Configurix

3D conveyor configurator software

Configure every module. Connect every route. Quote one complete conveyor system.

Configurix connects application inputs, conveyor families, modules, layouts, dimensions, drives, supports, guides, accessories, controls scope, account pricing, quotations and reviewed project data in one guided 3D workflow for manufacturers, distributors, integrators and application engineers.

Belt, modular-belt, roller, chain, pallet, transfer, incline, bulk and line systems
Loads, materials, throughput, modules, geometry, drives, supports and accessories
Customer website, distributor, integrator and application-engineering journeys
Live account pricing, branded quotations, CAD requests, BOM basis and reviewed handoff
Modular conveyor system in a 3D configurator sceneAn axonometric roller and belt-transfer conveyor line with cartons, supports, guides, dimensions, throughput input and quotation status in one configured project.CONVEYOR PROJECTRoller + belt transfer · revision 05PRICE STATUSPriced · review openLine length · 12.6 mHeight · 860 mmTHROUGHPUT INPUT34 cartons / minute

Connected conveyor project

One project connects the load, route, equipment, quantity, price, document and review.

Conveyor configuration software defined

A conveyor configurator connects application inputs, real equipment and commercial rules.

A connected conveyor configurator begins with the actual manufacturer catalogue and the inputs needed to guide a serious application. Product or material characteristics, load dimensions, mass, throughput, flow, environment, route, elevation and interfaces remain attached to one governed project state.

Real conveyor modules can use permitted lengths, widths, heights, drives, belts, rollers, chains, supports, guides, sensors, accessories and connection rules. Changing a dimension, curve, transfer or drive updates the same 3D line, component schedule and price instead of forcing the integrator to reconcile separate CAD, spreadsheet and quotation tools.

The same governed product model can power a public selector, ecommerce journey, distributor portal, systems-integrator workstation and application-engineering desk. Each channel receives the correct catalogue, territory, account price, margin, document and action while one project identity and revision history continue across teams.

The visual system is not final mechanical design, duty calculation, power or tension analysis, structural design, guarding assessment, risk assessment, functional safety, electrical design, hygienic or hazardous-area validation, installation instruction or commissioning approval. Configurix can preserve data, rules, assumptions and review evidence while qualified parties remain responsible for the actual conveyor.

Interactive conveyor-platform planner

Choose the conveyor system, channel and required output.

A public selector, integrator quotation tool and application-engineering platform need different inputs, permissions and release gates. Use the planner to expose the correct operating scope.

Conveyor system
Sales channel
Required output

Recommended operating scope

Integrator conveyor-to-quote workflow with one commercial revision

Connect permitted conveyor families, modules, lengths, widths, heights, drives, belts or rollers, supports, guides, sensors, controls, accessories and account prices in one project. A changed module or dimension updates the same visual layout, component schedule and quotation while costs, discounts and margins remain permission-controlled.

Persistent project record

Account · application · conveyor family · modules · geometry · drive · accessories · controls · price list · services · quote · approval

Required release gates

  • Every quotation line reconciles to the current conveyor and catalogue revision.
  • Commercial compatibility and engineering or safety approval remain distinct.
  • The accepted quote preserves the equipment, price, document and assumption revisions approved.

Configure the conveyor decisions that drive fit, equipment and price.

The implementation follows the actual products, load cases, application rules, commercial model and receiving systems—not a generic line assembled from decorative 3D blocks.

Application and load requirements

Capture enough context to qualify a real conveying project.

  • Unit-load dimensions, mass, orientation, contact, temperature and fragility
  • Bulk material, density, condition, capacity basis, source and destination
  • Throughput, spacing, accumulation, duty cycle, environment and verification status

Conveyor families and modules

Guide users to the correct equipment family before detailed configuration.

  • Belt, modular, timing, chain, slat, tabletop, roller and pallet systems
  • Straight, curve, incline, decline, merge, divert, transfer, lift and spiral modules
  • Screw, bucket, apron, troughed-belt and application-specific bulk equipment

Geometry, drives and flow

Keep the visual layout connected to governed product geometry.

  • Length, width, height, elevation, angle, handedness and connection points
  • Belt or roller type, speed range, drive position, motor option and direction
  • Product spacing, zones, accumulation, transfers and selected control functions

Supports, guidance and safety scope

Complete the commercial system with compatible supporting products.

  • Legs, hangers, casters, braces, platforms, guides, stops and drip trays
  • Covers, guards, barriers, crossovers, sensors, scanners and identification
  • Installation, access, emergency-stop, maintenance and specialist review tasks

Distributor and project pricing

Continue the configured system into the correct account model.

  • List, distributor, integrator, project, framework, discount and margin rules
  • Equipment, controls, freight, engineering, installation, commissioning and tax
  • Budgets, alternatives, quotations, revisions, deposits and approvals

CAD, BOM and order handoff

Preserve accepted identity while engineering review remains explicit.

  • Application, module, component, quantity, price, document and approval revisions
  • Optional equipment schedule, CAD request, BOM, procurement or configured order
  • PIM, CRM, CAD, PLM, ERP, project, API, file and webhook connections

One connected process

From conveying requirement to a reviewed equipment project.

The customer, distributor, integrator, application engineer, manufacturer and installer can continue the same project while each role owns the decisions it is qualified to make.

Qualify the application

Start with the product, material and required movement

Capture loads, throughput, route, elevation, environment, interfaces and source status before exposing relevant conveyor families.

Configure the system

Build modules, dimensions, drives and accessories

Choose manufacturer equipment while geometry, dependencies, flow direction, quantities and selected application rules remain active.

Create the quotation

Calculate equipment, controls and services

Apply the correct account, price list, engineering, delivery, installation, commissioning, terms and revisioned document.

Review and release

Verify duty, interfaces and accepted identities

Record engineering, safety, control, site and installation decisions before accepted data moves to CAD, procurement or project systems.

A conveyor drawing shows equipment. A connected configurator runs the decision.

Use this comparison to separate an attractive layout from software that governs real conveyor families, modules, application inputs, quantities, account prices, quotations and reviewed handoff.

DecisionGeneric conveyor drawingConnected Configurix workflow
Application stateNotes beside a modelStable load, throughput, route, environment, source and revision identity
Equipment identityGeneric conveyor objectManufacturer family, module, variant, market and catalogue revision
GeometryStretched visual objectPermitted lengths, widths, heights, angles, connections and dependencies
Duty and performanceA speed or capacity labelSource-controlled inputs, assumptions, manufacturer data and review state
AccessoriesLoose visual objectsCompatible supports, guides, guards, sensors, controls and quantities
PricingRough equipment totalTraceable modules, controls, freight, services, account rules and revision
QuotationScreenshot and detached listDocument reconciles to layout, equipment, quantities, price and exclusions
Engineering handoffCAD file sent by emailVerified identity, input, document, BOM-basis and receiving-system mapping
Catalogue changeOld projects can silently changeRules, assets, prices, outputs and reopen behaviour are governed

Conveyor workflow references

Separate visual sales, commercial configuration and engineering approval.

These primary sources define relevant conveyor, safety, manufacturer-workflow, runtime-3D and API boundaries. They do not certify a Configurix implementation or replace the engineering, risk, authority and site requirements for the actual system.

Conveyor safety requirements

OSHA 29 CFR 1926.555 — Conveyors

Official U.S. requirements covering emergency stops, startup warnings, guarding over work areas and lockout during repair.

Open source

Conveyor guarding and operation

OSHA 29 CFR 1917.48 — Conveyors

Official requirements addressing guarding, crossovers, moving parts, gravity sections, braking and startup warnings.

Open source

Industry safety resources

Conveyor Equipment Manufacturers Association

CEMA technical resources covering unit and bulk handling, emergency stops, guarding, crossovers, installation and maintenance.

Open source

International conveyor scope

ISO/TC 101 — Continuous mechanical handling equipment

Official committee scope covering terminology, design and construction, dimensions, safety, testing and inspection for unit loads and bulk materials.

Open source

Selection, configuration and quote

Dorner DTools configurator

Manufacturer workflow reference for guided product selection, real-time 3D, saved configurations, CAD delivery and quote requests.

Open source

Dimensions, options and CAD

Elcom conveyor configurators

Manufacturer reference for real-time dimensions, components, options, price estimates, PDF specifications, quote requests and STEP output.

Open source

Runtime 3D assets

Khronos glTF 2.0 specification

Primary specification for interoperable runtime scenes, meshes, materials, nodes and animations.

Open source

Integration contracts

OpenAPI 3.1.1 specification

Primary specification for describing HTTP APIs across configuration, quotation, CAD, BOM and order boundaries.

Open source

Conveyor configurator FAQ

Detailed answers for manufacturers, distributors and integrators.

Applications, conveyor families, modules, geometry, drives, controls, pricing, quotations, CAD, BOMs, integrations and safety boundaries.

See the working system

Book a demo. See Configurix live.

A free, no-obligation walkthrough tailored to how your team configures, quotes and delivers.

Book a demo
Illustrative Configurix product guide wearing a branded T-shirt

Talk through your catalog, rules and sales flow with us.