Some medical technology producers are putting resources into technologies like material transportation systems, which can allow making new forms of automation better, and more flexible. The new transportation technologies are likely to aid these medical technology companies in evolving their operations so that they can exploit industry 4.0 (i4.0) capabilities.
What Is Industry 4.0?
The phrase ‘Industry 4.0’ refers to the future factory, which is an agile and smart vision for production that several industries are adopting. It utilizes digitalized and networked manufacturing systems for factory management and operations with live, in-depth data, to maximize not just machinery and production units but also the value.
Software programs gather, transfer and process data for manufacturing transparency, and for solutions to matters concerning bottlenecks, inefficient equipment and inefficient workflows that need preventive maintenance.
Existing Transportation Systems’ Capabilities
Plastic chain- or twin-strand-type conveyors are usually part of traditional conveyor systems, and these can move 10 kilograms or less load. The load transportation capability of these conveyors meets the requirements of various medical kit and device manufacturing operations. Usual transportation speeds are between 10 and 12 meters a second, as diverters offload parts or goods at assembly systems or workstations. While enough for certain operations, the conveyors potentially limit those entities which require i4.0 capabilities.
Benefits Of i4.0 Material Transportation Systems
The latest industry 4.0-ready transportation systems are designed and made to offer more automation and flexibility. The systems support quicker throughput, easy tracking and using floor space more efficiently. Besides, these can communicate the data to your factory management system for documentation and examination.
Systems that utilize linear motors for speedier transportation and extra precise stopping points have a revolving-type linear motor featuring workpiece pallets that are vertically mounted. It is possible to define the motion of every single pallet, with a repeatable stopping point of 0.01 millimeter.
What Will Future Factory Transportation Involve?
The generation of new material transportation systems can be the base for more flexible and expanded automation solutions. It will allow medical tech companies to develop their process cycles, process steps and speed mainly with the transport system’s capabilities.
A way to make sure of success is by working with well-informed suppliers whose medical technology is completely in line with i4.0 concepts. A part of ensuring this is understanding lean manufacturing principles and processes, as well as, the way to utilize technology in lean operations to maximize continual improvement process outcomes.