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Welding Welding automation
Millimeter-level precision and uninterrupted production line efficiency with robotic welding systems.
Robotic automation applications
We boost your efficiency with robot cells built for handling, welding, assembly, cutting and quality control processes.
Robotic application areas
Which process do you want to hand over to a robot?
Increase your efficiency with robotic applications developed for different manufacturing processes.
Welding applications
Robotic welding cells for arc, MIG, TIG, laser and spot welding.
- Repeatable weld quality
- Short cycle time
- Keeps operators away from fumes and heat
Palletizing and packaging
Automates packing, case packing and stacking products onto pallets.
- Fast, error-free end of line
- Consistent stacking patterns
- Labor optimization
Machine vision
Camera-based systems for part location, measurement and quality inspection.
- Defect and missing-part detection
- Robot guidance
- Measurement accuracy
Material handling
Automates part picking, transfer and loading processes.
- Less manual handling
- Safety with heavy parts
- Fast product flow
Machine tending
Automated part loading and unloading for CNC machines, presses and machining centers.
- Reduces machine idle time
- Continuous production throughout the shift
- Precise positioning
Assembly applications
Automates part joining, screwdriving and positioning processes.
- Consistent assembly quality
- Vision-assisted verification
- High production speed
Cutting applications
Precise, fast robotic cutting for laser cutting, plasma cutting and trimming.
- Less material waste
- Precision on complex contours
- Operator safety
Woirtech solutions
Real production scenarios
What the cells we install have in common: measurable gains in speed, quality and safety.
Welding
Palletizing Palletizing system
Workplace safety and speed through automated handling of heavy loads and smart stacking solutions.
Quality Machine vision
High accuracy in camera-based quality inspection, bringing you close to zero-defect production.
Selection guide
Which application solves which problem?
We summarized the first application to look at based on the problem you face in production.
| Criteria | Your problem | Recommended application |
|---|---|---|
| Quality | Weld seams vary from operator to operator | Robotic welding cell |
| End of line | Palletizing staff cannot keep up, and back injuries occur | Robotic palletizing |
| Inspection | Defective parts reach the customer | Quality inspection with machine vision |
| Capacity | CNC machines sit idle waiting to be loaded | Robotic machine tending |
| Flow | Parts are carried between stations by hand | Material handling and conveyors |
| Scrap | High material loss in cutting | Robotic laser or plasma cutting |
Which robotic application is right for my process?
The right application depends on your part weight, volume, tolerance requirements and the bottleneck in your line. In a free needs analysis meeting, we review your process and recommend the application that will have the greatest impact.
Can a single robot do more than one job?
Yes. With the right gripper and cell design, a single robot can, for example, handle both machine tending and palletizing. If the cycle time allows, this approach significantly lowers the investment cost.
Does it make sense to use robots for small-batch production?
Yes. Thanks to flexible cells designed for quick product changeovers and ready-made program libraries, robotic automation also works efficiently in small and medium batch production.
Woirtech
Let us strengthen your production together
Share your application and goals, and together we will define the right robot cell, layout and investment plan for you.
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