Direct sales of industrial robotic arm production

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Payment Type:

L/C,T/T

Incoterm:

FOB,CFR,CIF,EXW,FCA,DDU,Express Delivery

Min. Order:

1 Piece/Pieces

Transportation:

Ocean,Land,Air,Express

Port:

Yantian Port, Shenzhen,Shekou Port, Shenzhen,Nansha Port, Guangzhou

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Product Description

Product Attributes
Supply Ability & Additional Information
Packaging & Delivery

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Overview

Product Attributes

Brand: Carno

Supply Ability & Additional Information

Packaging: Export enclosed wooden box

Productivity: 500.000bars/month

Transportation: Ocean,Land,Air,Express

Place of Origin: Guangdong, China

Supply Ability: Normal

Certificate: CE, SGS

HS Code: 8418692090

Port: Yantian Port, Shenzhen,Shekou Port, Shenzhen,Nansha Port, Guangzhou

Payment Type: L/C,T/T

Incoterm: FOB,CFR,CIF,EXW,FCA,DDU,Express Delivery

Packaging & Delivery

Selling Units:: Piece/Pieces

Package Type:: Export enclosed wooden box

Picture Example:

Industrial Robotic Arm is a programmable robot equipped with multiple degrees of freedom, widely used in automation equipment in industrial production. It has a high degree of accuracy, flexibility, and reliability, and can perform various complex tasks, such as assembly, transportation, welding, transportation, etc.
The components of an industrial robotic arm include a base, joints, links, actuators, and controllers. The base is the base of the robotic arm, fixed on the workbench. A joint is a structure that connects chain links and drives their movement through an electric motor. Chain links are the skeleton of a robotic arm, connecting joints and actuators. An actuator is a component that implements the functions of a robotic arm, such as a fixture, suction cup, welding gun, etc. The controller is the brain of a robotic arm, responsible for guiding and controlling the movement of the robotic arm.
One of the advantages of industrial robots is their high precision and flexibility. Through precise motion control, tasks can be accurately executed at the millimeter or micrometer level. It can be programmed and adjusted according to different needs and tasks, and can adapt to various complex processes and working environments. In addition, industrial robots can also perform self-learning and adaptation, adjusting and improving according to working conditions and changing workpieces.
The application range of industrial robots is very wide. In the manufacturing industry, robotic arms can complete various assembly and processing tasks, such as part handling and positioning, product assembly and welding, etc. In automotive manufacturing, robotic arms can complete the production and assembly of automotive components, improving production efficiency and quality. In the food manufacturing industry, robotic arms can complete tasks such as food handling, packaging, and sorting, improving production speed and hygiene standards. In the pharmaceutical manufacturing industry, robotic arms can complete tasks such as drug assembly, packaging, and quality inspection, improving production efficiency and product quality.
For enterprises, introducing industrial robots can bring many benefits. Firstly, the robotic arm can achieve automation and intelligence in the production process, reduce human input and the impact of human factors, and improve work efficiency and product quality. Secondly, robotic arms can cope with complex and dangerous working environments, improve work safety, and reduce accidents and accident costs. In addition, the programmability and flexibility of the robotic arm make the production process more flexible and adaptable, which can better meet market demand and product changes.
However, there are also some challenges and problems in introducing industrial robots. Firstly, the cost of a robotic arm is relatively high, requiring a significant investment in purchasing and maintaining equipment. Secondly, the installation and debugging of robotic arms require the guidance and technical support of professional personnel, which has certain requirements for the technology and human resources of the enterprise. Finally, the operation and maintenance of robotic arms require a certain level of professional knowledge and skills, which increases the training and management costs for enterprises.

In summary, industrial robots, as high-precision, highly flexible, and highly reliable automation equipment, play an important role in modern industrial production. It can achieve production automation, improve work efficiency and product quality, and bring huge economic benefits and competitive advantages to enterprises. However, the introduction of industrial robots also requires consideration of factors such as investment costs, technical requirements, and human resources. With the continuous progress of technology, the performance and functionality of industrial robots will continue to improve, providing better solutions for enterprises to achieve higher levels of automated production.

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