Fully Automatic Battery Pad Printing Inkjet Testing Machine 3D model

Fully Automatic Battery Pad Printing Inkjet Testing Machine

Introduction

The equipment is a mobile phone battery automatic battery pad printing code testing machine. The drawing of the equipment is 350MB, and the drawings of large and small parts add up to more than 400. The 3D model of the equipment is designed by SolidWorks 2012 software, and the complete set of drawings It is an original original 3D model design drawing. The quality of this drawing is better than other members’ drawings. Please rest assured to download. The main function of the equipment is to pad print and spray code on the surface of the battery, pad print some characters and barcodes, and the battery is positioned by the carrier and The conveyor belt is transported to each station. Firstly, it is lifted and positioned at the pad printing and coding station, and then pad printing is performed by the pad printing machine. Some need to be sprayed and coded at the next station. The carrier board is transported with the battery At the code scanning and testing station, you can know whether the weighing and printing are defective through the code scanning gun. If there is any defect, it will be automatically discharged by the robot, and the battery will flow into the OCV test station to test the voltage and internal resistance of the battery. After the test is completed, the battery will be transported The belt outflow is collected manually, and the whole process is divided into two machines to complete all the pad printing and coding tests. This equipment can also be used in other industries to realize pad printing and coding. The vehicle is returned from the lower conveyor belt to manually continue the cycle of loading and unloading. Since there are many detailed structures and details in the drawings, it is necessary to download the drawings to understand them better.

File Formats

• SolidWorks 2018 | Keyshot 10
• STEP (Standard for the Exchange of Product Data)
• IGES (Initial Graphics Exchange Specification)
• STL (Standard Tessellation Language )
• OBJ (Object Files)

Geometry

• Polygons: 2,710,030
• Vertice: 8,130,090