Remote pilot · clear scope

Digital planning for safer machinery

Plan guarding.
Quote safe variants.

Machine envelope, fence route, panel widths, infills, doors, interlocks and accessories become a complete enclosure in the browser—clear for customers, sales and engineering.

Layout visible instantlypanels, doors and route
Rule-compliant accesswith interlock and clearance
BOM includedprofiles, infills, hardware
your-brand.com/machine-guarding-configurator LIVE 3D
Modular machine guarding enclosure made from aluminium profiles with mesh panels and an access door
Configuration
Guard height2,200 mm
InfillMesh + PC
Access1 door
Variant completeReady for enquiry
Built for Safety fencingMachine enclosuresRobot cellsTest rigs

From machine envelope to complete enclosure

Map the hazard area.
Specify the guarding system.

Machine guarding is customer-specific but built from recurring profiles, panels and hardware. The configurator turns that kit into a fast, verifiable sales process.

  1. 01

    Define protected area and route

    Machine envelope, safety distance, height and desired fence route form the basis.

  2. 02

    Configure panels and access

    Mesh, polycarbonate and sheet panels plus swing or sliding doors are completed with matching hardware.

  3. 03

    Hand over layout and BOM

    The enquiry contains 3D layout, dimensions, panel schedule, safety equipment and components.

SALES-READY RESULT

A complete guarding concept before detailed engineering.

Customer and sales see access and space; engineering receives a structured assembly basis.

  • 3D layout around the machine
  • Panels, doors and safety components
  • BOM and basis for quotation and CAD
Map this workflow

Recent confBuild projects

From one profile panel
to a complete robot cell.

Aluminium profiles, connectors, mesh, polycarbonate, doors and floor anchors already exist as reusable confBuild building blocks.

This could be your product
Model structureModular profile system
VariantsLayout, infill & safety
Output3D, parameters, enquiry
Your productas the next pilot →

Modular kit with safety logic

One enclosure.
Every panel connected correctly.

Posts, profiles, infills, doors, interlocks, light curtains and floor fixings follow the selected layout and your product rules.

Map my product system
confBuildPRODUCT
LOGIC
01

Layout & posts

Fence route, height, safety distance and post grid create the system geometry.

02

Panels & infills

Mesh, polycarbonate and sheet infills are selected to match panel width and application.

03

Doors & safety

Swing and sliding doors receive matching hardware, interlocks and sensors.

04

BOM & CAD

Profiles, connectors, infills and hardware are ready for quotation, BOM and CAD.

SYSTEM VIEWProduct logic at a glance
01

Layout & posts

Fence route, height, safety distance and post grid create the system geometry.

02

Panels & infills

Mesh, polycarbonate and sheet infills are selected to match panel width and application.

03

Doors & safety

Swing and sliding doors receive matching hardware, interlocks and sensors.

04

BOM & CAD

Profiles, connectors, infills and hardware are ready for quotation, BOM and CAD.

Your rules, visually explainedA configuration your customer understands—and your sales team can use.
Discuss a pilot
CONFIGURATIONEnvelope · Height · Infill · Access
READY FOR SALESA complete guarding concept before detailed engineering.
  • ✓ 3D layout around the machine
  • ✓ Panels, doors and safety components
  • ✓ BOM and basis for quotation and CAD

From hazard area to orderable guarding

The workflow makes layout, access and components visible early and reduces manual variant work.

Apply this flow to my product

Powered by the confBuild CAD kernel

Not a render mock-up.
Real parametric geometry.

The confBuild CAD kernel divides the fence route into rule-compliant panels and generates profiles, infills, doors and hardware as a connected assembly. Change the envelope and panel grid and BOM update together.

Experience the CAD kernel
INPUTEnvelope · Height · Infill · Access
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 uses the same modular kit as engineering while making it available to sales and customers as a guided planning process.

Check the potential for my range
01

Clarify layouts faster

Protected area, panel layout and access become immediately understandable in 3D.

02

Guide variants safely

Rules connect infill, door, hardware and safety equipment correctly.

03

Automate bills of materials

Profiles, connectors and panels are counted from the layout.

04

Reuse profile expertise

Existing profile and accessory libraries can be reused.

Focused remote pilot

One product family.
Clear scope.

  1. 01

    Select a guarding system

    We select a frequently quoted fence or enclosure system and capture its rules.

  2. 02

    Configure the pilot

    We build layout logic, 3D components, doors and BOM output as a pilot.

  3. 03

    Test with real layouts

    The pilot is refined with sales, engineering and selected customer cases.

Ready for digital guarding?

Make safety visible in the quotation.

In 20 minutes we identify the guarding system best suited to a first pilot.

Discuss pilot scope Remote · Directly with the developer