Welding Robot

Laser Cutter Robot Arm 6 Axis Payload 3 Through Arm Robotic Torch for Welding Fiber Robotic Arm 3D Industrial Robot Arm Price

SZGH-H2100-B-6 robot is dedicated to welding robot ; easy operation, high efficiency and safety; SZGH company has 25 models robot arm in mass production: including generalpurpose, welding, spraying, palletizing, grinding and handling types. All models are equipped with an intelligent robot control system which independently developed by us. We also add other components to the sixaxis robots, and customize nonstandard robotic solution as customer needs Currently, 9-axis linkage robots are also mass-produced and sold. Product Description Model SZGH-H2100-B-6 Payload 6kg Reach 2100mm Axes 6-11 axes Application welding Special Service 1. We can customize the standard color as you need! 2. We can customize your company logo! Warranty period 12 month After Warran Video technical supports , Online supports Features: ★ Support up to 12 axis control, realizes the control of external axes (traveling axes and positioner). ★ Structural optimization algorithm suitable for the body control of various types of structure. ★ Open structure for synchronization of international technology and extension of functions. Industrial standards & reliable stability. ★ Software PLC functions facilitate logic control. Process functions make programming easy. ★ Modular setting of functions suitable for diverse applications. Safety module ensures safe production of the robots. ★ Suitable for multiple increments; absolute servo. Improved computer bus connection ensures reliability and practicability. Storage 2 GB Teaching box Full keyboard+touch screen, mode select switch, safety switch, emergency switch No. of controlled axes 6+6 axes, 6 basic axes +6 external axes Interface Multiple encoder signal interfaces, dedicated interface for robot terminal, Ethernet interface, serial communication Safety module The emergency and robot anomaly signals are linked to ensure rapid stop of the robot Mode of operation Teaching, representation, remote control Mode of programming Online teaching, process programming, teaching by dragging Motion function Point-to-point, linear, circular Command system Motion, logic, process, computation Mode of control Position control Anomaly detection Function Emergency stop anomaly, servo anomaly, anti-collision, safety maintenance, arcing anomaly, user coordinate anomaly, tool coordinate anomaly If you don't know how to choose a robot, or need special customization, our engineers can provide you with customization and simulation solutions Customized Inquiry:Welded carbon steel bed frame clients provide object size and drawing, and material Engineer customized solutions: Welding robot arm kit+Rotary table choose 2 set to try at the same time, Work efficiency can be efficient and fast! Our engineer recommend solution as below drawing: FAQ 1. who are we? We are located in Guangdong, China, start from 2013, which providing cnc total solutions & Robot arm, which has independent technical teams and over 10 years technical and overseas sales experience. 2. how can we guarantee quality? Always finishing a pre full testing by our professional engineers; Always final 100% Inspection before shipment; 3.what can you buy from us? Industrial Robot Arms for welding, painting&spraying, handling materials/Pick and place, or grinding or other customized solution. 4. why should you buy from us not from other suppliers? 1.We can provide with suitable package solution of robot arm; 2.You can get good purchase experience and nice technical support; 3.We can provide customized design,high quality guarantee,competitive quotation, honest and reliable business is our tenet. 5. what services can we pro

Welding Robot Arm with 6 Axis Track Industrial Welder Robot, Range 1400mm, Payload 5kg

6-Axis Collaborative Welding Robots with Tracks: Conquering the Contradiction Between Precision and Large-Scale Production in Large-Workpiece Welding In the manufacturing of high-precision large workpieces-from 12-meter aerospace launch vehicle fuel tanks to 25-meter high-speed rail car bodies-a core contradiction has long stymied progress: precision demands (requiring micron-level weld accuracy to meet safety and performance standards) often clash with scalability needs (needing to produce dozens or hundreds of units efficiently). Traditional Welding Robotics Systems struggle to balance both: fixed robots may achieve precision but lack the flexibility to scale across varying workpiece batches, while manual welding can't replicate high accuracy at scale, leading to inconsistent quality and costly rework. This is where 6-axis Collaborative Welding Robots with Tracks emerge as a transformative solution. By integrating the 6-axis micro-adjustment capability of Welding Cobots with high-precision track positioning systems, these robots redefine Robotic Welding Automation as a bridge between meticulous accuracy and efficient large-scale production. As the backbone of high-precision Automated Welding Solutions, they enable industries from aerospace to rail transit to deliver flawlessly precise large workpieces at scale. The precision-scalability breakthrough lies in the Cobot Welding System's dual-core design: a 6-axis arm with nanometer-level motion control paired with a track system boasting ±0.02mm positioning accuracy. Unlike conventional Welding Robotics Systems where track movement introduces micro-vibrations that compromise precision, 6-axis Industrial Welding Cobots with tracks use servo-driven track motors and anti-vibration damping technology to ensure smooth, stable movement even across 30-meter workpieces. For example, an aerospace manufacturer producing 15-meter satellite launch vehicle interstage sections (which require welds with ±0.05mm accuracy to withstand extreme launch forces) previously relied on manual welding by master technicians-each section took 48 hours to produce, with a 15% rejection rate due to minor precision deviations. After adopting tracked 6-axis cobots, the system's 6-axis arm adjusts weld torch position in 0.1-micron increments, while the track moves at a steady 0.5mm/s to maintain consistent travel speed. This cut production time per section to 12 hours, reduced rejection rates to 0.8%, and let the manufacturer scale output from 2 sections monthly to 15-proving high precision and large-scale production can coexist. A key advantage of 6-axis Welding Cobots with tracks is their ability to enhance Human-Robot Collaboration Welding to preserve precision during batch scaling. When producing large batches of high-precision workpieces, even tiny deviations (e.g., material thickness variations across batches or minor tool wear) can snowball into quality issues. Tracked cobots address this by putting human experts in control of "precision oversight": operators use real-time 3D laser scanning to monitor weld quality, adjust 6-axis arm parameters (e.g., torch angle, heat input) for batch variations, and store optimized settings as "precision templates" for future batches. For instance, a high-speed rail manufacturer producing 20-meter EMU (Electric Multiple Unit) car bodies (which require 1,200+ welds per car with uniform accuracy to ensure passenger safety) uses this collaboration model. Operators program the tracked cobot with a base precision template, then scan each car body's aluminum alloy panels before welding-if the scan detects a 0.1mm panel offset, the operator adjusts the track's starting position and 6-axis arm's weld path in seconds. This ensures every car body meets the same pr

Robot Welding Machine Suitable for Metal Crafts Automobile Parts Beautiful Weld

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High Quality Vision System with 3D Camera for Welding Robot