The scale of the exhibition will reach nearly 75,000 square meters, attracting more than 900 innovative enterprises from all over the world to join, with their own cutting-edge technologies and products. This powerful force promotes the electronic manufacturing industry from the growth of quantity to the qualitative leap, whether it is the research and development of intelligent equipment, the integration of manufacturing systems, or the application of new materials, these innovative forces are deeply rewriting the traditional pattern of electronic manufacturing industry, with technology as the fulcrum to leverage the quality of the entire industry jump and structural optimization. Next, please follow the footsteps of Xiaomu to understand the current trend of electronic manufacturing, while drawing the grand blueprint for the next decade with a forward-looking perspective.

E1 Hall

Intelligent awakening, man-machine dancing new chapter

Pt1010458-04 Into the E1 exhibition hall, a strong breath of the future is coming, human-machine integration is like a passionate symphony movement, playing a strong note of intelligent manufacturing. Many carefully developed intelligent collaborative robots in the exhibition hall are deeply integrated into the various processes of manufacturing with extraordinary agility, accuracy and safety, adding wings to the intelligent upgrading of the industry. In addition, more and more intelligent robots have also appeared on the scene, with AI+ high-end manufacturing dual attributes, which will be expected to open up new models and new formats of high-end manufacturing, and improve the comprehensive strength of science and technology and manufacturing.

At the Fanuke booth, multiple sets of intelligent manufacturing solutions were unveiled, vividly explaining the various applications of robot automation technology in the field of electronic manufacturing, such as its electronic assembly product display consists of four SCARA SR-3iA robots, which complete the circuit board dispensing, screw locking, detection and labeling, screw removal operations, on hand-held mobile devices. There is no need to install additional application software, robot programming can be achieved through the website iRProgrammer. There is also a visual profile plug-in application, through the use of SR-6iA SCARA robot, under the 25mm-300mm-25mm standard movement path, the movement beat under 2 kg load is 0.29 seconds, while compatible with a variety of feeding methods, with extremely high flexibility.

Pt1010458-04

Fexi Technology exhibited Dawn RIZON adaptive robot series and Star engine Grav claw technology, etc. Dawn robot series deeply integrates advanced industrial force control, machine vision and AI technology, with high position error tolerance, strong anti-interference ability, intelligent and migrable adaptive characteristics. On-site FPC flexible assembly, PCB flexible assembly is a good embodiment of these advantages. The self-developed universal robotic gripper Star Grav series has the ultimate force control performance, and also includes the standard Grav rigid fingertip, single driver and composite sensing module, the Enhanced gripper Grav uses black technology “bionic gecko material”, which can achieve passive adsorption and super friction. It can fit different materials and shapes of the contact surface, and is suitable for fine assembly, fruit and vegetable picking, sorting and other scenes.

Pt1010458-04 The load range of the DUCO multi-functional cooperative robot fully covers 30kg3-3kg, and the rich load and arm length options cover most of the use scenarios while providing customers with more product selection and more accurate cost control, which has won the recognition of many on-site audiences. In the field, Siasun also focused on the multi-transferable system solution, through the multi-transferable intelligent material conveying system and the mobile cooperative robot gap-free cooperation, can achieve automatic, cross-workshop, horizontal and point-to-point and other ways of material conveying, effectively solve the workshop handling efficiency is low, high error rate of various pain points.

As we all know, the use of collaborative robot solutions is an important breakthrough for enterprises to achieve cost reduction and efficiency, and a number of workbench scene examples built by Ailit robot. For example, the painting workstation built based on EC66 cooperative robot, the screw locking workstation built based on CS612, the conveyor belt tracking workstation built based on EC63 cooperative robot with claw, camera and conveyor belt, the 3D visual grasping workstation built based on CS66 cooperative robot, and the CSF force control series motherboard assembly based on CS66F It has the advantages of flexible deployment, flexibility and high efficiency, and has been more and more widely used in the electronic production industry.