BR-FMS606 Flexible Manufacturing CNC Milling Machine Training Device

Product Overview:
The Bairt flexible manufacturing training device is composed of a CNC lathe, a visual quality inspection system, a 6-axis industrial robot, a network camera, and a network server. It has the characteristics of small base area, flexible placement, and complete functions. The platform integrates CNC machining training, automation into training, industrial robot motion training, visual inspection training, and industrial Ethernet networking technology. The platform is suitable for integrating automation systems of existing application robots and conducting operational experiments on automatic clamping of single machine application robots. The processing combination is flexible, and installation and debugging are extremely convenient. It is the preferred equipment for vocational education institutions and maker research institutions.
Product positioning:
It can serve as a training platform for college, vocational and secondary school students majoring in automation, mechatronics integration, robotics, and enterprise engineers in robotics, CNC machining, machine vision inspection, and material entry and exit warehouse integration to build an Industry 4.0 intelligent unmanned factory, enhancing comprehensive learning and training at different stages.
Product features:
The FMS flexible manufacturing production system includes a CNC lathe, a six axis industrial robot, a set of network cameras, a visual inspection system, an OPC server, several OPC clients (which can share a computer with the server), a material area to be processed, a finished product area, and a sorting and storage area; The process of building the completed Industry 4.0 time platform can be related to the following:
Thanks to industrial Ethernet communication technology, users can select the required workpiece or transmit new machining files to the CNC system within the remote OPC client (the system supports remote online selection of up to 100 programs). The system receives data from the OPC client and automatically loads the written program. Students can confirm that there are no errors and start remotely. The robotic arm automatically grabs the parts and puts them into the milling machine fixture. After processing is completed, the workpiece is automatically removed, Simultaneously place new workpieces. After the robotic arm leaves the milling machine, the machine tool continues to process new workpieces. At this time, the visual inspection system detects the qualification of the finished product, allowing the robotic arm to sort to the qualified and unqualified areas. The entire process of CNC lathe processing can be displayed in the OPC client through a network camera, and students can remotely monitor the actual processing situation of the machine tool in real time. The various data states of the machine tool are also updated synchronously in the OPC client, Realize automatic processing, automatic detection, remote monitoring and other functions within Industry 4.0.
Multiple CNC milling machines can be selected for linked processing, and the OPC server can support up to 32 CNC equipment for online monitoring. Customers who need to change tools can also choose the company's latest desktop small machining center.
Basic training programs
1. Industrial robot practical training
2. CNC Technology Training
3. Machine Vision System Training
4. OPC Network Construction Training
5. OPC client establishment training
6. Mechanical structure training techniques
7. Pneumatic control technology
8. Training on fault detection technology skills
9. Sensor Technology and Applications

Note: The standard lathe for this flexible manufacturing training system is the BR-C29B small precision CNC milling machine