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Improves cutting precision
Parts are cut to the required size and shape with high accuracy.
High precision and efficiency in cutting
With robotic cutting solutions, we increase speed, precision and quality in your production processes while reducing material waste.
Definition
What is robotic cutting?
Robotic cutting is the automation of removing material from a workpiece or dividing it to the required size and shape using robots equipped with laser, plasma, waterjet or mechanical cutting tools. It delivers speed, precision and repeatability.
The robot's multi-axis motion makes it possible to cut three-dimensional parts, tubes and complex contours that flat sheet cutting machines cannot reach.
The system reduces product waste, improves production quality and keeps the operator away from the light, sparks and fumes generated during cutting.
What does the system deliver?
The benefits of robotic cutting
Robotic cutting systems deliver speed, precision and consistent quality standards for safe, efficient operations.
Reduces product waste
Material usage is optimized and the scrap rate drops.
Increases production speed
Repetitive cutting operations become faster through automation.
Supports operator safety
A safer working environment, away from cutting hazards.
Repeatable quality
The same cut quality is maintained on every operation.
Adapts to different cutting types
Integration with different cutting systems depending on the material and application.
Cutting methods
Which cutting method for which material?
The right method is selected based on the material, thickness and the required edge quality.
- Laser cuttingNarrow kerf and clean edges on thin and medium-thickness metals.
- Plasma cuttingFast, cost-effective cutting of thick metals.
- Mechanical cutting and deburringEdge trimming on castings and plastic parts.
- Composite cuttingControlled cutting of industrial materials with different structures.
Areas of use
Where is robotic cutting used?
Precise, fast and safe processing of metals, plastics and other industrial materials.
Laser cutting
Fine, detailed cuts that require high precision.
Plasma cutting
Fast, powerful and efficient cutting of metals.
Part separation
Dividing workpieces to the required size and shape.
Edge trimming
Controlled, standardized processing of part edges.
Composite cutting
Controlled cutting of materials with different structures.
Custom cutting operations
Cutting systems customized to your product and process.
What is the difference between robotic laser cutting and a CNC laser cutting machine?
CNC laser cutting machines are highly efficient for flat sheet cutting, while robotic laser cutting uses multi-axis motion to cut three-dimensional, formed or tubular parts.
Should I choose plasma or laser?
Choose laser for thin to medium-thickness work that requires high edge quality, and plasma for speed and cost advantages on thick metals. We make the choice together based on your material and quality requirements.
How does robotic cutting reduce scrap?
Robotic cutting reduces scrap because the robot follows the same path on every part, cutting down dimensional deviations and faulty cuts, while optimized cutting paths improve material usage.
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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