CNC lathe loading and unloading robot has the advantages of fast speed, high flexibility, high efficiency, high precision and no pollution. It is a very mature mechanical processing auxiliary means and an important part of the development of flexible manufacturing system FMS and flexible manufacturing unit FMC. The CNC lathe and robot together constitute a flexible manufacturing system and flexible manufacturing unit, which can save a huge workpiece conveying device, simple structure and strong adaptability. The machine tool loading and unloading robot combined with the CNC lathe can realize the automatic grasping, loading, unloading, clamping, workpiece shifting and flipping, workpiece transfer processing, etc. of all process processes, which can greatly save labor costs and improve production efficiency. It is especially suitable for the processing of large quantities and small parts, such as bearing sleeves (seats), motor end covers, turbines, commutators, brake discs, automobile gearbox gears, metal stamping structural parts, etc.
The loading and unloading robot of machine tools replaces manual workpiece loading and unloading in the loading and unloading link of CNC lathes. It is mainly suitable for large batches, strong repeatability or heavy workpieces, and the working environment has high temperature, dust and other harsh conditions. It has the characteristics of accurate positioning, stable production quality, reduced machine tool and tool loss, adjustable working rhythm, stable and reliable operation, and convenient maintenance. It has high efficiency and product quality stability, simple structure and easier maintenance, which can meet the production of different types of products. For users, only limited adjustments are needed to quickly adjust the product structure and expand production capacity, greatly reducing the labor intensity of industrial workers.
The perfect combination of loading and unloading robots and CNC lathes can realize automated production, improve production efficiency and product quality. This combination has the following advantages:
Improve production efficiency: The high precision, high strength and high efficiency of loading and unloading robots can greatly improve production efficiency. After the CNC lathe completes the processing operation, the loading and unloading robot can quickly take out the processed workpiece and automatically feed the workpiece to be processed into the machine tool. This can avoid the inconvenience and errors of manual operation, and greatly shorten the waiting time of the workpiece outside the machine tool.
Reduce costs: The use of loading and unloading robots can reduce labor costs, because robots can work continuously and for long working hours, do not need to rest, and will not affect production due to fatigue, negligence, etc. At the same time, robots can also take on work in dangerous and harsh environments to protect workers from work injuries.
Stable quality: Since loading and unloading robots can perform high-precision operations and can repeatedly perform the same tasks, they can ensure consistency and quality in the production process. The operation of the robot will not be affected by factors such as emotions and fatigue, which helps to improve product quality and the stability of the production process.
Flexible production: Loading and unloading robots can be used in conjunction with CNC lathes to achieve flexible production. On the production line, the robot’s program can be adjusted to adapt to different workpieces and tasks, thereby achieving rapid adjustment and expansion of the production line. This flexibility is conducive to adapting to market changes and customer personalized needs.
Data management and optimization: By integrating loading and unloading robots with CNC lathes, production data such as processing time, output, quality, etc. can be collected and analyzed in real time. These data can be used to optimize the production process, improve efficiency and quality, and provide decision support for management.
In short, the perfect combination of loading and unloading robots and CNC lathes can realize automated production, improve production efficiency and quality, reduce costs, and enhance production flexibility and data management capabilities. This combination is of great significance to the realization of modern industrial development goals such as intelligent manufacturing and Industry 4.0.
