Collaborative Robot Innovation Ecology Conference 2019
On May 13, 2019, China · Chongqing Intelligent Manufacturing Industry-Collaborative Robot Innovation Ecology Conference was held in Jiulongpo District, Chongqing. At the invitation of the conference, ALSONTECH CEO Mr. Miao Qingwei gave a keynote speech and discussed with leaders and guests at the conference.
ALSONTECH robotic 3D vision system provides customized solutions according to different applications and scenarios. By giving3D vision guidance, the system realizes full automated production, from assembly to glue path planning, from casting to CNC finishing, from unmanned depalletizing to dynamic high-speed sorting, and from goods sorting to unmanned workstations. You name it, we solve it. The refinement and flexibility of theAT-S1000 series give customers 3D vision systems that are customized in small batches, economical in cost, and reliable to use.
More than 20 collaborative robot innovative ecological enterprises gathered to discuss the future of intelligent manufacturing in various dimensions from frontier technology development toindustrial application and to innovation and entrepreneurship, etc.
At 10:00 a.m., at the closing ceremony of the competition, General Manager Miao Qingwei of Elson Intelligent Technology shared "Robot 3D Visual Positioning System" for leaders and business leaders of Songjiang District.
CEO Mr. Miao Qingwei presents “robotic 3Dvision positioning system”
As one of the invited keynote speakers, Mr.Miao Qingwei delivered a speech The Application of Robotic 3D Vision Guidance System in Intelligent Manufacturing, which caused strong resonance among present industry experts and leaders .
▲ Songjiang District Leaders Awarding General Manager Miao Qingwei
At the conference, ALSONTECH brought asolution to solve the pain point in intelligent manufacturing industry:
How do industrial robots face disordered objects environments? How to perceive, analyze and position in such an environment?
ALSONTECH gives robots 3D intelligent eyesand an AI brain!
Give robot real 3D visual perception function, and solve the problem of identification and positioning of disorderedand multiple types of incoming materials;
Easily switch models and digitalize fixtures, meeting the flexible production needs of discrete manufacturing and reducing enterprise's secondary investment;
No need of manual teaching, achieve autonomous target positioning and path planning, give robot real "eye +brain" function;
Reduce the implementation difficulty ofon-site personnel. No professional commissioning personnel are required.
The robotic 3D vision positioning systemAT-S1000 can assist industrial robots to achieve 3D intelligent picking, and is professionally designed for scattered, disordered and stacked workpieces. The system scans the workpiece in a fast speed, generates high-accuracy 3D pointcloud data, and combines image processing, AI algorithm, point cloud analysis algorithm, intelligent matching, autonomous motion path planning algorithm andanti-collision design to guide the robot to pick accurately.
