AUBO robot helps SMT production line to produce efficiently

An SMT division mainly produces PCB circuit boards for first-line brand products. In the SMT front-end feeding section, it involves the transfer of electronic components in the tray, which not only has many varieties and similar shapes, but also changes the number of components in the tray randomly. The operation is monotonous, highly repetitive, complex tray, and many barcodes, and manual code scanning often misses or scans wrongly, affecting subsequent production. In addition, the labor cost has risen after the epidemic, and the use of manual feeding is time-consuming, labor-intensive, and low-power, which does not match its automated production mode.

AUBO robot helps SMT production line to produce efficiently

　　With the sophisticated use of collaborative robots, AUBO robotic arm deploys AGV composite robot plan to become the best choice to deal with this problem. When the SMT production line is short of materials, according to the production instructions, AUBO robotic arm accurately finds the materials for code identification and retrieval of materials, and automatically transports them to the corresponding SMT line, with fast sorting speed and easy to make mistakes. The plan uses a safe and flexible loading and unloading method to improve the power and accuracy of SMT materials in and out of the warehouse, and deals with the dual pain points of high transfer frequency and high labor intensity.

AUBO cobots are simple to program and easy to arrange, without the need to renovate and replace existing material racks, which shortens the project development and commissioning cycle and does not affect the normal production of customers. In addition, AUBO i10 collaborative robot can reach 1350mm working radius, and each joint can achieve 360° ±, which can satisfy the height of various material racks and SMT feeders, and can be taken and placed freely without dead angles, so as to achieve intelligent transfer. In the case of low degree of automation in the past, the station may require multiple workers to jointly complete the mission of scanning and feeding, and now the composite robot method of AUBO robotic arm + AGV + vision is selected, which not only ensures the environmental requirements of the workshop, but also effectively deals with the messy phenomenon of on-site manual handling, reduces labor costs by 30%, reduces repetitive labor, and helps employees improve and realize their self-worth.

AUBO collaborative robot + AGV + visual guidance system + code scanning system + precision gripper, which can accurately locate the orientation of the tray, scan the tray's label information, identify the material number and quantity, and grab the tray and transport it to the designated direction. Compared with manual distribution, the transfer power of the production line is increased by 30%, the distribution error rate is reduced to 0, and 7*24 hours of uninterrupted operation can be realized.

AUBO collaborative robots have a repeatable positioning accuracy of ±0.02mm, and the positioning accuracy of AGVs in complex environments can reach millimeter level, ensuring accurate positioning and making grasping and transfer more stable and reliable. In addition, AUBO robotic arm supports 10-level collision detection and sensor safety detection, and is equipped with multi-level safety protection methods, which can realize the functions of safe deceleration and safe emergency stop when personnel enter the operation area, so as to ensure the safety of man and machine in the factory area.

AUBO robot helps SMT production line to produce efficiently

Sections viewed

Contact

working hours