Whether it’s enhancing a garage floor or setting up portable flooring for a sporting event, modular flooring is a versatile option for many different types of applications. Swisstrax is a company that makes high performing modular floor tiles using injection moulding.
Project Summary
In order to meet their quota for a specific project, Swisstrax was in search of a way to speed up their production and increase their manufacturing capacity. They got in touch with us as Fidelity to get help in developing a solution to double their production.
Our team completed an analysis and came up with two possible solutions for updating their existing two cavity mould:
Build a four cavity mould that would allow for an increase in production, but would require upgraded equipment
Build a four cavity mould that would allow for an increase in production, but would require upgraded equipment
It was quickly decided that option two would be the better choice and Fidelity was commissioned to build the two cavity moulds. We built the tooling and were successful - not only in meeting our original target of 45 seconds, but beating it by getting it down to almost 40 seconds.
Key Challenges
The major challenge that arose with this project was that we needed to consider scope each step of the way.
For this type of project we usually see tool design and tool building as the only major elements within our scope. The part design and information on what will be needed for the injection is usually provided by the customer.
This particular project however, required us to take on the entire scope, including managing shifts in the project that came up as we went. We had to account for more time and resources in order to cover these extra responsibilities.
Provided Solutions
The key solutions that helped us to be successful in this project were:
Using advanced and experimental materials
Utilizing our expertise in design and optimizing the entire package
Looking at the big picture rather than focusing on the individual mould
Ultimately, it was our careful consideration of all aspects of the project that allowed us to come up with the best solution for achieving fast cycle times. Doing so meant we could address the customer’s limitations while still utilizing their existing equipment.
In the end we were able to reduce their costs, and put them on a more efficient path - not only for this project, but for many projects in the future.
Ready to take one of these ideas and put it into action for your own project? Let’s get started on manufacturing something amazing!
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