Commonly automated processes include turning and machining, inspection & test, injection molding (such as insert molding and overmolding), additive manufacturing, assembly, kitting, and disassembly. Robots are also effective for production lines that require repetitive, precise handling of parts. Quality inspection and testing, in particular,
Industry 4.0 – the fourth industrial revolution – represents a significant shift in manufacturing through the use of smart factory technologies. Key components include robotic automation, industrial internet connectivity using open standards, and six sigma levels of process control for ‘lights out’ production. The overarching goal is
These tools are included in our recently published white paper – Complete Guide to Robotic Machine Tending Projects. Another resource that can be of assistance is the Request for Proposal (RFP) starter template example which provides sections and language to clearly outline project requirements and evaluate vendor responses including:
Wanted to share another useful resource today – the ROI Justification Starter Spreadsheet – which will help you plan business objectives and justify your robotic machine tending projects, particularly if they are for Advanced Robotic Machine Tending involving multiple machines, multiple operations, and multiple parts with
Autonomous Manufacturing is automated, self-governing smart factory operations, a key element of Industry 4.0, which uses robots and robotic production software digitalization along with existing systems to optimize production with minimal human involvement. Achieving autonomous manufacturing requires attaining autonomy in production process control and
Another useful resource is the Robot Machine Tending Project Checklist which provides more than 80 points to consider for a successful robotic machine tending project. In next gen manufacturing environments, advanced machine tending with robotics has become essential for improving throughput, efficiency, precision, and safety.
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