Best Price 1000W 1500W 2000W 3000W 6kw 12kw Steel Tube and Sheet Fiber Laser Metal Cutting Machine for Iron Steel Metal Cutter

Product Description

Best price 1000W 1500W 2000W 3000W 6kw 12kw steel Tube and Sheet Fiber Laser Metal Cutting Machine for Iron steel metal cutter 

Product Description

The plate and tube integrated machine has a stable and efficient performance in cutting pipes and plates, fully realizes the multi-purpose of the machine, meets the needs of customers for both cutting plates and cutting pipes, and has been favored by many consumers.
 

Advantages of machine

1. High Cutting Efficiency: The plate and tube integrated fiber laser cutting machine adopts advanced fiber laser technology, which enables fast cutting speed. It can quickly complete the cutting of plates and tubes of different materials and thicknesses, greatly shortening the processing cycle and improving production efficiency.

1. Excellent Cutting Precision: With high-precision transmission systems and advanced control technology, the machine ensures precise cutting of workpieces. The cutting accuracy can reach a high level, meeting the strict requirements of various precision parts processing.

1. Strong Versatility: As an integrated equipment, it can not only cut plates of various specifications but also handle the cutting of different types of tubes (such as round tubes, square tubes, rectangular tubes, etc.). This versatility reduces the need for multiple devices, saving workshop space and equipment investment.

1. Wide Range of Applicable Materials: It is suitable for cutting various metal materials, including carbon steel, stainless steel, aluminum alloy, copper, etc., and can meet the processing needs of different industries such as machinery manufacturing, automobile manufacturing, and hardware processing.

1. Good Cutting Quality: The laser cutting process has small heat-affected zone, which can reduce the deformation of the workpiece. The cut surface is smooth and flat, with no burrs, reducing the need for subsequent processing procedures.

1. Energy Saving and Environmental Protection: Compared with traditional cutting equipment, fiber laser cutting machines have lower energy consumption. At the same time, there is no pollution such as noise and dust during the cutting process, which is in line with environmental protection requirements.

1. Easy Operation and Maintenance: The machine is equipped with a user-friendly operating system, which is easy to learn and operate. In terms of maintenance, its structure is relatively simple, and daily maintenance and repair are convenient, reducing the cost and time of equipment maintenance.

 

Specifications

 

NO.	Name	Model	Quantity	Remark
1		UN-3015BC	1 SET	UNISTAR
2		1000W/2000W3000 W/6000W12000W	1 SET	Raycus/Max/IPG
3	Laser Head	BM110/BLT421/BLT441/BLT462	1 SET	Raytool
4	Control system	CYPCUT	1 SET	CYPCUT
5	Machine tool accessories	Y-axis high-speed servo drive system	1 SET	Taiwan Delta Bus/ Japan Yaskawa/Japan FUJI
6		W axis high speed servo drive system	1 SET	Taiwan Delta Bus/ Japan Yaskawa/Japan FUJI
7		X axis high speed servo drive system	1 SET	Taiwan Delta Bus/ Japan Yaskawa/Japan FUJI
8		Z-axis high-speed servo drive system	1 SET	Taiwan Delta Bus/ Japan Yaskawa/Japan FUJI
9		Reducer	3 SET	France motovario/Japan Shimpo
10		Electrical control element	1 SET	Omron/Schneider
11		Electric proportional valve	1 SET	SMC
12		Rail Guide	1 SET	Taiwan  Hiwin
13		Rack	1 SET	Taiwan YYC
14		220 Pneumatic chuck	1 SET	BEUT
15		6 meter pipe cutting platform	1 SET	UNISTAR
16		Automatic loading rack	1 SET	Option
17	Water Chiller	S&A	1 SET	S&A
18	Voltage Stabilizer	40KVA/60KVA/80KVA	1 SET	UNISTAR

Applicable industry

Automotive Industry

Laser pipe and sheet cutting machines are widely used in the automotive industry for cutting pipes and sheets of various shapes and sizes. The machines are used for cutting exhaust pipes, air conditioning pipes, brake lines, and more. The accuracy and speed of the laser pipe and sheet cutting machines have made it possible for the automotive industry to quickly and efficiently produce for their products.

Aerospace Industry

In the aerospace industry, precision and accuracy are crucial factors. Laser pipe and sheet cutting machines are widely used for cutting pipes and sheets for aircraft engines, hydraulic systems, and fuel systems. The machines can cut extremely complex pipe and sheet designs with precision and speed, making them a valuable asset in the aerospace industry.

Manufacturing Industry

In the general manufacturing industry, laser pipe cutting machines are used for cutting pipes and sheets in a wide range of applications. The machines are used for cutting pipes and sheets for furniture, construction equipment, and more. The machines' speed and accuracy help manufacturers produce pipes and sheets quickly and efficiently, reducing production time and costs.

Oil and Gas Industry

The oil and gas industry is an industry based on the transportation of oil and gas products through pipelines. Laser pipe cutting machines are widely used for cutting pipes in this industry. The machines can cut pipes of various materials, including steel, aluminum, and stainless steel, with precision and speed.

Medical Industry

The medical industry is also utilizing laser pipe cutting machines for manufacturing surgical instruments and medical devices. The machines can cut pipes of small sizes with precision, making it possible to produce intricate designs on the pipes.

 

Component introduction

Sample

Foreign interviewee

FAQ

1. What materials is a fiber laser cutting machine suitable for?

It excels at cutting metal materials like carbon steel, stainless steel, aluminum, copper, and brass. It can also handle some non-metallic materials with specific configurations, but metals are its primary focus.
2.What's the maximum cutting thickness for different materials?

For carbon steel, a 3000W machine can cut up to 12-15mm, while a 6000W model reaches 25-30mm. Stainless steel: 3000W handles 8-10mm, 6000W up to 20mm. Aluminum (with high-power models): 3000W cuts 6-8mm, 10000W up to 15mm, varying by material purity.
3.Is fiber laser cutting more efficient than other cutting methods?

Yes, it offers faster cutting speeds, especially for thin to medium-thick metals, with minimal heat-affected zones, reducing post-processing work compared to plasma or oxy-fuel cutting.
4.What safety precautions are needed when using it?

Operators must wear laser safety glasses, ensure proper ventilation to handle fumes, and keep the work area clear of flammable materials. The machine also typically has safety interlocks to prevent accidental exposure.
5.How to maintain the fiber laser source?

Keep the source clean and at a stable temperature (using a chiller). Avoid dust and vibration, and follow the manufacturer's guidelines for periodic inspections to prolong its lifespan, usually lasting 10,000+ hours with proper care.