This Power Transformer Model was created to help our client showcase their moisture-reducing and monitoring technology in a realistic electrical substation environment. Although the client’s product is small enough for direct display, using a transformer model provides essential context and dramatically improves understanding of how the system is installed and used.
The model presents three different installation options, giving the client a flexible and cost-effective way to demonstrate product versatility. One configuration shows the system installed directly on a transformer, another depicts a standalone setup, and a third features the equipment protected inside a weatherproof enclosure. Displaying all three in one compact model helps communicate installation differences quickly and clearly.
The transformers were modeled using reference photography, while the featured product—the moisture reduction and monitoring system—was built directly from detailed CAD drawings to ensure dimensional accuracy. The display is constructed from 3D-printed components, laser-cut steel, and a durable melamine base, balancing realism with long-term exhibit durability.
Fiber optic lighting was added to highlight the featured components, drawing attention during trade shows, product demonstrations, or customer presentations. The illumination helps the product stand out even in busy or low-light exhibit environments.
This power transformer model allows the client to demonstrate system functionality, installation options, and operational scenarios without needing full-scale equipment. It serves as an effective communication tool for trade shows, engineering reviews, sales discussions, and training sessions where clarity and visual context are essential.
KiwiMill’s engineering and model-making team created this display entirely in-house, combining precision fabrication with industry experience. Our team specializes in transforming complex industrial systems into accurate, visually engaging models that enhance communication and customer understanding.