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welding cell

Welding cell

Our welding cell is a complete solution for companies that want to speed up production, improve weld quality and reduce the number of rework. We provide comprehensive implementation tailored to individual needs, from station design to delivery, robot sales, assembly, production of parts and components for the station, commissioning, training, and service.

Cobots for welding with ISO certificates (ISO 13849-1, ISO 10218-1, ISO/TS 15066) to work safely with Welding cobot prices start at PLN 58,900 (CRA series).

2016

Year of establishment of the company

+30

People on the team

+314

Implementation of automation and robotization projects

Free quote and consultation

Let's see how robots can really help your business.

We will advise you and answer all your questions, show you the possibilities, benefits and return on investment time in your specific case.

Welding cell price and what determines the implementation cost?

 

Welding cell price depends largely on the welding robot and individual needs. Prices for CRA series cobots start at PLN 58,900. 

No product

No product

No product

Before implementation, we perform a technical analysis and assess whether a given component can be effectively welded automatically. If necessary, we suggest changes to the fixtures, the base method, or the sequence of operations. This ensures the station operates efficiently and delivers the expected quality.

Free quote and consultation

Let's see how robots can really help your business.

We will advise you and answer all your questions, show you the possibilities, benefits and return on investment time in your specific case.

 

 

Welding cell for high efficiency and repeatability


The welding robot performs programmed movements at a constant pace and in compliance with established parameters. The operator can then prepare components, inspect products, or perform other tasks. As a result, the work station is more efficiently utilized.

 

A repeatable trajectory helps maintain consistent weld quality. The welding cell reduces variations resulting from manual welding, reducing rework and scrap. A stable process also makes it easier to predict order lead times.

Easy to use use

Uses block-based programming, plug-and-play functionality, and quick setup for a simple welding process.

Flexible switching

The welding cobot can be integrated with mobile welding stations or magnetic bases, allowing for quick station changes in tight spaces.

Versatile Features

Optimizes the weld path for higher quality welds through advanced features such as touch detection and arc tracking.

Secure collaboration

The welding cell equipped with the cobot has an advanced level of collision detection, ensuring safe human-robot interaction without the need for safety fences.

 

 

Welding cell with wide compatibility

Our welding cells integrate natively with over 10 power source brands, including Fronius, Kemppi, Lincoln Electric, Esab, Megmeet, Miller, and Panasonic, supporting communication protocols such as EtherNet/IP, DeviceNet, and Modbus.

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Support for 4 communication protocols

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* During laser or arc welding. You can flexibly choose the appropriate communication method with the Dobot welding process package.

 

Customize your specific welding needs

in 3 steps

Play and Plug, Quick to Configurate

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Krok 1:

Wybierz markę spawarki.

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Step 2:

Select parameters welding.

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Krok 3:

Łatwe dostosowywanie kroków spawania dzięki blokowemu programowaniu.

 

For multiple motion modes arc,

welding cell does not require programming

For complex welding scenarios, our Dobot robot welding process package supports various oscillation welding methods, allowing you to configure amplitude, frequency, left and right dwell time, and swing direction.

Dobot robot welding - weld paths

SAW

SPIRAL

TRAPEZOID

SINUSOID

CREST MOON

TRIANGLE

 

 

Why choose RoboSaveX by GM Automation for cell implementation welding?

Customers receive a solution tailored to their process, not a random set requiring customization. We design the system so that the load capacity, reach, and range of motion meet the process requirements. We verify weld access, positioning, cycle time, and ease of loading. This ensures the robot operates smoothly, precisely, and without unnecessary downtime.

Experience

We learn the details, material type, element thickness, weld profile, and planned throughput. We check the loading method, space, and the need for a positioner. Based on this, we select the welding robot and equipment without unnecessary oversizing.

Technical Consulting

We implement complex systems from needs analysis to sales, assembly, testing, commissioning, service, and post-implementation support. We combine technical knowledge with practical welding expertise, offering solutions that can be effectively used in everyday production.

Service and Technical Support
 

We remain available after the station is launched. We help troubleshoot problems, change parameters, and prepare new programs. We also support system expansion when production increases or the product range changes.

Operation Training

We train those responsible for operation and process supervision. We show them how to run programs, make adjustments, and respond to messages. We also discuss safe work practices and daily inspections.

 

 

Welding cell - what does comprehensive implementation include?

 

As part of our cooperation, we provide:

  • Technical Consulting - We analyze details, weld types, production speed, and quality requirements.

  • Equipment Selection - We match the robot, welding source, positioners, fixtures, and safety devices.

  • Assembly and Configuration - We install the station, program trajectories, and set parameters.

  • Training - We teach operation, program changes, and safe use.

  • Service - We assist with diagnostics, setting changes, and station expansion.

  • We do not limit ourselves to selling the device itself, such as the cell. Welding. We analyze the process, prepare the station concept, perform assembly, configuration, and commissioning at the customer's premises. We conduct training, and after implementation, provide service and support.


We assemble, integrate, and configure all components. We program movements, set parameters, and conduct tests on customer-specific parts. We check weld quality, cycle stability, and operator ergonomics.

A properly programmed robot can work on various parts if the station has been designed with production changes in mind. We create programs for subsequent products, select fixtures, and set positioning. This makes changeovers more efficient.

Automation reduces employee workload. The robot takes over monotonous movements and work near sources of heat, fumes, and spatter. The operator supervises the process, prepares the parts, and controls the result, which improves ergonomics and allows for better utilization of the welders' experience.

When is a welding cell a good investment?

 

This type of work station is especially useful for companies that produce repetitive work. The more often the same weld is repeated, the easier it is to leverage the robot's precision and consistent speed. Before implementation, we analyze the batch size and cycle time.

Implementation is worth considering when:

  • the plant produces batches of similar components;

  • the welds are repetitive;

  • the number of reworks reduces efficiency;

  • the company plans to increase production;

  • there is a shortage of qualified welders;

  • predictable quality is important;

  • employees are burdened with monotonous tasks.

 

Before making a decision, we check whether the parts are suitable for automation and what scope of implementation will be most cost-effective. The investment is also worth considering if the plant struggles to maintain consistent quality. The robot executes movements according to the program, therefore helping to reduce variations between subsequent products. This is important for welds with consistent dimensional and aesthetic requirements.

A welding robot supports companies experiencing a shortage of qualified employees. It takes over the repetitive part of the process, allowing experienced welders to handle more difficult tasks, parameter preparation, and quality control.

The solution also makes sense with the planned increase in order volume. An automated station allows for increased production capacity without a proportional increase in employment. The system can be expanded or adapted to new details later.

What can be welded in a welding cell?

 

We automate the welding of components that can be stably fixed and positioned in a repeatable manner. These may include frames, brackets, housings, frames, machine components, steel structures, and other mass-produced parts. We analyze the part's geometry, access to welds, and the method of element rotation.

The scope of application depends on the material, part thickness, type of connection, and required technology. We select the welding source, holder, parameters, and tool guidance method. If the process requires changing the position of the element, we use an appropriate positioner.

The robotic cell can weld, among other things:

  • Frames and frames - elements with repeatable geometry and a fixed connection system.

  • Brackets and holders - parts manufactured in larger series.

  • Housings and bodies - details requiring even and aesthetically pleasing welds.

  • Machine components - elements where accuracy is key.

  • Steel structures - segments that can be securely mounted.

  • Profile and sheet metal components - parts prepared for serial assembly.

 

The welding cell we provide includes the robot, equipment, safety devices, and software. We are responsible for component selection, assembly, commissioning, and team training. The customer receives a complete solution ready for production. Contact us and see how a welding cell can improve your production. We will prepare a solution tailored to your details, performance, and budget.

 

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