Fortune Laser Automatic Robot Arm frame 6 Axis Cnc Laser Welding Machine

● High Precision

● Good Sealing

● Improved Safety Measures

● Suitable for both automatic and handheld use

● Satisfy welding of various angles

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The principle of robot welding

The robot laser welding machine is mainly composed of a robot system and a laser host. It works by heating the welding material with a laser beam, causing it to melt and join together. Because the laser beam has a highly concentrated energy, it can quickly heat and cool the weld seam, so as to achieve high-quality welding results.

The beam control system of the robot laser welding machine has very high precision and stability. It can adjust the position, shape and power of the laser beam according to the welding needs, achieving perfect control during the welding process. At the same time, the robot system can realize automatic operation without manual intervention, which greatly improves the welding efficiency and quality.

Application of robotic laser welding machine

Robotic laser welding machines have been widely used in various industries such as automotive, aerospace, electronics, home appliances, etc. Among them, the automobile industry is one of the main application fields of robot laser welding machines. In the future, with the continuous advancement of technology and the increasing demand for high-quality and high-efficiency manufacturing, robot laser welding technology will be more and more popular. Wide application and promotion.

Among them, it is worth paying attention to the application of robot laser welding technology in automobile manufacturing, electronic manufacturing, aerospace and other fields. These fields have strict requirements on the precision and quality of parts production, and require high-volume production. Robotic laser welding technology can provide high-precision and high-efficiency welding services, and can also reduce the potential risks of human operations on production line safety.

In addition, in the metal material processing industry, robotic laser welding technology is also widely used. Especially in the processing of materials such as steel structures and aluminum alloys, robotic laser welding technology can achieve high-speed, high-quality welding, thereby effectively improving production efficiency and product quality.

Robot Laser Welding Machine Features

EASY TO OPERATE:

The buttons of the teach pendant are simple and easy to understand,and the teaching programming can be learn and use quickly. lf theoperation is wrong, the machine automatically stops to avoid the risk ofequipment damage.

WORK EFFICIENTLY:

Once programmed, it can be used all the time. Fortune Laser robot arm supports24 hours of continuous work with high precision and high speed. Fullyautomated operation, a robot can complete the workload of more than2-3 people a day.

LOW COST:

One-time investment, long-term benefits. The service life of Fortune Laser robotis 80,000 hours, which is equivalent to more than 9 years of 24-houruninterrupted work. lt greatly saves labor costs and personnel managementcosts, and solves problems such as difficulty in recruiting people.

SAFE AND RELIABLE:

SZGH robot arm is equipped with photoelectric safety protection measures.When foreign objects enter the work area, it can automatically alarmand suspend work to avoid accidental injuries.

SAVE ENERGY AND SPACE:

SZGH automation equipment line layout is simple and tidy, small footprintno noise, light and strong robot arm, low power consumption, energysaving and environmental protection.

Fortune Laser Robot Laser Welding Machine Technical Parameters

Model	FL-F1840
Number of axes	6 axis
Radius of motion	1840mm
Payload	25kg
Degree of protection	JL J2 axis IP56 (J3, J4, J5, J6 axis IP67)
Installation method	Floor type/stand type/upside down type
Power capacity	4.5KVA
Input/output signal	Standard 16 in/16 out 24VDC
Robot weight	260KG
Repeatability	±0.05
Range of motion
1 axis S	1 axis S ±167°
2axisL	2axisL +92° to -150°
3axisU	3axisU + 110° To -85°
4axisR	4axisR ±150°
5axisB	5axisB + 20° To -200°
6axisT	6axisT ±360°
Movement speed
11 axis S	1axisS 200°/s
2axisL2axisL	2axisL 198°/s
3axisU3axisU	3axisU 1637s
4axisR4axisR	4axisR 2967s
5axisB5axisB	3337s
6axi s6axisT	6axisT 333°/s
Application field	Laser welding, cutting, loading and unloading, spraying,

Robot load graph

Dimensions and action range Unit: mm P point action range

Operate the remote

Main Interface

Control Cabinet

Specification
Power Specifications	Three-phase AC380V 50/60HZ (built-in AC380V to AC220V isolation transformer)
Grounding	Industrial grounding (special grounding with grounding resistance below 1000)
Input and output signals	General signal: input 16, output 16 (16 in 16 out) two 0-10V analog output
Position control method	Serial communication method Ether CAT.TCP/IP
Memory Capacity	JOB:200000steps, 10000 robot commands (200M in total)
LAN (host connection)	Ethercat (1) TCP/IP (1)
Serial port I/F	RS485 (one) RS422 (one) RS232 (one) CAN interface (one) USB interface (one)
Control method	Software Servo
Drive unit	Servo package for AC servo (total 6axis); external axis can be added
Ambient temperature	When energized: 0~+45℃, when stored: -20~+60℃
Relative humidity	10%~90% (no condensation)
Altitude	Altitude below 1000m
Altitude	Over 1000m, the maximum ambient temperature will decrease by 1% for every 100m increase, and the maximum ambient temperature can be used at 2000m.
Vibration	Below 0.5G
Other	Non-flammable, corrosive gas, liquid
	No dust, cutting fluid (including coolant), organic solvents, oil fume, water, salt, chemicals, anti-rust oil
	No strong microwave, ultraviolet, X-ray, radiation exposure

Considerations for choosing a laser welding robot

1. Different manufacturers choose different models. The production models of laser welding robot manufacturers are different, the technical parameters, functions, and practical effects of the products are different, and the carrying capacity and flexibility will also be different. Enterprises choose suitable laser welding robots according to the welding quality of solder joints and the welding process with high production efficiency. parameters.

2. Select the appropriate welding process. The welding process is different, and the welding quality and efficiency for different workpieces will also be different. The process plan of the laser welding robot must be stable and feasible, but also economical and reasonable. The enterprise arranges the production process reasonably through the laser welding robot, which reduces the cost of the enterprise.

3. Choose according to your own needs. Users need to determine their own needs, technical parameters, material and specifications of workpieces to be welded, production line speed and site range, etc., and choose a suitable laser welding robot according to the needs, which can ensure the welding quality of the solder joints and improve welding efficiency.

4. Comprehensively consider the strength of laser welding robot manufacturers. Comprehensive strength mainly includes technical level, research and development strength, service system, corporate culture, customer cases, etc. The quality of products produced by laser welding robot manufacturers with strong production capabilities will also be guaranteed. Laser welding robots with good quality have a long service life and can achieve stable welding. , a strong technical team can guarantee the technical level of welding robots.

5. Prevent low-priced routines. Many manufacturers of laser welding robots will sell at low prices to attract customers, but they will install unnecessary equipment during the sales process, which will cause users to fail to achieve the welding effect and cause many after-sales problems.