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Types Of Welding Robots
Robotic welding technology offers several benefits to the industry, including increased productivity, precision, and safety. These machines can handle various welding tasks, adapt to changes, and support different applications, making them a valuable addition to modern manufacturing processes. Furthermore, they also help reduce labor costs and lower pollution levels, making them an excellent investment for eco-friendly manufacturing practices.
1，Low pollution
2，High flexibility,
3，High processing precision
4，Wide application range
5，High production efficiency
Welding robot manufacturers worldwide are producing welding robots that are becoming increasingly popular in industries that require precision, speed, and safety in welding operations. There are various types of welding robots available on the market, including articulated robots, cartesian robots, and SCARA robots. These welding robots are manufactured using advanced techniques and technologies to meet specific customer requirements. The most commonly used type of Welding robot is the robotic welding arm, which offers the flexibility and versatility needed in welding applications. Cobots, or collaborative robots, are also gaining popularity as they work alongside human workers to handle more complex welding tasks effectively. With the latest advancements in robotic welding technology, welding robots are becoming increasingly accessible and are changing the face of welding for the better.
Parameters:
item | value |
Place of Origin | China |
Brand Name | rayman |
Application | welding of metal work |
Features | welding grinding stamping spraying loading |
Condition | New |
Production Capacity | according to customer's requirements |
Warranty | two year |
Electrical cabinet | 650*460*580mm |
Power | 220VAC 50/60Hz |
Voltage | 380V |
Applicable Industries | Building Material Shops, Manufacturing Plant, Other |
Weight (KG) | 250 |
Showroom Location | None |
Video outgoing-inspection | Provided |
Machinery Test Report | Provided |
Marketing Type | New Product 2021 |
Warranty of core components | 1 Year |
Core Components | Motor |
Model No. | MR10-1440 |
Controlled axis | 6-DOF |
Max payload | 10 kg |
Max stroke | 1440mm |
IP Level | J1, J2-IP56; J3, J4, J5, J6-- IP67 |
Installation mode | Floor type, ceiling type |
Repeatability | ±0.05 mm |
Welding current | 350A/500A |
Welding torch | Standard air-cooling torch with built-in anti-collision protection |
Welding machines | Standard: Aotai NBC-350R (MIG/MAG/CO2) |
Travel range | |
J1 axis S | ±160° |
J2 axis L | +80°~-145° |
J3 axis U | +145°~-75° |
J4 axis R | ±190° |
J5 axis B | +50°~-210° |
J6 axis T | ±230° |
Travel speed | |
J1 axis S | 199.5 ˚/s |
J2 axis L | 159.3 ˚/s |
J3 axis U | 199.5 ˚/s |
J4 axis R | 392 ˚/s |
J5 axis B | 272 ˚/s |
J6 axis T | 1000 ˚/s |
Electrical cabinet specifications | |
Dimensions | 650*460*580mm |
Cabinet Mass | 50KG |
Cooling method | Natural cooling |
IP Level | IP54 |
Input power | 220VAC 50/60Hz |
I/O signal | 16-in / 16-out 24VDC; 2 analog output 0~10V |
LAN | EtherCAT, TCP/IP |
Serial port I/F | RS485*1, RS422*1, RS232*1, CAN*1, USB*1 |
RAM capacity | JOB 200,000 steps (200MB) |
Installation environment | |
Ambient temperature | 0~45°C |
Humidity | 20~80%RH, no condensing |
Vibrations | Below 0.5G |
Altitude | Below 1000m |
Other requirements | ● With no corrosive or combustible gas |
Details:
Features:
1. Utilizing a welding platform, heavy-duty guide rails that boost overall loading capacity, and a humanized structural design that makes machine-to-machine exchange more reasonable and practical while also extending machine lifespan.
2. Self-developed pipe optimization CNC control system. Standard G code, three-dimensional simulation operations, node expansion, over length pipe splitting, pipe optimization, etc. may all be generated from engineer design drawings created in AutoCAD.EGES DXF SAT and STL software compatibility, etc.a lifetime of upgrade and modification services in accordance with the technical specifications of the clients.
3. Advantech industrial computer can be programmable for machine directly. To enter cutting parameters, such as external diameter, thickness, beveled edges angle, deviation, compensation data, etc., use the menu type.To make seamless connection through professional pipe cutting application program.
Applications:
It is widely used in automobile and motorcycle industry, including electric bicycle and helmet field: for example, cutting hole, trimming edge of body covering parts, cutting steering wheel hole, body windscreen, roof cover bracket hole, airbag parts, hydraulic forming parts, etc. Three-dimensional laser cutting is also very useful in the processing of body assembly, such as open luggage rack with fixed hole, top cover slide rail hole, antenna installation hole, modify wheel fender shape, etc.
After-Sales Service:
1,12 months for main parts(engine,axle,body and beam,etc).
2,24/7 technical support through phone, Whatsapp, or email.
3,Lifelong Parts Supports.
4,Engineer available service oversea.
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