Machine tool operator is one of the simplest applications in robotics. The robot can communicate with every type of CNC, including the oldest ones. The robot is also advantageous for small series parts.

Parts Quality Control. Typically, this process involves total inspection of finished parts, checking high resolution images for precision machined parts and verifying parts compared to CAD models. Attaching several high-resolution cameras to cobots can automate the process and accelerate the process. Control can also be performed digitally and digitized by comparison with the model process generated by the computer. The use of cobots for control may result in higher quality control, resulting in more accurate production batches. High-end camera end effectors as well as camera systems and software may be required for inspection.

Thanks to the excellent tracking accuracy of our robots, there is no need for laborious work. The high axis speeds and the infinite rotation of the seventh axis ensure particularly short cycle times for our robots as the duration of unproductive movements between the two welds is minimized. Excellent repetition accuracy gives a stable robot mechanics and a precisely targeted approach to the start of the weld is guaranteed.

It is one of the most common tasks. The nature of the task can often lead to errors, while repeated physical movements can lead to excessive effort or injury. This could mean the packing function or sorting function from the container or conveyor; this latter case often requires advanced camera systems. Pick and Place typically requires end effectors to grab the object, which could be either a gripper or a vacuum suction effector.

The removal and placement process also includes packaging and palletizing products. Products before leaving the factory hall must be properly prepared for shipment. This may include shrink-wrapping; mounting and loading boxes; and grouping boxes or placing them on a shipping pallet. These tasks are repeated and represent small payloads, which is ideal for cobots. A quick transition from one product to another is essential for any business that runs high and low volume production. For this application, monitoring of the conveyor is required to synchronize the robotic movement with the conveyor. A visual (camera) system may also be required for non-uniform shape products.

The cobot is used for the most accurate and repetitive tasks. Both removal and transhipment and subsequent assembly.

The cobot, in connection with FORCE TORQUE SENSOR, can develop the necessary strength, repetition and precision for finishing work. These fine finishing work includes eg gearbox assembly. The robot can be taught manually or via computer programming methods. Cobots control the action of force. This allows the robot to solve various sized parts. This can be achieved by means of strain gauge sensors using an end effector.

Cobots perform basic tasks when applying adhesive bead. This increases quality, saves time and reduces costs. The entire bonding process can be automated from insertion of the part, gluing and subsequent handover of the part to the next operation.

The machine operator requires that you stand for hours before the CNC machine, the injection molding machine, or other similar equipment and attend to the needs of the machine operator. It can be a tool change or a material change. The process is tedious and tedious for the human operator. Not only will cobots free a human operator, but a single cobot can handle more machines, leading to increased productivity. This type of cobot use may require the cobot to have hardware with machine-specific input and output (I / O) interfaces. The I / O hardware indicates to the robot the next cycle or when the material needs to be replenished.

Quality testing. Typically, this process involves total inspection of the finished parts. This may include checking the quality of your mobile display or checking high resolution images for precisely machined parts and verifying parts compared to CAD models. Attaching several high-resolution cameras to cobots can automate the process and accelerate the process. Control can also be performed digitally and digitized by comparison with the model process generated by the computer. The use of cobots for control may result in higher quality control, resulting in more accurate production batches. High-end camera end effectors as well as camera systems and software may be required for inspection.

Finishing tasks performed by human operators require a hand tool and a large amount of power. Instrument vibrations can cause injury to the operator. Cobot can develop the necessary strength, repetition and precision for finishing work. These finishing operations include polishing, grinding and deburring. The robot can be taught manually or via computer programming methods. The force-controlling cobots can help the robot become even more robust. This allows the robot to solve various sized parts. This can be achieved by means of strain gauge sensors, either through an end effector or internally.

Cobots perform basic injection operations. This increases quality, saves time and reduces costs. The entire injection process can be automated from insertion of the part, injection and subsequent handover of the part to the next operation.

Variable application areas

The Cobot is very light and space saving. Used in both small and large series of products, in robotic operations performed concurrently with manual work. In operations that cannot be fully automated. Often changing production without the need for lengthy programming and previous programming experience. Use in hazardous environments for people, in dirty environments, in poorly accessible locations, etc.

Intuitive programming

Simple, intuitive, real-time 3D preview programming. Basic commissioning of the robotic installation including programming of the basic function in a few hours by the user without previous programming experience. The robot has a manual guidance function, it is a way of programming by learning, where the operator guides the robot's arm along the desired path and the cobot learns and repeats this movement.

Safety

The cobot meets all safety standards and strict requirements. The arms are very light, rounded and antistatic. In the event of exceeding the set force limit when in contact with the operator, the cobot stops immediately to avoid unreasonable pain or even injury. without any cage or fence.

DON´T YOU SEE SUITABLE APPLICATION FOR YOUR PURPOSE? DO YOU NEED TO ADVISE WITH COBOT SELECTION? 

CONTACT US:

+420 725 586 699, +420 731 644 759

info@siasun.cz