Have you ever wondered what trim optimisation is and how it works? Read the top questions asked when assessing trim optimisation by production planners, supply chain managers and experts in the manufacturing industry.
Trim optimisation is a term often heard within the manufacturing industry, but what exactly is trim optimisation and how does it benefit the paper & pulp, plastic film, metal, nonwoven and converting industry.
Greycon have compiled a list of the top questions asked by manufacturing mills and plants when they assess if trim optimisation meets their needs.
A trim optimisation system is a software application that works out how to combine orders on a paper machine, a film line or in metal conversion so as to achieve objectives such as waste minimisation. In today’s highly competitive environment paper mills, plastic film and metal conversion plants use trim optimisation software to improve material utilisation, improve productivity, lower trim waste and provide rapid response to unforeseen events.
The software works by calculating the best possible cutting methods to achieve the lowest possible waste and patterns. Information such as pattern run length, soft maximum width, big & small reel constraints and multiple winders/multiple primary machines are all considered, as the software delivers the best possible outcome based on the business’s objectives.
Due to its cost and time-saving benefits, trim optimisation software is an industry-standard for paper & board, plastic film, nonwovens and sheet metal manufacturers. A large number of these manufacturers have implemented trim optimisation software across the globe. Greycon’s solutions are currently used by more than 1,500 planners around the world.
Trim optimisation software is utilised by a wide range of users within the manufacturing industry. Each user has their own specific interests and expectations from the software.
Operations Managers
IT Managers
Supply Chain Managers
Site/Plant/Mill Manager
Each manufacturer comes with their own specific requirements in relation to the machinery that they use, production capacity, required patterns and inventory level. The X-Trim solution offers a bespoke service delivering results to the customer’s needs in granular detail.
Good communication between Greycon and manufacturers is key to achieving a fast installation time. Should a manufacturer have a specific unique need from the software, this could lengthen the installation process. Greycon’s X-Trim solution can usually be up and running within a matter of weeks.
Installing trim optimisation software is an investment, not a one-time purchase. The cost will be reflective of the level of support the manufacturers require. Each cost is individual and tailored to provide the manufacturer with the best possible solution.
Once the software has been implemented it is time to start saving on trim waste and reducing patterns. X-Trim customers often see a return on investment within a matter of weeks after the implementation process. Greycon provides ongoing support to their customers ensuring that there is always an answer available for any software questions. X-Trim is regularly updated and improved as new methods of trim optimisation are discovered.
X-Trim has the ability to work seamlessly across multiple mills and plants. Understandably, each plan/mill comes with their own needs and X-Trim can differentiate between these needs to deliver a bespoke service to different locations.
X-Trim seamlessly integrates into many popular industry platforms, bringing together world-leading expertise to help our customers capture the benefits of both services.
This includes SAP, Microsoft, Oracle and various commercial ERP systems.
Greycon is the leading provider of supply chain planning & optimisation, production planning & detailed scheduling, trim optimisation and manufacturing execution systems for roll-based & flat sheet industries. Greycon’s strength lays with the extensive range of specialist software solutions for paper & board, metal, nonwoven, film & flexible packaging, converting and printing & additive manufacturing.