首页|铸造智能化与机器人应用的现状及关键技术分析

铸造智能化与机器人应用的现状及关键技术分析

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我国作为铸造大国,迫切需要铸造智能化.铸造智能化目标是实现铸造各阶段的自感知、自决策和自执行,体现在机器人、传感器、数字化制造技术的普遍应用.当前我国铸造厂智能化水平参差不齐,一些量大、面广或产品附加值高的铸造智能化应用并不能在全行业推广.机器人是实现铸造智能化的关键设备,分析了其在铸造行业普及推广面临的问题和关键技术,得出制约铸造行业机器人应用的关键因素在于其综合成本,并指出了云端智能机器人编程系统,铸造模块化配件和软件,智能传感器及系统三大实现铸造智能化的关键技术.
Analysis of lntelligent Casting and Present Status and Key Technology of Robot Application
As a big casting country, China urgently needs casting to be intelligentized. The objective of the intelligent casting is to realize self-sensing, self-decision making and self-executing in every stage, which are instantiated in the general application of robot, sensor and digital manufacturing technology. At present, the level of intelligence of foundry in our country is uneven. Some intelligent applications such as large quantity, wide range or high added value of products can not be popularized in the whole industry. Robot is the key equipment to realize intelligent casting. The problems and key technologies in popularization and promotion of the robot in foundry industry are analyzed. The key factor of robot application in foundry industry lies in its comprehensive cost. Three key robot technologies to realize intelligent casting are pointed out, namely, cloud intelligent robot programming system, casting modularized parts and software, and intelligent sensor and system.

casting processintelligentrobotkey technologystrategic research

周安亮、王德成

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机械科学研究总院,北京150044

铸造工艺 智能化 机器人 关键技术 战略研究

2018

铸造
沈阳铸造研究所 中国机械工程学会铸造分会

铸造

CSTPCD北大核心
影响因子:0.499
ISSN:1001-4977
年,卷(期):2018.67(1)
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