The only thing constant is change, especially for medical device manufacturers, which face ongoing pressures to introduce new products or highly modified versions of existing devices at a faster pace than any other industry.
The only constant is change, especially for medical device manufacturers, who face ongoing pressures to introduce new products or highly modified versions of existing devices at a faster pace than any other industry.
While precision automation is a proven strategy for helping medical device manufacturers respond to industry demands for innovation and accelerate time-to-market, not just any type of automated system will do. Medical manufacturers require flexible, modular linear motion control and automation systems to sustain the degree of agility necessary to respond to the rapid pace of new product development, while complying with stringent regulatory requirements.
Why Flexibility is so Critical
When you’re assembling different medical device designs or device models within the same facility, moving product efficiently and cost-effectively is paramount. By using a modular, automated transport system that utilizes lead-screw-based linear actuators, medical manufacturers can reap the time and cost benefits of having flexible options for routing, positioning, orienting, conveying, and stopping product.
With a modular motion control system, you will enjoy layout flexibility, enabling you to incorporate 90-degree movements, numerous types of curved motion, and vertical lifts into your conveyor transport system. This will allow you to maximize use of your facility footprint and available space and identify less costly ways to re-route or re-orient product.
Modular linear actuators also provide precision positioning options for robotic or automated applications, which are vital for medical manufacturing. Tasks such as gluing, soldering, welding, or picking and placing of objects may require extreme to varying degrees of precision. With modular positioning units that use lead screws, you can realize up to .0003"/inch (higher accuracy upon request) positioning accuracy for facilitating either manual or automated assembly.
In short, flexible, modular motion control systems are so critical for medical device manufacturing because of the many line changes, reconfigurations, and repositionings required to handle various types of products. With a modular lead-screw-based linear motion control system, you will enjoy mounting simplicity, accurate repositioning, and optimized workflows in both manual and automated assembly processes.
The advantages of modular automation systems
Although fully automated production systems generally are more thought of in connection with products with long life cycles or high-volume production runs—where the investment makes obvious operational sense—they also carry advantages when designed in a modular fashion for manufacturing and assembling medical devices with short life cycles or low-volume production runs. These systems can enable medical manufacturers to repeatedly leverage sophisticated equipment and/or unique human talents.
Many medical manufacturers overlook the benefits of automated production because they think automation refers to packaging, when, in fact, it makes the most sense in the medical device industry. Because medical device manufacturers are highly regulated, they focus on the principle of Total Quality Management (TQM) as a necessary quality management model for complying with governmental regulations. Of course, a fully automated production system that uses lead-screw-based motion control systems throughout the entire product planning and product lifecycle is the best way to meet TQM requirements.
By configuring modular conveyors, Cartesian robots, motion control systems and automated tools for assembly, testing, and packaging medical devices, medical manufacturers can dramatically reduce cost per unit produced, improve quality, and maximize resource utilization. Other advantages of modular automation systems for medical devices include:
- Elimination of errors, corrections, and rework
- Optimization of inventory and resource utilization
- Reductions in production delays
- Waste minimization
- Better use of human resources adds value
Important variables to consider
When considering whether to implement full production automation that relies on motion control systems, it’s prudent to consider all the variables that come into play:
- Do you have enough volume—in terms of either single-product quantities or multiple products—to support it?
- Are your product lifecycles short or long? Do you have time to reconfigure between product runs?
- Can the system handle delicate and sensitive components and materials, which is an essential requirement for medical products?
- Is the system compatible with a clean room environment?
- Can the system support a range of automated processes, such as inspection and testing?
- Does the system provide the repeatability and reliability that you need?
- Will the system accelerate throughput and reduce costs?
Driving Medical Manufacturing Automation with Linear Motion Control
Medical device manufacturers can overcome the pressures related to introducing new products or highly modified versions of existing devices at a frenzied pace by implementing flexible, modular linear motion control and automation systems. These systems can allow you to efficiently and cost-effectively respond to the rapid pace of new product development, while complying with stringent regulatory requirements.
To learn more about lead-screw-based linear motion control systems can help you drive a flexible, modular automated medical devices, download a copy of our syringe pump case study here.