Technology Category
- Functional Applications - Manufacturing Execution Systems (MES)
- Sensors - Environmental Sensors
Applicable Industries
- Cement
- Metals
Applicable Functions
- Logistics & Transportation
- Product Research & Development
Use Cases
- Construction Management
- Manufacturing Process Simulation
About The Customer
Re-Loc is a UK-based company that developed a new product to help accelerate the construction process. The product is a clip that fits tightly inside the concrete brick’s cavity and attaches to the steel bar, holding it securely in place. The team had already developed a rough design and proved that it could perform its intended job, but problems arose when it came to the manufacturing cost of the product. With potentially many hundreds if not thousands of the clips being required to fit inside a single structure to hold the bars in place, the product had to be very cheap to produce and easy to use.
The Challenge
Re-Loc, a UK-based company, developed a new product to accelerate the construction process. The product is a clip that fits inside the cavity of a concrete brick and attaches to the steel bar, holding it securely in place. However, the manufacturing cost of the initial design was too high for mass production, given the large number of clips required for a single structure. The challenge was to reduce the material use and cost of the part, bring the design to a production level, and make it as efficient as possible. The part had to be sufficiently stiff to maintain the position of vertical and horizontal bars relative to the inside surfaces of the hollow blocks, allow the concrete to be poured through or around itself, and endure all environmental aspects during use.
The Solution
Re-Loc approached Altair ProductDesign to explore ways of reducing material use and cost from the part. Altair first performed a study to explore materials for the part which needed to have adequate stiffness and strength properties as well as being suitable for low cost, high volume manufacturing. They found that an injection molded polymer or foam would be the best options. They then performed a dynamic simulation analysis on the existing design to discover the current performance levels. With the performance data from the original design captured, Altair performed a topology optimization study on the component to investigate ways of improving the design and removing material. The topology results were interpreted back into a detailed CAD design by Altair ProductDesign and the team applied their experience to suggest further enhancements to the overall design to maximize performance. The final design produced by Altair ProductDesign successfully met the performance targets set at the beginning of the project.
Operational Impact
Quantitative Benefit
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