Too many options
Dimensions, finishes and components create combinations that a simple list cannot explain.
CUSTOM PRODUCT CONFIGURATORS
Let customers configure complex products before they contact sales.
We design and build custom configurators that help customers choose dimensions, materials, components and options — then turn those selections into structured quotes, orders or production-ready data.
2D · 3D · Product rules · RFQ · Pricing · Admin · Integrations
Dimensions, finishes and components create combinations that a simple list cannot explain.
Sales has to chase missing details before it can prepare a useful quote.
Customers need to understand how their choices look and fit together.
Compatibility rules live in your team's experience. Software can make that guidance available to customers.
If a product has meaningful options, we can turn those options into software.
Doors, windows, pergolas and architectural systems with dimensions, profiles and finishes.
Furniture and cabinetry with layouts, materials, modules and hardware.
Machinery, conveyors and material handling systems with technical requirements and compatible components.
Formats, dimensions, materials and print options for packaging made to specification.
Capture the details your team needs to review and prepare a custom product.
Guide shoppers through personalization and compatible options before checkout.
We define the right scope for your product. Your custom product configuration software can include:
Dependencies, compatibility checks and validation can guide valid combinations.
Capture measurements with product-specific limits and technical inputs.
Organize materials, textures, colors and available finishes.
Let customers select modules, accessories and compatible parts.
Show layouts or interactive previews where they help customers decide.
Can calculate prices from your agreed pricing rules and available data.
Turn selections into a complete request your sales team can review.
Can generate summaries, specifications or technical drawings based on project requirements.
Can give your team tools to manage options, rules and incoming requests.
Can connect configuration data with the systems behind your business.
MB-METAL
Custom metal doors involve many product decisions. For MB-Metal, we built a custom website and door configurator with an interactive 3D experience. Customers can define dimensions, opening direction, fixed panels, dividers, colors, handles, glass, locking systems, thresholds and other options.
After submission, the system creates a structured request and generates a fully dimensioned technical drawing for review, pricing and production preparation. A custom admin panel supports the team's work.
View the full MB-Metal case study

FROM SELECTION TO RFQ
Choose the product and start with the options that matter.
Dependencies and validation keep combinations compatible.
A 2D or 3D preview helps explain the selected combination.
Dimensions, components and other required details stay with the configuration.
The customer sends the configuration for your team to review.
Your team can review the selected options before preparing a quote.
Where needed, agreed integrations can carry the configuration into your next workflow.
We build custom systems, including sales / CPQ configurator development. The right solution can combine several approaches; it is not an off-the-shelf CPQ package.
Options · Dependencies · Validation · Technical inputs
Layouts · Dimensions · Colors · Components
Real-time preview · Materials · Components · Interaction
Configuration · Pricing · Quotes · Integrations
The configurator does not need to become another isolated tool. We can connect it to the systems your team already uses. Possible integrations depend on system access and project scope.
Map options, users and the sales workflow.
Document valid combinations, dependencies and exceptions.
Make technical choices clear on every screen.
Develop the configurator and agreed system connections.
Verify normal cases, limits and outputs with your team.
Launch, review feedback and refine the next priorities.
A custom B2B portal can combine account management, pricing, ordering and product configuration in one system.
B2B Portal DevelopmentThe number of options, product rules, visualization, technical outputs, integrations and the readiness of product data determine scope. We review these before estimating cost or timeline; there is no single fixed price or duration.
When a standard product page cannot clearly capture customer specifications, or the team needs structured choices for quotation and preparation. A simple product with few options may only need a standard form.
An online product configurator helps customers choose product options within defined rules. It can turn those selections into a visual preview, a quote request, an order or technical specifications.
Any product with meaningful choices can be a candidate: architectural systems, furniture, machinery, packaging and customizable ecommerce products. We first assess the options, constraints and information needed to sell or make it.
Yes. We can build visual 2D layouts, interactive 3D previews or a combination. We choose the approach that helps explain your product without adding unnecessary complexity.
It can collect a structured RFQ for sales review, or calculate pricing and generate a quote when your pricing rules and data support it. We agree the workflow before development.
Yes, where the system provides suitable APIs or supported data exchange. We define field mapping, access and how requests or orders should move between systems.
Often, yes. A configurator can be integrated into an existing website or ecommerce flow. We review your platform and technical constraints before recommending how to connect it.
No 3D models are needed for a rules-based or 2D solution. For 3D product configurator development, existing models can help, but we first assess their suitability and agree any modeling or optimization work.
Yes. We work with your product experts to document dependencies, incompatible options, dimensional limits and exceptions, then test the logic against real configurations.