Orphan tooling / Tool Re-homing
Moving your tooling to a new supplier. Tool re-homing or outsourcing can be a worry, the question that haunts one is “am I jumping out of the frying pan and into the fire”. Plasmotec has a proven history of re-homing orphan tooling, be that single tools or complete suites. Our Toolroom and Production technicians are on hand to smooth the path to effective transfer, relieving you of the worry and headaches of the re-homing process. Most modern tooling is designed to fit to Euromap standard moulding machines, and therefore movement of the tooling to Plasmotec is simplified considerably. The Euromap standard means that there are usually only minor tweaks to be made to the tooling to allow it to fit to our portfolio of moulding machines. Any tooling work to allow the tooling to fit to our moulding machines can be completed free of charge in our on-site toolroom. There are a number of logistical issues to be borne in mind when looking to outsource or re-home your tooling, such as the time that it will take from the last off production by the incumbent moulder, to the point where the new moulder has everything buttoned up ready to produce your next order. This time frame will need to take into account the time that it will take to physically move the tooling from one moulder to the other. This can be quite extended if the tooling is currently homed abroad, you would need to be thinking of 6 – 8 weeks if the tooling is in China. Further the new moulder will need to receive and prepare the tooling to run on their machines, and dependent upon the number of tools to be moved, sufficient time allowance will need to be made to facilitate this work. Obviously, you will need to have component stocks in-hand sufficient to allow you to continue your business whilst the tooling is moved and the new moulder prepares the ground to continue supply. If you require a specific material, a bespoke colour or a special additive, you should ensure that the new moulder is informed of your specific requirements, and that they have this in-hand for your first order. At the appropriate time, you will need to inform the incumbent moulder of your decision to move the business, you will then need to move quickly to get the tooling prepared for shipment. If it is not physically possible for you to be present at the point that the tooling is prepared for despatch, you should ensure that sufficient photographic evidence is available such that the condition and completeness of the tooling can be accurately assessed and verified. The advantages of coming to Plasmotec are: Increased output levels from machines running 24 hours a day and a range of machines to choose from, therefore avoiding delays.Reduced lead-times and stock holding requirements if you are re-homing the tooling from China or similar.Utilising our on-site toolroom and our comprehensive tool maintenance programme.Improvements in consistency of product quality by having access to our optimisation and validation quality and manufacturing procedures.Cost effective tool upgrade options.Competitive unit prices for supply of your product.No set up fees. *No storage fees. *Nice helpful people to make the transition as pain free as possible. *Terms and conditions apply.
Techie-talk – Venting an Injection Mould Tool
Why do we need to vent an Injection Mould Tool? When a mould tool shuts during its normal cycle on the machine a volume of air is entrapped in the cavity, this volume of air is compressed as the hot melt plastic is injected into the tooling. As the hot melt enters the cavity it also gives off gasses (sometimes called volatiles) which also get compressed as the cavity starts to fill. This mixture of hot gas given off by the plastic and the oxygen in the entrapped air, can prove to be literally explosive and will burn within the mould tool. Centre fed Polypropylene moulding showing the devastating effects of gassing at the outer edge of the part. The conventional answer for the moulder is to introduce localised venting, sometimes known as ribbon venting at the periphery of the cavity, or to add in extra ejector pins where the gas trap is deeper in the cavity. The moulder may also slow down the injection rate as this allows the compressed gasses a longer period to escape from the tool. The down sides of these strategies are the hidden costs that they bring to the project. Adding extra vents and ejector pins, post the initial trialling of the tool, means that there will be extra toolmaking costs, time to market penalties etc, always assuming that other issues such as water cooling channels, feed systems amongst others will allow for these extra vents to be added. OK then, just slow the injection rate down, no problems, right? Well no, best practice is generally to inject the melt into the cavity as fast as possible. The science behind this is that a fast injection rate for most plastic materials helps to orientate the structure of the plastic properly, thus it reduces the stresses that can be built into the finished component. A fast injection rate also means that the melt gets to all areas of the cavity in the shortest possible time, meaning that it is cooling at the same rate across the cavity, also reducing possible stresses being set into the finished moulding. In-built stress in the finished part may well lead to a failure in the field as the stress works its magic, leading to premature failure. This can be both costly in pound notes to fix the specific component, but also costly for your good reputation. At Plasmotec we build-in positive venting of the tool at the concept stage. Using our Mould Flow Analysis software, we model the plastic flow into the cavities, looking to see where gas trap issues are likely, and then build the tool to cope with removal of the gas in an efficient and effective manner. Through our tool trialling procedures, we ensure that the tooling goes on the right size of machine and that the clamp tonnage is flexed to allow the tooling to “breath” properly as the melt is injected. Just part of the “hidden” benefits of sourcing your plastic components from Plasmotec. For more information on our Custom Moulding Services, please call us on 01280 701 335 to talk to one of the team. We'll do the teckie stuff, so you get the moulded components that you want. We'd love to bring another moulding project to life with you.
Plasmotec – The caring home for Orphan Tooling
Give your tooling the care and attention it deserves and reap the benefits from happy well-adjusted tooling ! Our clients are continually surprised by the breadth of products and services provided by Plasmotec. A fundamental aspect of what we offer is our proven track record and expertise in caring for orphan tooling for a wide range of key market sectors. We have 30 years of experience in tool set up, operation and maintenance along with using the most up to date technology to bring out the best performance for each and every tool we run. Enjoy the following advantages by relocating your existing tooling: Increased output levels from machines running 24 hours a day and a range of machines to choose from, therefore avoiding delays. Utilising our on-site tool room and our comprehensive tool maintenance program.Improvements in consistency of product quality by having access to our optimisation and validation quality procedures.Cost effective tool upgrade options.Competitive unit prices for supply of your product.No set up fees. *No storage fees. * Talk to us about relocating your tooling. For further information and friendly advice contact us on 01280 701 335 or at email@example.com *Terms and conditions apply.
Plasmotec is a well established UK company based in Northamptonshire. We have been in the business of injection moulding and tool making since 1989 and pride ourselves in being able to offer our clients a comprehensive service for all of their plastic moulding needs.
The Plasmotec team comprises a broad range of skills and expertise across a variety of disciplines, all of which we believe are vital to the success of each and every project.