Requesting a Stainless Steel Prototype Before Full Order

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A stainless steel prototype is a single or small trial piece made to your design so you can check fit, finish, and function before committing to full production. To request one, send clear photos, dimensions, and the intended use, then approve a written drawing after an on-site measurement.

Why build a prototype before the full order

A prototype lets you see a design in real stainless steel rather than on a screen. Proportions, weight, handle feel, and how the piece meets a wall or floor often look different in person. Catching these issues early saves rework on the full run.

For product designers, a prototype is also a way to test assumptions with the people who will use the piece, such as a building committee or a client who has strong opinions about finish and detailing.

What to prepare for your request

A clear inquiry makes the first step faster. Gather the following before you contact us:

Photos or sketches of the design from several angles
Overall dimensions and any critical measurements
The location and how the piece will be used
The stainless steel grade and surface finish you have in mind
Any constraints, such as weight limits or existing fixings

If you have a reference from another project, include it. It helps us understand the look you want.

How the prototype process works

Most prototype requests follow the same path we use for all custom work. We start with your inquiry and photos, then arrange an on-site measurement when the piece is tied to a real space. From these measurements we prepare a drawing and a written specification.

You review and approve the drawing before anything is cut. Only then does production begin in our factory on Rival Street in Tel Aviv, followed by finishing and, if needed, installation for trial.

Choosing what the prototype should test

A prototype works best when it has a clear purpose. Decide in advance what you need to learn. Common goals include:

Confirming how the joints and welds look at close range
Checking how the surface finish reacts to light and touch
Testing how the piece fits with adjacent materials such as glass or aluminum
Verifying that the structure feels stable in use

Keeping the test focused means the feedback is easier to act on.

Safety, standards, and engineering checks

Railings, gates, and structural elements must meet the requirements that apply to their use. In Israel, the railing standard SI 1142 is a useful reference, but the exact values for height, spacing, and loads depend on the specific project. We recommend confirming these with your structural engineer before the prototype is finalized.

We are happy to share the details of our finishing and fabrication process so your engineer can review them alongside your design.

From prototype approval to full production

Once the prototype is approved, the full order can follow the same drawing and specification, with any changes recorded in writing. This keeps the production run consistent with what you tested.

If the prototype reveals changes, we revise the drawing and can build a second trial piece before scaling up. Taking this extra step is often faster than correcting a full batch later.

Frequently asked questions

Can I request a stainless steel prototype for a single piece?

Yes. A single trial piece is a common starting point for designers who want to test a detail before committing to a larger order. Let us know the purpose of the test when you send your inquiry.

Do I need an on-site measurement for a prototype?

For pieces tied to a real opening or structure, an on-site measurement is recommended. It ensures the drawing reflects actual conditions rather than estimates from photos alone.

How do I approve the design before production starts?

We send a drawing and a written specification for your review. Production begins only after you approve them, so any changes are made on paper before cutting.

Should the prototype be checked by an engineer?

If the piece is structural or safety-related, we recommend having your engineer review the design. Exact requirements depend on the project, so confirm them with the engineer before finalizing.

Common mistakes to avoid

Requesting a prototype without a clear test goal or skipping the on-site measurement often leads to feedback that is hard to use. Also avoid approving a drawing that has not been checked against the real space.

Our recommendation

Define one or two things the prototype must prove, measure the actual site, and get the engineer's sign-off before production starts. A focused prototype saves more time than a broad one.

Summary

A stainless steel prototype lets you test fit, finish, and function before a full order. Prepare clear photos and measurements, approve the drawing, and confirm safety requirements before production.

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