As a reliable advanced technology supplier, Zhouxiang utilizes sophisticated welding robot systems to simplify your welding processes. Reach out today for more information.
Our welding robots integrate accuracy with productivity and dependability to enhance weld consistency, minimize production time, and bolster safety in the workplace—ideal for contemporary industry.
Hollow structures in the elbows and wrists permit movement in confined spaces.
High output work area, quick cycle times, accurate alignment, optimal for mass production.
Performs symmetric and aesthetic seam welds at good quality and quantity.
Light and reliable under harsh, dusty, and wet conditions.
Designed for the integration of robots for part pick-up and decreased human work effort.
Consistent operation is maintained with equipped robotic cleaning mechanisms for the weld guns.
| Model | ZX-1410 | ZX-1820 | ZX-2006 | |
|---|---|---|---|---|
| Arm Type | Vertical multi joint | Vertical multi joint | Vertical multi joint | |
| Number of Axles | 6-axis | 6-axis | 6-axis | |
| Max Load | 10KG | 20KG | 6KG | |
| Max Stroke | 1Axis | Upright/Inverted -167 ° -167 ° Wall Mounted -30 ° -30 ° | Upright/Inverted -167 ° -167 ° Wall Mounted -30 ° -30 ° | Upright/Inverted -167 ° -167 ° Wall Mounted -30 ° -30 ° |
| 2Axis | -155°-90° | -155°-105° | -155°-100° | |
| 3Axis | -175°-240° | -170°-240° | -165°-245° | |
| 4Axis | -190°-190° | -190°-190° | -190°-190° | |
| 5Axis | -105°-130° | -90°-110° | -105°-110° | |
| 6Axis | -210°-210° | -210°-210° | -210°-210° | |
| Max Speed | 1Axis | 169°/S | 160°/S | 160°/S |
| 2Axis | 169°/S | 160°/S | 160°/S | |
| 3Axis | 169°/S | 169°/S | 169°/S | |
| 4Axis | 301°/S | 301°/S | 301°/S | |
| 5Axis | 220°/S | 342°/S | 338°/S | |
| 6Axis | 743°/S | 708°/S | 535°/S | |
| Allowable Torque | 4Axis | 20N.m | 55N.m | 16N.m |
| 5Axis | 20N.m | 55N.m | 16N.m | |
| 6Axis | 11N.m | 24N.m | 13N.m | |
| Allowable Moment of Inertia | 4Axis | 0.5kg.㎡ | 2.1kg.㎡ | 0.55kg.㎡ |
| 5Axis | 0.5kg.㎡ | 2.1kg.㎡ | 0.55kg.㎡ | |
| 6Axis | 0.16kg.㎡ | 0.9kg.㎡ | 0.2kg.㎡ | |
| Repeat Position Accuracy | ±0.08mm | ±0.08mm | ±0.08mm | |
| Max Coverage Range | 1454mm | 1730mm | 2012mm | |
| Body Weight | 170KG | 285KG | 291KG | |
| IP Level | Wrist IP67 Other IP54 | Wrist IP67 Other IP54 | Wrist IP67 Other IP54 |
Enhance operational accuracy and productivity with our sophisticated welding robots. Discover today!
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Take the first step toward enhancing your operations with Zhouxiang’s advanced Welding Robot Machine. Contact us for a free consultation and discover how our systems can revolutionize your production line.
A: A welding robot is one of the automated machinery designed to do a specific task of welding. Robotic welding improves the consistency and efficiency in performing welds as it executes them with accuracy, unlike manual welding.
A: Automating the welding processes with robotic arms not only improves productivity, but also increases throughput and consistency in weld quality. This is beneficial in regions with a decreasing population of skilled welders since it reduces dependency on experts and speeds up the overall completion of welding tasks.
A: Welding robots are usually categorized as arc welding robots, MIG welding robots, and TIG welding robots. These different types of welding robots are specially developed for catering to particular welding processes and have diverse advantages regarding their speed, accuracy, and flexibility.
A: Welding robots are mostly stationed in a specific location to carry out their task, while cobots, or collaborative robots, are meant to work with human welder counterparts. A collaborative robot boosts productivity while retaining safety standards. They are ideal for automating controlled processes overseen by humans.
A: Programming is important in robotic welding because it determines the robot movement and the welding sequence steps. Specialized programming languages for welding robots define the commands that stipulate the welding trajectory, pace, and other parameters essential for ensuring consistent weld precision and repeatability.
A: Yes, welding robots can be programmed for different processes such as MIG, TIG, and arc welding. This flexibility enables manufacturers to automate multiple welding processes using one robotic welding system.
A: Weld quality in robotic welding is greatly enhanced by automation that manages parameters such as human intervention, movement, and welder speed. This results in better repeatability and reliability of a welding process.
A: Such systems provide numerous benefits such as rostering productivity, an improvement on weld accuracy, lowered employment expenditure alongside fatigue free constant operation. Increased accuracy robotic systems can perform sophisticated welding operations which would pose substantial difficulty to manual welders.
A: Specific application of the welding operation, precision definition of weld integrity requirements, robot’s load capacity, level of programming adaptability, total investment on the robotic welding apparatus and auxiliary constituents are some pertinent elements to determine while choosing a welding robot.
