Fanuc Pick And Place Robot Program Load 630kg High Speed For Material

Product Specification

Load 630kg Fanuc high-speed robot for material Pick And Place.Repeatability:0.03mm

Pick and Place
The use of collaborative robots for picking and placing tasks is a good starting point for reducing workers' repetitive work. Picking and placing tasks involve picking workpieces and placing them in another location. This operation can be used in actual production to pick items from pallets or conveyor belts for packaging or sorting. Collaborative robots mainly use fixtures to pick and place parts. To sort parts from the conveyor belt, a visual system needs to be additionally configured.
Packaging and stacking
Collaborative robots are also suitable for palletizing and product packaging work. The final step on the factory production line is packaging, including packing and loading, as well as transporting the packaged products onto designated pallets. Usually, these tasks have highly repetitive surnames, and collaborative robots are very suitable to replace manual labor for these small workload tasks. Rapid product conversion is the key to the business of high-yield and low-yield mixed batch production companies. This application requires the use of conveyor belt tracking to synchronize robot and conveyor belt movements.
Programming is simple and intuitive
Processing operations are any process that requires the use of tools to manipulate the workpiece. Collaborative robots are typically used for handling, distributing, and welding parts. These machining tasks can be repeated using tools to complete fixed paths. If arranging new employees to complete such work requires a significant investment of time in training, collaborative robots can replicate it to other robots by completing programming on one robot.
Traditional welding robot systems typically require operators to have a good understanding of robot programming and welding. However, the main advantage of collaborative robot systems is that their programming is relatively simple, which can be easily achieved through position and direction recording or traditional CAD programming, simplifying programming steps, and allowing workers with only welding experience to program collaborative robots. The use of the Polyscope interface can help maintain a stable TCP speed, ensuring that the robot can feed at a constant speed.
Finished product quality inspection
Collaborative robots can detect the quality of various parts. This process typically includes a comprehensive inspection of finished parts, high-resolution photo inspection of precision machined parts, and comparison of parts with CAD models for confirmation. Connecting multiple high-resolution cameras to a collaborative robot can automate the quality inspection process and provide fast results. Collaborative robots for detection can achieve more accurate production and sorting. An end effector with a resolution camera, visual system, and software is required to complete the inspection.

About the company

Our guide rail has cooperated with many international well-known robot brands, such as ABB KUKA FANUC Yaskawa UR. The companies involved mainly include palletizing, loading and unloading. The load of the guide rail ranges from 500kg to 5000kg. The length of the guide rail is customized according to the needs of customers. We have made a case that an ABB IRB6700 robot corresponds to 20 CNC machines, and a 50m long guide rail completes the reciprocating motion, loading and unloading of the robot. The number of robots is greatly reduced and the integration cost is saved.

Our company also offers industrial robots at very favorable prices to place orders together at lower prices.
Welcome to Shanghai, China, to investigate our robots and rails!

Company Product Supply

ABB robot
KUKA robot
Yaskawa robot
Fanuc robot
UR robot
Cobot
Guide rail
Cobot made in China

Product specifications

Product parameters table

Packaging and Transportation