Laser Welding Machine Welding Carbon Steel

Laser Welding Machine Welding Carbon Steel

Laser welding is a non-contact and highly precise welding technique that has been widely used in industrial applications. In recent years, the application of laser welding has expanded to include the welding of carbon steel, a commonly used material in the manufacturing industry. Carbon steel is a cost-effective material that is widely used in various industries, including automotive, construction, and offshore. This article explores the use of laser welding for carbon steel and discusses its advantages and disadvantages.
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Product Introduction

Laser Welding Machine Welding Carbon Steel

Products Description

 

Laser welding is a non-contact and highly precise welding technique that has been widely used in industrial applications. In recent years, the application of laser welding has expanded to include the welding of carbon steel, a commonly used material in the manufacturing industry. Carbon steel is a cost-effective material that is widely used in various industries, including automotive, construction, and offshore. This article explores the use of laser welding for carbon steel and discusses its advantages and disadvantages.

 

 
 
Products advantages

 1. High Precision

Laser welding is a highly precise welding technique that allows for accurate welding of carbon steel. The controlled and precise heat input provided by laser welding results in a small heat-affected zone and minimal distortion. This makes laser welding ideal for welding thin and small carbon steel structures.

 2. High Welding Speed

Laser welding has a high welding speed compared to other welding techniques. The high weld speed is achieved due to the high power density of the laser beam. This results in higher productivity and reduced production time.

 3. Reduced Heat Input

Laser welding has a low heat input, which prevents the carbon steel from overheating and reduces the risk of distortion. In addition, the low heat input also reduces the weld's tendency to become brittle and prevents cracking.

 4. Low Defect Rates

Laser welding has a low defect rate due to its high precision and reduced heat input. This results in high-quality welds with high strength and toughness.

 

Parameters

Model series DS-LW series (RAYCUS laser source)
Model DS-LW1000 DS-LW1500 DS-LW2000
Laser source model RAL-QCW 1000 RAL-QCW 1500 RAL-QCW 2000
Output power 1000W 1500W 2000W
Laser wavelength 1080±5 nm
Operating mode Continuous /Modulation
Power adjustment range 10-100%
Fiber core diameter 50 (25,100,200 optional)
Aiming and positioning Red light
Fiber length 10m
Welding speed 0-120mm/s
Applicable thicikness <3.5mm (depending on the material)
Wire feeder Standard wire feeding speed 38-600mm/min
Wire feed diameter 0.8/1.0/1.2/1.6/2.0mm
Cooling way Water cooling
Working environment 10-40°C,humidity 10-85%,no condensation    
Rated power 4KW 6KW 8KW
Operating Voltage 380±10%VAC,50,60HZ
Dimensions 1150X630X1080 mm
Total weight About 250kg
Welding details
 
carbon steel

 Laser Welding Process

Laser welding is a process that uses a high-intensity laser beam to melt metal. The laser beam heats the metal up to its melting point, which fuses the two pieces of metal together. During the laser welding process, the beam spot size and power density are important parameters that determine the weld penetration depth and width. The laser beam can be produced by several types of lasers, including CO2, Nd: YAG and fiber.

 Types of Carbon Steel

Carbon steel is a steel alloy that contains varying amounts of carbon, depending on the grade. The carbon content in carbon steel is between 0.12% to 2.0%. Low carbon steel has a carbon content of less than 0.30%, while high carbon steel has a carbon content of more than 0.60%.

steel welding
welding

 applications

1. Automotive Industry
 Laser welding is widely used in the automotive industry to weld various components, including chassis components, powertrain components, and exhaust systems.

2. Aerospace Industry
 Laser welding is used in the aerospace industry to weld carbon steel components such as engine parts, landing gears, and structural components.

3. Construction Industry
 Laser welding is used in the construction industry to weld carbon steel structures, including pipelines, bridges, and buildings.

 Laser welding is an advanced welding technique that has many advantages in welding carbon steel.

 

 Its high precision, high welding speed, reduced heat input, and low defect rates make it an ideal choice for welding thin and small carbon steel structures. However, its high equipment cost, limited thickness range, and complex operating procedure can make it challenging for small businesses or manufacturers to invest in this technology. 

Dotslaser welding machine

Samples

Shipping and Package

1. Quality assurance and after-sales service

 The warranty period of the equipment shall be 12 months since the equipment be used by the customers, the installation and debugging is completed and the equipment is accepted by the demander. Dotslaser attaches great importance to the after-sales service work of the product, once the product is delivered to the user, the company immediately established the user after-sales service file, and regularly track the user's product use status, solve and answer all the problems of the user, received the user's notification information about the equipment failure, the company's workers can make a rapid response within 2 hours. If the telephone guidance is difficult to troubleshoot, our company's technical staff can arrive at the customer site within 24 hours to provide support.

 

2. Installation and debugging

 Before machine installation, our factory will offer you a basic structure installation file,the good need 2 weeks delivery to you there , the engineers of Dotslaser will arrive at your site and inspect the machine again. Comfirm all the conditions meet the installation and commissioning requirements of the equipment, the equipment will transport in time. The installation and commissioning time of the equipment is about five working days, the first three days are connected to the use of the system, and the system is operational after the service project. The engineer will train qualified operators on basic maintenance procedures and general operating characteristics of the equipment in the next two days

 

3. Service support

 If there has any problem with any part of the system during the warranty period, Dotslaser well-trained service engineers are ready to provide cellphone call or begin on-site service,if the machine has any problem during the warranty period,please contact us directly !

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