Pune, Maharashtra, India
Our Products
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The Manual Metal ARC Welding Transformers known to be the most popular equipment for its price competitiveness and effective results. AC output for welding continues to dominate most parts of the world. The only problem faced transformer users being that starting current begins ahead of 60 amps and fine current control is a challenge. And why are we telling you this our extensive research and development in the field of electrical and electronic engineering has allowed us to innovate and what we feel will be the biggest innovation in this equipment potentiometer current controls for the welding transformer. And since we didn't feel very satisfied with a small achievement, we went ahead and optimized this design to lower prices vis-a-vis standard welding transformers. Enjoy rectifier like current controls on a transformer. Go on, melt more metal
The Welding Rectifier is when you desire DC output to melt your electrode. Rectifiers themselves are capable of high performance current deliveries in power sources as little as 160 amps to a massive 1200 amps. The diode based was replaced by thyristor controls that were superseded by advanced electronics IGBT. This technology revised, restudied and improved several times over the last few years and has allowed us to create a design so robust its like the confidence of knowing that you can take the most abusive welding application head on. Experience DC Power on a Electrode Holder; see what engineering can achieve.
There is MIG Welding Machines and there is the ATE way to MIG Welding. Our advanced super enameled copper core winding married to choke with leads going directly to terminal cables deliver output currents the way you need it. Depend on our machines like you do on your family, it will not let you down. Only the most stringent and best bought-out products are permitted to enter our standard equipment. From ISI marked perfectly bonded wire cables, premium rotary switches, industrial grade fans and any other. We pride in the quality and delivery of our machines and they come with a 3 years warranty on our design engineering. Since the launch of this model 15 years back, we have only improved this model several times over in terms of quality of components used and made efforts to reduce the overall dimensions and weight of this model. All this while improving output delivery.
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| AUTOMIG 300 | 3 x 400V | 25A | 3.7kW |
60% 300A 100% 220A |
0.87 | 30-300A | 89V | 23 | 125 kg |
| AUTOMIG 400-M | 3 x 400V | 25A | 5.4kW |
60% 340A 100% 290A |
0.87 | 40-340A | 89V | 23 | 145 kg |
| AUTOMIG 400 | 3 x 400V | 40A | 12.7kW |
60% 400A 100% 310A |
0.87 | 50-400A | 89V | 23 | 175 kg |
| AUTOMIG 600 | 3 x 400V | 60A | 15.6kW |
60% 600A 100% 475A |
0.87 | 60-600A | 89V | 23 | 250 kg |
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| PT 40 | 1 x 230V | 16A | 8mm |
60% 40A 100% 25A |
0.91 | 10-40A | 320V | 21 | 15 kg |
| PT 100 | 3 x 400V | 25A | 30mm |
60% 100A 100% 65A |
0.91 | 10-100A | 320V | 21 | 35kg |
| PT 150 | 3 x 400V | 25A | 50mm |
60% 150A 100% 90A |
0.78 | 10-150A | 320V | 21 | 125kg |
The arc is submerged below a cone of flowing flux. We at ATE WERA Pvt. Ltd. think of the Submerged Arc Welding Machines ( SAW ) as the most incredible innovation of welding process at any point of time. Guaranteed radiographic welds, twice (or more) as much weld deposition*, will join the thickest of plates in a matter of minutes. Our design innovation allows us to make the heart of this machine so robust that a new generation will come by and will want to know the date of creation of equipment that outlives its reputation. Thin wire, narrow gap or meaty 6mm wires.There is MIG Welding and there is the ATE way to MIG Welding. Our advanced super enameled copper core winding married to choke with leads going directly to terminal cables deliver output currents the way you need it. Depend on our machines like you do on your family, it will not let you down. Only the most stringent and best bought-out products are permitted to enter our standard equipment. From ISI marked perfectly bonded wire cables, premium rotary switches, industrial grade fans and any other. We pride in the quality and delivery of our machines and they come with a 3 years warranty on our design engineering. Since the launch of this model 15 years back, we have only improved this model several times over in terms of quality of components used and made efforts to reduce the overall dimensions and weight of this model. All this while improving output delivery.
| Power Source | |||||||||
| ATE-SA-600 | 3 x 400V | 40A | 37.0kW |
60% 600A 100% 420A |
0.82 | 100-600A | 53 V | 21 | 225 kg |
| ATE-SA-1200 | 3 x 400V | 40A | 47.8kW |
60% 1200A 100% 900A |
0.82 | 100-1200A | 63V | 21 | 375kg |
There are two popular types of industrial welding robots. The two are articulating robots and rectilinear robots. Robotics control the movement of a rotating wrist in space. A description of some of these welding robots are described below:
Rectilinear robots move in line in any of three axes (X, Y, Z). In addition to linear movement of the robot along axes there is a wrist attached to the robot to allow rotational movement. This creates a robotic working zone that is box shaped.
Articulating robots employ arms and rotating joints. These robots move like a human arm with a rotating wrist at the end. This creates an irregularly shaped robotic working zone.There are many factors that need to be considered when setting up a robotic welding facility. Robotic welding needs to be engineered differently than manual welding. Some of the consideration for a robotic welding facility are listed below:
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| A robotic welding system may perform more repeat ably than a manual welder because of the monotony of the task. However, robots may necessitate regular recalibration or reprogramming. | |||
| Robots should have the number of axes necessary to permit the proper range of motion. The robot arm should be able to approach the work from multiple angles.Robotic welding systems are able to operate continuously, provided appropriate maintenance procedures are adhered to.Continuous production line interruptions can be minimized with proper robotic system design. Planning for the following contingencies needs to be completed:
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| If your company is experiencing these or other welding problems you can retain ATE to improve your weld processing. Hire ATE to act as your welding specialist. | |
You could be looking for hard automation (regular automation) or robotic automation. Either which way, there is a solution that really works. Question is how effectively can a solution provider give you the solution and whether it really works for you? Fill in some basic details at the bottom of this page and find out how our team of experts can help you out.
| Robot welding is the use of mechanized programmable tools (robots), which completely automate a welding process by both performing the weld and handling the part. Processes such as gas metal arc welding, while often automated, are not necessarily equivalent to robot welding, since a human operator sometimes prepares the materials to be welded. Robot welding is commonly used for resistance spot welding and arc welding in high production applications, such as the automotive industry. This arm is now extended to multiple applications from high productive environments to limited narrow gap pressure vessel applications combined with vision graphic systems. The technology of signature image processing has been developed since the late 1990s for analyzing electrical data in real time collected from automated, robotic welding, thus enabling the optimization of welds. Today, ATE Welding Engineering Robotics and Automation Pvt. Ltd. have a team that is capable of handling the most advanced automation, the most complex and the highest scale of applications. | |
