5-1.7	/	9-11	17-20	18-22
	6	Air	1.0-1.2	2.9-3.1	6-7.5	14-16	17-20
		Nitrogen	1.0-1.2	2.9-3.1	6-7.5	13-15	16-19
	8	Air	0.5-0.6	1.2-1.3	4-4.5	10-12	12-14
		Nitrogen	0.5-0.6	1.2-1.3	4-4.5	9-11	11-13
	10	Air	/	0.75-0.8	2.2-2.4	8-9	8-10
		Nitrogen	/	0.75-0.8	2.2-2.4	7.5-8	7-9
	12	Air	/	0.5	1.3-1.5	6.0-6.5	7.0-7.5
		Nitrogen	/	0.5	1.3-1.5	5.2-6.0	6.0-6.5
	14	Air	/	/	0.9-1.0	3.7-4.0	4.8-5.0
		Nitrogen	/	/	0.9-1.0	3.2-3.5	4.3-4.5
	16	Air	/	/	0.8-0.85	2.7-3.0	3.4-3.8
		Nitrogen	/	/	0.8-0.85	2.3-2.5	3.0-3.5
	18	Air	/	/	/	2.2-2.5	3.0-3.3
		Nitrogen	/	/	/	1.8-2.0	2.6-2.8
	20	Air	/	/	0.5-0.6	1.6-1.8	2.0-2.2
		Nitrogen	/	/	0.5-0.6	1.3-1.5	1.6-1.8
	25	Air	/	/	/	0.8-1.0	1.2-1.5
		Nitrogen	/	/	/	0.7-0.8	1.1-1.3
	30	Air	/	/	/	0.65	0.6-0.7
		Nitrogen	/	/	/	0.25	0.33-0.35
	35	Nitrogen	/	/	/	/	/
	40	Nitrogen	/	/	/	0.15	0.25
	50	Nitrogen	/	/	/	0.1	0.15
	60	Nitrogen	/	/	/	/	0.1
	70	Nitrogen	/	/	/	/	0.06
	80	Nitrogen	/	/	/	/	/
	90	Nitrogen	/	/	/	/	/
	100	Nitrogen	/	/	/	/	/
Aluminum	Thickness(MM)	Gas	1500W	3000W	6000W	12000W	15000W
			Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)
	1	Nitrogen/Air	21-23	40-43	43-46	/	/
	2	Nitrogen/Air	5-7	16-18	26-28	/	/
	3	Nitrogen/Air	3.2-3.5	8-10	6-6.5	27-30	28-32
	4	Nitrogen/Air	1.5-1.7	5-6	4.5-5	19-21	20-22
	5	Nitrogen/Air	0.5-0.7	/	2.8-2.9	14-16	16-18
	6	Nitrogen/Air	/	1.5-2	1.7-1.8	10-12	12-14
	8	Nitrogen/Air	/	0.6-0.7	1.0-1.2	7-8	8-9
	10	Nitrogen/Air	/	/	0.7-0.9	4-5	5.5-6
	12	Nitrogen/Air	/	/	0.5-0.6	2.5-3	3.5-4
	14	Nitrogen/Air	/	/	/	2.3-2.5	2.5-3
	16	Nitrogen/Air	/	/	/	1.6-1.8	1.8-2
	18	Nitrogen/Air	/	/	/	1-1.2	1.4-1.6
	20	Nitrogen/Air	/	/	/	0.8	0.9-1.0
	22	Nitrogen/Air	/	/	/	0.5	0.8
	25	Nitrogen/Air	/	/	/	/	0.5
	30	Nitrogen/Air	/	/	/	/	/
	40	Nitrogen/Air	/	/	/	/	/
	50	Nitrogen/Air	/	/	/	/	/
Brass	Thickness(MM)	Gas	1500W	3000W	6000W	12000W	15000W
			Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)	Speed (M/MIN)
	1	Nitrogen/Air	18-20	37-40	41-43
	2	Nitrogen/Air	4-5	14-16	24-26
	3	Nitrogen/Air	2.3-2.5	7-9	13-14	25-28	25-29
	4	Nitrogen/Air	1.2-1.4	3-4	9-10	16-18	18-20
	5	Nitrogen/Air	/	/	5-6	12-14	13-16
	6	Nitrogen/Air	/	1.2-1.5	4-4.5	9-11	11-13
	8	Nitrogen/Air	/	0.5-0.6	2.3-2.5	6-7	7-8
	10	Nitrogen/Air	/	/	1.5-1.6	3.5-4.5	5-5.5
	12	Nitrogen/Air	/	/	1.0-1.2	2.2-2.8	3.2-3.5
	14	Nitrogen/Air	/	/	0.7-0.9	1.8-2	2.3-2.8
	16	Nitrogen/Air	/	/	0.5-0.6	1.4-1.6	1.5-1.8
	18	Nitrogen/Air	/	/	/	0.8-1.0	1.1-1.3
	20	Nitrogen/Air	/	/	/	0.7	0.7-0.9
	22	Nitrogen/Air	/	/	/	0.4	0.7
	25	Nitrogen/Air	/	/	/	/	0.4
1.  In the cutting data, the core diameter of the output fiber of the 1500W laser is 50 microns.
2. This cutting data uses Jia qiang cutting head, and the optical ratio is 100/125(focallength of collimating focusing lens) .
3. Cutting auxiiary gas:liquidoxygen(purity99.99%), liquid nitrogen(purity 99.999%) , air(oil, water and filtration) .
4. The air pressure in this cutting data specifically refers to the monitored air pressure at the cutting head.
5. Due to diference sin various equipment configurations and cutting processes(machine tools, water cooling, environment, cutting gas nozzles, gas pressure, etc.) used by different customers.
6. All parameters are dynamic and for reference only. For more information, please contact customer service.

 

Product Description

Finished Product Display

Certifications

Company Profile

Nanjing Jitermai Intelligent Equipment Co., Ltd. was established on July 7, 2023 (the head office was established on December 8, 2016). It is located in Lishui District, Nanjing City, with superior geographical location and convenient transportation. 25 km drive. We focus on the R&D, manufacturing and sales of intelligent mechanical equipment, and have a strong R&D team and a number of patented technologies.

With our professional technical team and in-depth understanding of the industry, we continue to develop products that meet market needs. Our advantageous products include flexible intelligent bending center, ultra-large-format high-power laser cutting machine, large-scale laser cutting machine, single-table laser pipe cutting machine, electro-hydraulic servo CNC bending machine, and pure electric single-axis and double-axis bending machine. These devices adopt advanced scientific research technology, high precision, fast speed, energy saving and environmental protection, which can greatly improve production efficiency and meet various large-scale production needs.

Jitermai Intelligent Equipment Co., Ltd. always adheres to market-oriented, technology-driven, quality as life, and service as guarantee. We are committed to providing the best quality equipment and services to help customers improve production efficiency, reduce costs and create greater value.

Our goal is to build Jidemei into a world-leading supplier of intelligent equipment, through technological innovation and service upgrades, to continuously meet customer needs and create greater value for customers.

Nanjing Jitemai Intelligent Equipment Co., Ltd. creates an industry benchmark for intelligent equipment with professionalism and quality.

Customer Visits

The single-table laser cutting machine is a high-precision and high-efficiency cutting equipment. It uses advanced laser technology to cut various metal and non-metal materials. The machine adopts a single worktable design, which can greatly improve the production efficiency and reduce the cost. The cutting table is equipped with high-precision linear motor and precision guide system, which can realize high-speed movement and high-precision positioning of the workpiece, and ensure the precision and smoothness of the cutting process.

The main features of the single-table laser cutting machine are: high precision, high speed, simple operation and maintenance, wide applicable range, etc. It is widely used in the sheet metal processing factory, sheet metal parts processing plant and sheet metal processing workshop. The single-table laser cutting machine is an ideal choice for large-scale sheet metal processing enterprises and sheet metal processing workshops with high-end market demand.

The working principle of laser cutting machines is mainly based on generating high-power and high-density laser beams through a laser. The type of laser can be carbon dioxide, YAG, fiber optic, etc., with the most commonly used being carbon dioxide lasers. These lasers produce laser wavelengths of 10.6μm, which belong to the infrared band and have high energy. After the laser beam is generated by the laser, it is transmitted to the focusing lens or grating and other optical components of the laser cutting head through a series of optical elements such as reflecting mirrors and optical fibers. During this process, the laser beam is adjusted and calibrated by the optical system to achieve the best cutting effect.

The irradiated workpiece surface absorbs the energy of the laser beam and quickly heats up, resulting in evaporation and the formation of a vaporization layer. The absorption rate of the workpiece surface depends on the material properties of the workpiece and the wavelength of the laser beam. Generally speaking, metal materials have a higher absorption rate, while non-metal materials have a lower absorption rate. The thickness of the vaporization layer depends on the power of the laser beam and the exposure time; higher power and longer exposure time result in a thicker vaporization layer. At the same time, the depth of the vaporization layer is also affected by the thickness of the workpiece material.

Through focusing lenses or gratings and other optical components, the laser beam is focused into an extremely small spot. The diameter of this spot depends on the focal length of the focusing lens or grating and the optical properties. After focusing, the energy density of the spot can be very high, reaching several watts per square centimeter, which is enough to instantly melt or gasify any material.

The process of laser cutting involves continuously moving the laser processing head and processing materials relative to each other according to a pre-drawn pattern, resulting in the desired shape of the object. This process can include fusion welding, cutting, drilling, etc., and depends on the power of the laser and the movement trajectory. The computer can use professional CAD/CAM software to draw the processing graphics or can be manually programmed according to actual needs. During the entire processing process, the directionality and coherence of the laser beam are crucial. The laser beam has a high degree of coherence, which ensures efficient energy transmission and stability. At the same time, the directionality of the laser beam is also very strong, allowing precise control over the cutting path and shape.