Why Custom Manufacturing Is Making a Comeback in a Standardised World

As architecture becomes more design focused and project specific, standard dimensions do not always provide the right solution. Advances in digital design, CNC technology and local manufacturing are creating new opportunities for architects and specifiers to work more closely with manufacturers, allowing products to respond to the project rather than requiring the project to adapt to the catalogue.

For decades, manufacturing has moved towards standardisation. Standard dimensions, predetermined configurations and catalogue driven product ranges have allowed manufacturers to improve efficiency, consistency and scalability. There are clear advantages to this approach. But within architecture and construction, there is also an unavoidable reality: Buildings do not always conform to standard dimensions.

Every project brings its own combination of spatial constraints, design intent, construction methodology and technical requirements. As architecture becomes increasingly considered, space conscious and project specific, the ability to manufacture beyond predetermined catalogue sizes is becoming increasingly valuable.

This is creating renewed relevance for custom manufacturing within the Australian built environment.

When the project does not fit the catalogue

Standard products serve an important role within construction, particularly where repeatability and volume are required.

However, specifying solely from predetermined dimensions can occasionally require the project to adapt to the product rather than the product responding to the project.

A bathroom may have an unusual footprint.

A waste outlet may need to be positioned in a particular location.

A renovation may involve existing structural constraints.

A wall junction may require a particular configuration.

An architect may simply be trying to achieve a design outcome that does not correspond with conventional product dimensions.

These are not necessarily unusual projects. They are realities encountered throughout residential, multi residential, commercial and refurbishment work.

This is where custom manufacturing can provide another option.

Rather than asking:

“Which standard product is closest to what this project requires?”

The conversation can become:

“What does this project actually require?”

That distinction can significantly change the relationship between design and manufacture.

Custom manufacturing does not have to mean complicated manufacturing

Historically, custom manufacturing could be associated with significant manual fabrication, extended production times and increased complexity.

Modern manufacturing technology is changing that equation.

CNC machining, CAD based production, digital design and increasingly sophisticated manufacturing systems allow project specific components to be produced with high levels of accuracy and repeatability.

A component may be individually configured while still moving through an established manufacturing process.

This creates an important middle ground between mass produced products and completely bespoke fabrication.

For architects and specifiers, it can provide greater flexibility without necessarily abandoning the benefits of controlled manufacturing.

Designing around the project

Custom manufacturing has the potential to give architects and designers greater freedom during specification.

Rather than adjusting a design simply to accommodate predetermined product dimensions, manufacturers can sometimes work from the requirements established by the project.

This might include dimensions, outlet positioning, edge conditions, junction details or other product specific requirements.

Importantly, customisation should not exist independently from technical consideration.

A product still needs to be suitable for its intended application and compatible with the surrounding construction.

This is why communication between the manufacturer and project team becomes particularly valuable.

Bringing manufacturers into the conversation earlier

Manufacturers are often engaged relatively late within the traditional construction process.

By that point, significant design decisions may already have been made.

Earlier manufacturer involvement can provide an opportunity to identify manufacturing considerations before they become site issues.

Can the proposed detail be manufactured?

Are there dimensional limitations that should be considered?

How will the product interface with adjoining construction?

Are there installation requirements that should influence the detail?

Could a different configuration achieve the same design intent more effectively?

These conversations can help connect architectural intent with practical manufacturing knowledge.

The manufacturer therefore becomes more than the organisation supplying the finished product.

They become a technical participant in the design and specification process.

The advantage of manufacturing locally

Australian manufacturing can offer another important benefit: proximity.

When a project requires something outside the ordinary, being able to communicate directly with the people responsible for manufacturing the product can be incredibly valuable.

Drawings can be reviewed.

Technical questions can be discussed.

Manufacturing limitations can be identified.

Project specific requirements can be considered before production begins.

That communication can become particularly important on custom projects where relatively small dimensional or technical decisions may influence the final installation.

Local manufacturing can shorten the distance between the architect, specifier, builder and factory floor.

From digital design to physical production

The increasing connection between digital design and manufacturing is also changing how custom products can be produced.

Architectural documentation, CAD drawings and digitally controlled manufacturing equipment allow information to move more directly between design and production.

For manufacturers, this provides opportunities to improve accuracy and repeatability.

For specifiers, it creates greater potential for project specific requirements to be translated into manufactured components.

The result is a manufacturing environment where customisation and precision no longer need to be opposing ideas.

Custom solid surface manufacturing at Formed

At Formed Solid Surface, custom manufacturing forms a fundamental part of our approach to solid surface fabrication.

Our solid surface shower bases, vanity tops and associated solutions can be manufactured around project specific dimensional and design requirements rather than being limited exclusively to predetermined catalogue sizes.

For shower bases, this can include considerations such as overall dimensions, outlet positioning and edge or lip configurations depending on the requirements of the project and installation.

These details are considered alongside the intended application, surrounding construction and manufacturing requirements.

The objective is not customisation simply for the sake of offering more options.

It is about creating a manufactured product that responds appropriately to the project.

Manufacturing as part of the design process

As digital manufacturing continues to evolve, the relationship between architecture and manufacturing is likely to become increasingly collaborative.

Standardised products will continue to play an essential role within construction. But alongside them, digitally enabled custom manufacturing provides architects, designers and builders with another valuable pathway.

One where manufacturing can respond more closely to design intent.

One where project specific requirements can be considered before products reach site.

And one where the manufacturer can contribute technical knowledge earlier in the process.

Sometimes the most useful question a manufacturer can ask is not:

“What size do you need?”

It is:

“What are you trying to achieve?”

For the built environment, that may be where some of the most valuable opportunities in modern custom manufacturing begin.