From Design to Installation: How Custom Architectural Fabrication Works

How Does the Architectural Fabrication Process Work?

Every project is different, but the basic architectural fabrication process follows a similar path: understand the design, work through the technical details, select the right materials and fabrication methods, build and finish the components, get them safely to the jobsite, and install them.

With custom architectural fabrication, those steps often overlap. Decisions about materials can affect engineering. Engineering can affect fabrication. Fabrication can affect shipping and installation.

Step 1: Understanding the Design Intent

Before we figure out how to build something, we need to understand what we’re building and what the designer is trying to accomplish.

This usually starts with reviewing renderings supplied by the architects or designers, looking closely at the details that will shape the finished component, including dimensions, specifications, finishes, and other project requirements.

Step 2: Design Support, Engineering & Shop Drawings

Once the design intent is clear, we start working through how it can actually be manufactured.

As a design-fabrication partner, we’re able to get involved early, working alongside architects and designers, translating their intended design concept into something that can be manufactured and installed.

Our in-house design team brings fabrication experience into those early conversations, helping determine what a feature needs to look like, how it needs to function, and what it will take to build it. Shop drawings define the details needed for production. Engineering and constructability considerations are addressed before the component even reaches the shop floor.

Step 3: Selecting the Right Fabrication Method & Materials

There isn’t always one way to build a custom feature. Shape, size, weight, finish, durability, transportation, and installation all influence the approach. Sometimes conventional materials make perfect sense. Other times, they create major limitations and expensive challenges. Custom fabrication services are often the solution.

When Lightweight Fabrication Matters

When working with larger-than-usual architectural elements, traditional materials like wood or metal are often too heavy. For ambitious architectural forms, sometimes making something lighter is what makes the design possible in the first place.

MicroLite!™ is KMDI’s proprietary lightweight composite material, developed to help create large-scale architectural elements without the weight associated with some conventional construction methods.

Reducing weight can make components easier to handle in the shop, simpler to transport, and more manageable to install. It can also reduce some of the limitations that come with oversized or suspended features.

Step 4: Fabrication & Finishing

Once the details and materials are established, the design moves into production. Depending on the project, that may mean forming custom shapes, building repeatable components, and assembling multiple pieces.

Finishing is another important part of the process. Components may be painted, wrapped, coated, or finished with a specific film.

Quality control happens throughout production, with dimensions, fit, finish, and project requirements checked before components leave the facility. At KMDI, fabrication and finishing stay in-house. Keeping the work under one roof means the people building the components stay close to the project and can address issues before they become someone else’s problem.

Step 5: Shipping & Site Coordination

Building the custom element is just one piece of the process. It still has to make it safely from the fabrication facility to the jobsite. Doorways, elevators, loading docks, site access, and installation equipment all need to be considered before anything leaves the shop.

KMDI custom-builds shipping containers for each project. We’re proud to say our custom shipping methods have a 99.5% success rate for damage-free delivery, protecting precious deadlines and bottom lines.

Step 6: Installation

Fabrication and installation should never be treated as two separate conversations. An element can be fabricated perfectly to specification and still be difficult to install. That’s why we consider installation requirements from the beginning. Components often require specific connection points, manageable sections, lifting considerations, or sequencing.

Why Early Fabricator Involvement Can Make Complex Designs Easier to Build

The earlier a fabricator gets involved, the more opportunities there are to identify potential problems while they’re still easy to solve.

Architects and designers bring the vision. General contractors bring the realities of the schedule and jobsite. Expert custom fabricators like our team at KMDI bring practical knowledge of materials, manufacturing, transportation, and installation. When those perspectives come together early, project teams can make better-informed decisions before they’re locked into a difficult or expensive approach.

For us, that’s really what custom architectural fabrication is about. It’s not simply taking a finished drawing and building it. It’s about identifying constraints early and finding a practical way to achieve the intended result.

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