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 When it comes building enormously complex, groundbreaking acrylic structures, our engineering team is unrivaled. Whether using basic acrylic sheets for smaller projects, or needing to custom cast all the acrylic panels in large projects, their ability speaks for itself in every project produced, which is why clients come to us when our competitors say their ideas are “impossible.”
Collaborative Approach
Our team knows the importance of working cohesively with all parties involved, so they bring our acrylic engineering proficiency to the table and combine it with those of contractors, architects, and designers to discuss the capabilities of acrylic in regards to the project at hand. In fact, our engineering “smarts” and collaboration with everyone involved allows us to continually raise the standard for what can and cannot be done with acrylic. That persistence and collaborative approach makes us the leader in acrylic construction.
Phase 1: Dream
 Clients come to us with a dream. We take that dream and make it a reality. They bring these dreams to us on napkins, as artist renderings, and sometimes as detailed drawings. This is when we like to be involved – early on.
Working closely with the client, we then determine three things:
- Feasibility of the original drawing
- Timeline for completion
- Cost
Phase 2: Design
 Once the project gets green-lighted, we work on the design. Our engineers create 3D virtual and scalable models of the project and determine the best and most efficient way to build it.
Installation is another challenge to tackle in the fabrication of a project, so the engineers take installation into account as an integral part of the design process.
We know that the sky is not the limit when it comes to your budget, so through a collaborative process we call “Value Engineering,” we can make your idea become a reality and still fit within your budget. Through creative thinking and working closely with the project designers, we develop solutions to any potential roadblocks including budgetary limits, time constraints, installation or construction problems, or city ordinances. We’re able to do all of this while retaining the look and feel of the initial design.
Phase 3: Draw
Once the design is complete, the engineers create the final, computer-aided design (CAD) drawing. This drawing is used by everyone involved in bringing the project together seamlessly. These drawings contain the minute details that the factory must adhere to when creating the finished product.
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