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Forwell Intelligent Mold Management System is the best tool to cater to the intelligent production of small quantities and variety of automotive components.
2024/04/17 By Chen Renyi
The manufacturing technology and production equipment of the global automobile industry have become increasingly sophisticated and efficient. In particular, in addition to metal sheet metal parts, many automobile components have gradually adopted composite materials that combine rubber, plastic, iron, aluminum and other materials. The quality and precision are higher and more upgraded, and the mold technology is becoming more and more sophisticated. In the past, components that may have required multiple molds to be produced can now be completed with just one mold. The process is simplified and the mold precision is higher. At the same time, In order to pursue the development trend of being strong, lightweight and environmentally friendly, relevant industry players are pursuing improving quality and reducing costs as their primary production goals.
Xiao Wenlong, president of FORWELL Technology Group, a leading manufacturer of intelligent rapid mold change system equipment, said that in order to make automobiles and motorcycles easier to repair and parts to be replaced more easily, many components are now produced in modular format, and in order to achieve improvements For the purpose of production capacity and quality improvement, it is an inevitable trend to seek to introduce or improve automated production lines to gradually complete "intelligent production". In addition, in response to the rapid changes in product needs, the "small quantity and variety" production type, the usage rate of molds and the frequency of mold changes Increasingly, having efficient mold changing operations and mold management has become an important link in the intelligent manufacturing process to improve production efficiency, and is also an important key to successfully moving towards smart manufacturing.
Xiao Wenlong said that global automobile and motorcycle parts, automotive electronics, 3C and other industries that require mass production have now successively introduced smart manufacturing systems based on the "Industry 4.0" concept. This move can indeed achieve the production goals of economies of scale, and the production efficiency demonstrated is consistent with The quality stability is also more obvious. However, in addition to the improvement and upgrading of production equipment, it has become a necessary production condition to respond to the diversification and high-quality needs of products through the mold production model and to achieve the purpose of increasing production capacity.
He also said that in order to meet the needs of efficient and safe mold change operations in intelligent processes, it is necessary to introduce intelligent rapid mold change systems, such as the exchange platform system used in the mold change operations of large molds for the production of automotive sheet metal parts. , which is an automatic mold change equipment for the clamping system in the intelligent rapid mold change system. Automotive and 3C products mostly use small molds for mass production, mainly using general-purpose intelligent rapid mold change systems. Mold change operation.
Forwell's cross-strait "intelligent mold management system" covers three major systems, including the mass-produced "mold conveying system" (automatic mold changing trolley system), the "automatic mold storage system" and the automatic mold storage system that can be applied to the front "Mold maintenance system" for maintenance operations, etc. This "intelligent mold management system" can effectively assist metal molding and injection molding and other industries to establish a fast, efficient, safe, easy and systematic process for molds through professional planning. Dragon "intelligent" management system.
In the face of the development trend of the automobile industry and in response to the small-volume and diverse production model of automobile parts, Forwell is now gradually increasing the rate of customized equipment to meet market changes and needs.
The manufacturing technology and production equipment of the global automobile industry have become increasingly sophisticated and efficient. In particular, in addition to metal sheet metal parts, many automobile components have gradually adopted composite materials that combine rubber, plastic, iron, aluminum and other materials. The quality and precision are higher and more upgraded, and the mold technology is becoming more and more sophisticated. In the past, components that may have required multiple molds to be produced can now be completed with just one mold. The process is simplified and the mold precision is higher. At the same time, In order to pursue the development trend of being strong, lightweight and environmentally friendly, relevant industry players are pursuing improving quality and reducing costs as their primary production goals.
Xiao Wenlong, president of FORWELL Technology Group, a leading manufacturer of intelligent rapid mold change system equipment, said that in order to make automobiles and motorcycles easier to repair and parts to be replaced more easily, many components are now produced in modular format, and in order to achieve improvements For the purpose of production capacity and quality improvement, it is an inevitable trend to seek to introduce or improve automated production lines to gradually complete "intelligent production". In addition, in response to the rapid changes in product needs, the "small quantity and variety" production type, the usage rate of molds and the frequency of mold changes Increasingly, having efficient mold changing operations and mold management has become an important link in the intelligent manufacturing process to improve production efficiency, and is also an important key to successfully moving towards smart manufacturing.
Xiao Wenlong said that global automobile and motorcycle parts, automotive electronics, 3C and other industries that require mass production have now successively introduced smart manufacturing systems based on the "Industry 4.0" concept. This move can indeed achieve the production goals of economies of scale, and the production efficiency demonstrated is consistent with The quality stability is also more obvious. However, in addition to the improvement and upgrading of production equipment, it has become a necessary production condition to respond to the diversification and high-quality needs of products through the mold production model and to achieve the purpose of increasing production capacity.
He also said that in order to meet the needs of efficient and safe mold change operations in intelligent processes, it is necessary to introduce intelligent rapid mold change systems, such as the exchange platform system used in the mold change operations of large molds for the production of automotive sheet metal parts. , which is an automatic mold change equipment for the clamping system in the intelligent rapid mold change system. Automotive and 3C products mostly use small molds for mass production, mainly using general-purpose intelligent rapid mold change systems. Mold change operation.
Forwell's cross-strait "intelligent mold management system" covers three major systems, including the mass-produced "mold conveying system" (automatic mold changing trolley system), the "automatic mold storage system" and the automatic mold storage system that can be applied to the front "Mold maintenance system" for maintenance operations, etc. This "intelligent mold management system" can effectively assist metal molding and injection molding and other industries to establish a fast, efficient, safe, easy and systematic process for molds through professional planning. Dragon "intelligent" management system.
In the face of the development trend of the automobile industry and in response to the small-volume and diverse production model of automobile parts, Forwell is now gradually increasing the rate of customized equipment to meet market changes and needs.
Xiao Wenlong, President of Forwell Group.
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