National unified consultative Hotline

0769-85758781

News Center

  • Tel:086-0769-22807002
  • Mobile:13825721795
  • contacts:Zou
  • Mobile:13922913213
  • E-mail:market@supersonics.vip
  • Address: Songshan lake industrial east road no. 24

Talking about the classic applications of industrial robots in many fields
From: Guangdong bravebull intelligent cutting technology co., LTD Post date: 2020-08-24

Talking about the classic applications of industrial robots in many fields

Industrial robots can replace people in dangerous, harmful, toxic, low temperature and high heat and other harsh environments. They can also replace people to complete heavy and monotonous repetitive tasks, improve labor productivity and ensure product quality. Industrial robots, CNC machining centers, automatic guided vehicles, and automatic inspection systems can form a flexible manufacturing system (FMS) and a computer integrated manufacturing system (CIMS) to realize production automation.

  【Harsh working environment and dangerous work】

  (1) Robot for hot forging workshop.

  High-temperature hot forging is an operation with many unsafe factors. The working environment of the workshop is harsh, the temperature is high, and the noise is large. It is most suitable to use industrial robots to operate.

  (2) Die-casting workshop robot.

   Die-casting workshop operators produce under high temperature, dust, and heavy physical conditions. The conditions are harsh, and industrial robots are needed to replace humans to complete pouring, loading and unloading.

  【Automated production field】

   Nearly 50% of the industrial robots in the world today are concentrated in the automotive field. They are often used in complex operations such as handling, welding, spraying, assembly, palletizing, gluing, polishing, engraving, and testing.

  (1) Transport.

   Handling operation refers to the use of a device to hold the workpiece and move it from one processing position to another processing position. The handling robot can be equipped with different end effectors (such as manipulator claws, vacuum suction cups, etc.) to complete the handling of workpieces of various shapes and states, which greatly reduces the heavy physical labor of humans. Different equipments in each process are programmed to cooperate with each other to realize assembly line operation. Handling robots are widely used in automatic loading and unloading of machine tools, automatic assembly lines, palletizing, and containers.

  (2) Welding.

At present, robot welding is the most widely used in the industrial field, such as construction machinery, automobile manufacturing, power construction, etc. Welding robots can work continuously in harsh environments and provide stable welding quality, improve work efficiency, and reduce labor intensity. . The use of robot welding is a revolutionary advancement in welding automation, breaking through the traditional way of welding special machines.

  (3) Spraying.

   Spraying robots are suitable for the outer surface coating of workpieces with large production volumes, multiple product models, and irregular surface shapes. They are widely used in automobiles, auto parts, railways, home appliances, building materials, machinery and other industries.

  (4) Assembly.

  Assembly is a relatively complex operation process, not only to detect errors in the assembly process, but also to try to correct such errors. The assembly robot is the core equipment of the flexible automation system. There are many types of end effectors to adapt to different assembly objects; the sensor system is used to obtain information about the interaction between the assembly robot and the environment and assembly objects. Assembly robots are mainly used in the manufacturing of various electrical appliances and assembly operations of assembly line products. They have the characteristics of high efficiency, precision and sustainable work.

  (5) Palletizing.

   Palletizing robot is a high-tech product of mechatronics. It can meet the production needs of medium and low output. It can also palletize various products such as bags and boxes according to the required grouping method and number of layers.

  The use of palletizing robots can improve the production efficiency and output of enterprises, while reducing errors caused by manual handling; it can also operate around the clock, saving a lot of human resource costs. Palletizing robots are widely used in chemical, beverage, food, beer, plastic and other production enterprises.

  (6) Glue.

  Gluing robots generally consist of a robot body and special glue-spreading equipment. The glue application robot can not only implement semi-automatic glue application independently, but also realize automatic glue application in cooperation with a dedicated production line. It has the characteristics of high equipment flexibility, fine workmanship, good quality, and strong applicability, and can complete complex three-dimensional space gluing work. If the workbench is equipped with a laser sensor for precise positioning, the quality of product production can be improved, and the use of grating sensors can ensure the production safety of workers.

  (7) Polishing.

   Polishing robot refers to an industrial robot that can perform automatic polishing. It is mainly used for surface polishing of workpieces, deburring of edges and corners, welding seam polishing, deburring of inner cavities and inner holes, and processing of orifice threads. Grinding robots are widely used in 3C, bathroom hardware, IT, auto parts, industrial parts, medical equipment, building materials and furniture manufacturing, civilian products and other industries.

  (8) Carving.

  Laser engraving robot is a commonly used processing robot, which can realize complex automatic engraving processing. It concentrates the laser on the surface of the engraved object with a very high energy density, so that the surface material undergoes instantaneous melting and vaporization of physical denaturation to achieve the purpose of processing. The processing materials of laser engraving are divided into non-metallic materials and metal materials. Laser engraving robots are widely used in non-metal mold processing, foundry industrial product processing, sanitary product model processing, etc. They are highly efficient and fast.

   (9) detection.

  Inspection in the manufacturing process of parts and finished product inspection are both key processes to ensure product quality. The use of inspection robots can improve work efficiency and reduce the error rate of manual inspection. The inspection has two main tasks: one is to check whether the size of the part is within the allowable tolerance; the other is to control the classification of the parts by quality.




Dongguan Supersonic Intelligent Cutting Technology Co., Ltd. (formerly Guangdong Tuohuangniu Intelligent Cutting Technology Co., Ltd. (stock code 836963) is a high-tech company integrating development, production, sales and service. The main PU leather cutting machine, leather Cutting machine, PU cutting machine, multi-layer PU cutting, computer cutting machine.



Welcome to call us: 13825721795.



Website: http://www.chinasonics.com



PU leather cutting machine, leather cutting machine, PU cutting machine, leather cutting machine manufacturer, leather cutting machine price, shoe sample cutting machine, leather cutting machine, carton proofing machine, supersonic intelligent cutting, KT board cutting machine automatic cutting machine, Leather cutting machine, foot pad cutting machine, multilayer PU cutting machine, computer cutting machine


mobile

mobile

wechat

wechat

Small program

Small program

H
O
T

Online consulting:

13825721795