Shenzhen Hongxin Deli Technology Co., Ltd.

• Using a 3D camera to capture a 3D image of the workpiece, and then performing measurement orinspection automatically or semi-automatically based on the 3D image

• It can be used to implement the measurement and inspection of flatness, gap, step height, burr and scratch defects and so on

• Using a 3D camera to capture a 3D image of the scene, and then recognizing and localizing objectsautomatically and quickly through 3D vision algorithm

• It doesn't need to design and manufacture physical positioning fixture in the workpiece feeding and unloading robot system, and makes these applications more flexible and efficient

• Workpiece feeding and unloading of several machine tools can be done automatically by using only one robot

• The localization of workpiece is implemented based on 3D computer vison

• The equipped detection system of feeding in place improves the qualified rate of machining and reduce faults of machine tool

• The workpiece storage system was designed with multi-layer pallets to provide longer continuous machining time

• No physical positioning fixture on the workpiece storage system makes it more flexible and efficient for changing workpiece type

• The robot system designed with deep integration makes the robot control can be done by pressing buttons

• AGV or forklift are optional to carry workpieces automatically or manually