The 3iP Method: Identify + Implement + Improve = Profitability
Reducing costs and increasing productivity using flexible automation
According to Statistica, the collaborative robot market has been projected to grow between 15-20% by 2026. Businesses around the globe are continuing to invest in automation as product demand grows. But what is the best way to approach implementing automation?
Join our latest FREE webinar on 20th July at 11:00 a.m. BST with Mark Gray, Country Manager UK & IRL, who will be discussing the benefits of the 3iP method (Identify + Implement + Improve = Profitability). The aim of the 3iP method is to break down each stage, allowing organisations to make changes to their processes seamlessly. Once you Identify an area within your business that is causing restrictions, such as increasing product output or allowing employees to step away from repetitive and labour intensive tasks to focus on key deliverables, you’ll be able to consider objectively how cobots could provide you with an easy and cost-effective solution. By utilising UR’s vast training resources, Implementing a cobot into your production lines can be carried out in a matter of days, rather than weeks. Regular monitoring of your newly imputed cobot will ensure your business Improves on its time vs costs ratio, allowing you to ensure maximum efficiency levels. This will start to show a significant change, ultimately leading to business Profitability and eventual introduction of further cobots.
Discover how we can provide free support to you anywhere from an early consideration to the purchasing stage. We’ll supply you with the tools and information you need to make an informed decision for your business.
In this webinar, you’ll learn how using the 3iP methodology alongside cobots can:
- Increase profits
- Increasing workforce productivity
- Reduce costs
- Fill vacant labour gaps
- Reduce scrap rate
- Increase outputs
Secure your place at our FREE webinar where you’ll gain vital insights on how to drive your business forward utilising the 3iP method.