Remote pilot · clear scope

Digital sales for access systems

Configure stairs and platforms.
Prepare the costing.

Height, platform size, bay division, column and beam profiles, stair position and handrails are selected on the 3D model—turning a hand sketch into a verifiable enquiry.

Dimensions, not sketchesheight, footprint, profiles
Parts list includedbasis for your costing
White labelin your brand
your-fabricator.com/stair-configurator LIVE 3D
Browser-based configurator for an industrial platform with stairs and handrails
Configuration
Walking height2.40 m
Platform length6.00 m
Handrailboth sides
Variant completeReady for enquiry
Built for Industrial stairsPlatforms & mezzaninesHandrailsAccess systems

From hand sketch to a costable enquiry

Show the access.
Quantify the effort early.

Stairs and platforms are almost always engineered to order—which is exactly why every enquiry costs design time. The configurator takes care of the 80 percent that repeats every time.

  1. 01

    Build the structure on the model

    Height, platform size, bay division, stair position, stair width and handrails are selected directly on the 3D model.

  2. 02

    Rules keep the design clean

    Step count, rise-to-going ratio, bay layout and bracing follow your encoded rules instead of daily judgement.

  3. 03

    Hand the configuration to work preparation

    The enquiry contains a view, key dimensions, profile selection and components as a structured list.

SALES-READY RESULT

Cost it before you design it.

The customer sees their structure; your work preparation starts with key dimensions, profiles and quantities instead of a sketch on squared paper.

  • View of the configured structure
  • Height, footprint, profiles, handrail type
  • Quantity structure as a costing basis
Map this workflow

Recent confBuild projects

From the column grid
to a walkable platform.

The confBuild reference model computes platform, bay division, stair flight, handrails and bracing from the same parameters—a blueprint for your own modular system.

This could be your product
Model structureParametric steel assembly
VariantsHeight, footprint, profiles, handrail
Output3D, parameters, enquiry
Your productas the next pilot →

Modular system instead of one-off engineering

One structure.
Every component connected.

Columns, main beams, decking, stair flight, handrails and bracing respond together as soon as height, footprint or bay division changes.

Map my product system
Structural view of an industrial platform with columns, main beams, stair flight and handrails
SYSTEM VIEWProduct logic at a glance
01

Structure

Column grid, main beams and bay division follow the selected footprint automatically.

02

Stair flight

Step count and rise follow from the height—stair position and width stay freely selectable.

03

Handrails & safety

Handrails, knee rails and diagonal bracing are added wherever your rules require them.

04

Structured output

The structure delivers key dimensions, profiles, components and a costable enquiry.

Your rules, visually explainedA configuration your customer understands—and your sales team can use.
Discuss a pilot
CONFIGURATIONHeight · Platform size · Stair width · Handrail
READY FOR SALESCost it before you design it.
  • ✓ View of the configured structure
  • ✓ Height, footprint, profiles, handrail type
  • ✓ Quantity structure as a costing basis

From enquiry chaos to a costing basis

The process graphic shows how a typical off-the-cuff enquiry becomes a complete, costable configuration.

Apply this flow to my product

Powered by the confBuild CAD kernel

Not a render mock-up.
Real parametric geometry.

The confBuild CAD kernel recomputes the structure from key dimensions and design rules. Change the height and step count, stringer length, column lengths and handrail division follow automatically—real geometry instead of scaled brochure images.

Experience the CAD kernel
INPUTHeight · Platform size · Stair width · Handrail
confBuildCAD
KERNEL
PARAMETRIC ENGINE
OUTPUT3D modelAssembliesBOM & data
01

Deterministic

The same parameters reliably produce the same geometry—reproducible instead of merely similar.

02

Assembly-aware

Parts and accessories remain connected through clear dependencies and product rules.

03

Useful downstream

Structured parameters and component data can feed enquiries, BOMs and subsequent workflows.

04

Browser-native

Interactive in the web browser—without local CAD installation and directly in your sales experience.

More than a beautiful 3D view

A tool for
sales and customers.

The configurator removes the repetitive work from your design office while giving customers a picture of what they are actually ordering.

Check the potential for my range
01

Pre-qualify enquiries

Height, footprint and equipment are settled before an engineer ever looks at it.

02

Save design time

Recurring standard structures are generated parametrically instead of redrawn each time.

03

Speed up costing

Quantities and profile selection provide a solid basis for pricing.

04

Preserve design knowledge

Your design rules live in the model—not only in one colleague's head.

Focused remote pilot

One product family.
Clear scope.

  1. 01

    Select a standard structure

    We capture dimensions, profile series and design rules for one frequently built structure.

  2. 02

    Configure the pilot

    We build the 3D model, controls and enquiry flow as a focused prototype.

  3. 03

    Test with customers

    The pilot runs in your brand and is refined with sales and work preparation.

Ready for a digital modular system?

The next structure starts in the browser.

In 20 minutes we identify the best pilot structure and map out a sensible first step.

Discuss pilot scope Remote · Directly with the developer