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Increases production speed
Assembly steps are completed within a constant, short cycle time.
Speed and consistency in assembly processes
With robotic assembly solutions, we bring speed, accuracy and repeatable quality to production lines while reducing manual workload.
Definition
What is robotic assembly?
Robotic assembly is the joining, positioning, screwdriving and inspection of parts by robots in a defined sequence on a production line. It increases assembly speed while delivering the same quality on every product.
Assembly cells consist of a robot, custom grippers, part feeding systems, torque-controlled screwdriving units and machine vision cameras. The camera verifies the orientation of the part, the robot joins it in the correct position, and every assembly step is recorded.
This prevents products with missing or faulty assemblies from reaching the customer, reduces manual workload and makes the working environment safer.
What does the system deliver?
The benefits of robotic assembly
Robotic assembly systems bring speed, accuracy and continuity, helping assembly lines run more efficiently.
Delivers repeatable quality
The same assembly sequence and force are applied to every product.
Reduces manual workload
Repetitive, tiring assembly tasks are handed over to the robot.
Improves part orientation
Ensures the right part is fitted in the right orientation.
Safe working environment
Pinch and repetitive strain risks are reduced.
Vision-assisted inspection
Camera verification before and after assembly.
Assembly steps
What does a robot do on an assembly line?
Each assembly cell is custom-designed around your product assembly sequence.
- Feeding and orientingParts are brought into the correct orientation with a vibratory feeder or camera.
- JoiningControlled assembly by snap-fitting, press-fitting or bonding.
- ScrewdrivingTorque- and angle-controlled screwdriving with data logging.
- VerificationPost-assembly quality inspection with cameras and sensors.
Areas of use
What tasks is robotic assembly used for?
High efficiency in part joining, positioning, inspection and orientation processes.
Part joining
Joining different parts in the correct sequence and with precision.
Screwdriving operations
Speed, accuracy and consistent quality in repetitive screwdriving.
Part positioning
Preparing products in the correct position before assembly.
Vision-assisted assembly
Camera support for part orientation and verification.
Sorting and separation
Separating parts by type or orientation.
Product inspection
Post-assembly product integrity and quality inspection.
Is robotic assembly suitable for small parts?
Yes. With the right grippers and vision-assisted positioning, small and delicate parts can be assembled more consistently than by hand.
How is torque controlled on a screwdriving robot?
Torque- and angle-controlled screwdriving units measure and record the values of every screw. If a value falls outside the target, the product is automatically flagged or rejected.
Can an assembly cell adapt to different product models?
Yes. Thanks to modular fixture and gripper design and program selection, multiple product models can be assembled in the same cell.
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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