NC lathe loading and unloading robot armYT 1500-10-6A

Why Choose Us
1. Fast Reply and Good Sevice
2. Long service life and competitive price
3. Good and stable quality let you use satisfying.
4. Strong Assets factory can give future and stable service
5. With GB/T 19001-2016 / ISO9001:2015 certificate factory

Packaging & Delivery

Port: Ningbo
Packaging Details: one set one wooden package
Lead Time :
Quantity(Sets) 1 - 10 >10
Est. Time(days) 20 To be negotiated

E-mail:[email protected]

Product Details

Applicable Cases

NC lathe loading &unloading

The figure shows a NC lathe automatic loading & unloading solution provided for a customer. Combined with the production line, one robot can manage two face-to-face NC machines, thereby significantly reducing labor cost and time cost and enhancing productivity of the customer.

Payload		10kg.
Reach		1 500 mm
Structure		Articulated
Number of axes		6
Repeatability		+0.05 mm
Max.motion range	Axis 1	士165°
	Axis 2	+135°/-75°
	Axis 3	+78°/-76.5°
	Axis 4	士360°
	Axis 5	+115°
	Axis 6	士450°
Max. speed	Axis 1	148°/sec .
	Axis 2	148°/sec
	Axis 3	150°/sec
	Axis 4	222°/sec
	Axis 5	222°/sec
	Axis 6	360°/sec
Weight		≈120 kg
Mounting type		Ground, bracket, ceiling
Ambient temperature		-20 °C~80 °C

about us

Zhejiang Qiyue Mechanical Technology Co., Ltd.

Zhejiang Qiyue Mechanical Technology Co., Ltd. as a Custom NC lathe loading and unloading robot armYT 1500-10-6A Suppliers is your complete source for gear reducers, actuator,rotary table, robot arm, and other innovative products used in automation technology.With one of the largest product offerings in the motion control industry as well as the engineering expertise and manufacturing capabilities to provide customized solutions, Arcsec Drive can help with your application.Being flexible to meet the needs of customer requests and great service are what set Arcsec Drive apart from the rest.

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1. NC lathe automation trend

The application of automation in the field of NC lathes is becoming more and more important. Manufacturers increasingly rely on NC lathes to improve production efficiency and reduce production costs. Loading and unloading robotic arms play a key role in this trend. Not only can industrial robot arms perform these tasks efficiently, they can also operate without the need for direct human supervision. This kind of automation can improve the stability and production capacity of the production line, reduce personnel operating errors, and make manufacturers more competitive.

An important trend in automation is the digital transformation of factories. With the popularization of industrial Internet and IoT technology, manufacturers are able to connect NC lathes and loading and unloading robots to centralized control systems to achieve real-time monitoring and remote operation. This digital transformation makes production lines more intelligent, allowing manufacturers to respond more quickly to changes in production demand.

Another trend is the versatility of NC lathes. Modern NC lathes often feature multi-axis control and multi-tool heads to perform multiple operations on a single machine. Loading and unloading robotic arms need to be able to accommodate this versatility and be able to quickly switch between different workpieces and processes to further increase production efficiency.

2. Key advantages of NC lathe loading and unloading robots

Loading and unloading robotic arms have many key advantages in NC lathe applications that have made them a favorite in the manufacturing industry. First, the robot arm has high precision. They complete tasks with extremely high repeatability, guaranteeing precision for every workpiece. This is especially important for industries that require high-precision parts, such as aerospace and medical device manufacturing.

Another advantage of robotic arms is their ability to work continuously without fatigue. This is different from manual operations, where personnel may become fatigued over a long period of time, affecting production efficiency. The robot does not need to rest and can work in a 24/7 production environment to maintain efficient production.

Robots also offer flexibility. They can easily adapt to different types and sizes of workpieces, reducing changeover times. This is particularly valuable in batch production environments, where changes in workpieces often require adjustments to the production line. The flexibility of robots can reduce production line downtime and improve equipment utilization.

In addition, robots can work in environments that are dangerous or unsuitable for human operation. For example, in environments with high temperatures, low temperatures, harmful gases, or high radiation, robots can perform tasks without putting humans at risk. This improves workplace safety and reduces potential health risks.

3. Future development of NC lathe robot technology

The future of NC lathe loading and unloading robotics is full of potential. As machine learning and artificial intelligence continue to develop, robotic arms can better adapt to different tasks and environments. Future robots may have more advanced autonomy, able to identify workpiece types and adjust their own operations on their own. This will further reduce reliance on personnel and improve the automation level of the production line.

Robots' collaborative capabilities will also become more important. Collaborative robots can work together with other robots or people to complete complex tasks. This collaboration helps improve the overall efficiency and flexibility of the production line.

The cost of robotics is also expected to continue to fall, enabling more manufacturers to adopt the technology. As robots become more common in manufacturing, manufacturers will be able to realize return on investment faster as production efficiency increases and manufacturing costs decrease.

NC lathe loading and unloading robot arms are an important technology in manufacturing, and as automation and technology continue to develop, they will continue to play a key role in improving production efficiency and reducing costs. With future innovations, this area will continue to advance, providing manufacturers with more opportunities to improve their competitiveness. The application of robots in the field of NC lathes will continue to lead the development of manufacturing in the next few years.