Automatic series gear hobbing/chamfering/shaving Automatic Production Line-joint Robot Assembly Line
Joint robot assembly line for automatic gear hobbing/chamfering/shaving production line
The automatic line consists of a hobbing machine and a chamfering machine. Shaving machine joint robot. On the slitting machine. The multi-station stacking warehouse's external protection and installation device can be freely combined according to customer needs to complete the entire gear production process before gear thermal processing.
Intelligent and non-toxic
It has high intelligence and flexibility, can exchange data with the central processing unit, achieves centralized management, and can achieve online collection and statistical analysis of real tires, automatic alarm, automatic sampling, and other functions.
Automatic silo, customers can flexibly design and customize according to their products
Compact layout and reasonable design
The automatic production line for gear hobbing, chamfering, and shaving with joint robot assembly lines has the following advantages:
1. Improve efficiency: Automating gear hobbing, chamfering, and shaving processes improves production efficiency by reducing physical labor and increasing output. Robots can consistently perform these tasks at higher speeds, thereby improving productivity.
2. Higher precision: Automation ensures precise machining of gears. Robots can follow highly repeatable programming paths, resulting in consistent and accurate gear profiles. This has led to an improvement in gear quality and a decrease in scrap rate.
3. Improved safety: Automation eliminates or reduces the need for manual handling of heavy gears and sharp tools, reducing the risk of accidents and worker injuries. Robots can operate within designated safe areas, keeping operators safe from hazardous areas.
4. Flexibility: The joint robot assembly line provides flexibility for production. Robots can program and handle different gear types and sizes, allowing for quick switching and adaptation to different production needs. This flexibility enables the efficient production of various gear products.
5. Cost savings: In the long run, automation can save costs. Companies can achieve lower production costs and higher profitability by reducing labor demand, improving efficiency, and minimizing scrap rates. In addition, automation can optimize material usage and reduce waste to the greatest extent possible.
6. Quality control: Automation achieves better quality control through consistent and repeatable processes. Robots can conduct inspections and measurements during production to ensure that gears meet specified tolerances and quality standards.
Combining gear hobbing, chamfering, and shaving processes with joint robot assembly lines can improve the efficiency, accuracy, safety, flexibility, cost savings, and better quality control of gear manufacturing.