03 / High-precision systems

3D Window Configurator Online

See the engineering inside the product.

Loading native B2-6 system
AW CT 65B2-6EST. €2,449
Gasket 224378Bead 573930
Live spatial preview

A high-fidelity technical configuration environment for architectural profile systems, bicolor finishes, opening behavior and exploded assembly analysis.

Launch full configurator
Shared platform DNA

Six forces.
One product state.

Every deployment is built on the same connected commercial and spatial foundation—even as the product category changes.

XY
01ACTIVE FACE

Bill of Materials

The approved visual state resolves into an exact component structure: profiles, panels, glass, hardware, accessories and quantities ready for downstream work.

Signal pathGeometry → components
System overview

See the engineering inside the product.

A high-fidelity technical configuration environment for architectural profile systems, bicolor finishes, opening behavior and exploded assembly analysis.

Capabilities / 06

What the system resolves.

01

Exact system construction

Configure the Schüco Window System AW CT 65 B2-6 from its actual extrusion profiles, glazing, seals, bead and hardware relationships. The preview preserves the construction logic of the selected system rather than approximating it with a generic window asset.

02

Parametric dimensions

Change width and height through constrained system limits while connected frame, sash, glazing and hardware elements rebuild together. This allows commercial sizing exploration without disconnecting the visible result from the underlying architectural profile system.

03

Glass-stack compatibility

Adjust glazing thickness and immediately see which gasket and glazing-bead codes remain compatible with the selected glass stack. Their actual section illustrations update beside the controls, making an otherwise invisible technical dependency understandable to both specialists and customers.

04

Opening mechanics

Switch between side-hung and tilt operation, then scrub the opening angle to inspect how the sash moves through space. Product behavior becomes part of the sales experience instead of being left to diagrams, assumptions or a later technical conversation.

05

Independent surface finishes

Specify a uniform finish or separate interior and exterior treatments across mill, anodized and powder-coated systems. Bicolor decisions remain attached to the same configuration, helping customers understand how one window can respond differently to façade and interior requirements.

06

Assembly diagnostics

Explode the complete window, reveal color-coded material families in debug mode or isolate a precise profile section for close inspection. These technical views expose extrusion, seal, glazing and thermal relationships without forcing the user to leave the configured product.

Resolved state

From visual decision
to usable output.

  1. 01Configured assembly
  2. 02Component breakdown
  3. 03Finish specification
  4. 04Technical snapshot
3D window configuration

Configure the window as a technical assembly, not a flat catalogue image.

The 360Configurator window tool keeps dimensions, profile geometry, glazing, seals, glazing beads, opening behavior and finishes in the same interactive product state. The result is useful when a window system needs to be explained as an engineered assembly rather than reduced to width, height and color.

How it works

From layout to technical inspection in five steps.

The window stays connected to its underlying system logic as the configuration changes, including multi-cell layouts where the current layout tool supports them.

  1. 01

    Set the window layout and size

    Choose the current cell arrangement and adjust the overall dimensions within the configured system limits.

  2. 02

    Resolve the profile and glass stack

    Keep frame, sash, glazing, seals and glazing beads connected while glazing thickness and compatible components are evaluated.

  3. 03

    Choose opening behavior

    Configure fixed or operable cells where available, switch opening mode and inspect sash movement through the 3D scene.

  4. 04

    Specify finishes

    Use a uniform treatment or separate interior and exterior finishes, including bicolor combinations supported by the current system.

  5. 05

    Inspect the assembly

    Use assembled, exploded and technical views to understand profile sections, component relationships and the configured construction.

What you can configure

Make the technical choices visible before the window reaches production.

Profile systems contain dependencies that are difficult to explain in a conventional product form. The configurator exposes those dependencies in the same scene.

01

Layout & dimensions

Define the visible composition and the size of the current window system.

  • Single or multi-cell arrangements
  • Fixed and sash cells
  • Width and height controls
  • Merged layout states where supported
02

Profiles & glazing

Keep the section build-up connected to the selected glass stack.

  • Frame and sash profiles
  • Glazing thickness
  • Compatible gasket codes
  • Compatible glazing-bead codes
03

Opening behavior

Inspect how operable parts move rather than describing them only with icons.

  • Side-hung operation
  • Tilt operation
  • Opening-angle control
  • 3D sash movement
04

Finishes & diagnostics

Combine commercial finish decisions with technical inspection.

  • Mill, anodized and powder-coated finishes
  • Independent interior/exterior treatment
  • Bicolor configuration
  • Exploded and profile-section views
Why configure in 3D

A window system that can be understood before fabrication.

A technical window is more than an opening in a wall. Profile relationships, glazing, hardware and finishes interact. Showing them in one configured assembly helps commercial and technical conversations refer to the same product state.

01

For the customer

Understand size, opening behavior and visible finishes without needing to interpret profile drawings first.

02

For sales and specification

Keep the selected glass stack, compatible components and surface treatment attached to the same visible configuration.

03

For technical teams

Use exploded and section views to inspect the actual construction logic rather than relying on a generic 3D window model.

Window configurator FAQ

Common questions about the 3D window configurator.

01Can I change the window dimensions?+

Yes. Width and height are configurable within the limits of the active profile-system setup, and connected elements rebuild with those changes.

02Can I configure more than one window cell?+

Yes. The current layout system supports fixed and sash cells in multi-cell arrangements, including supported merge states.

03Does glazing thickness affect the configuration?+

Yes. The glass-stack workflow connects glazing thickness to compatible gasket and glazing-bead selections.

04Can I simulate how the sash opens?+

Yes. The current configurator supports opening-mode changes and an opening-angle control for inspecting sash movement in 3D.

05Can inside and outside finishes be different?+

Yes. The finish workflow supports a uniform treatment or independent interior and exterior treatments, including bicolor states.

06Can I inspect the actual profile construction?+

Yes. The configurator includes exploded and technical inspection views that expose profile, seal, glazing and assembly relationships.

07Do I need to install software?+

No. The configurator runs in a modern browser and uses WebGL for the interactive 3D model.

Try the actual product

Configure a technical window assembly in the browser.

Open the live window configurator to test layout, dimensions, glazing, opening behavior, finishes and technical views, or contact us if you need a configurator for another architectural profile system.

Full deployment

Explore every rule.
Configure the real system.

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