Import Your Existing 3D Data
Quickly import your 3D data from Rhino, SolidWorks, Onshape, (and more) into our robust parametric 3D platform, Clara.io.
Once inside Clara.io, we’ll tweak your models to find the perfect balance of high-quality and lightweight to ensure a beautiful and smooth configuration experience on desktop or mobile devices.
Set the Rules
You define the ruleset, parameters, and min-max values — we’ll interpolate the values and ensure it connects seamlessly with your models. Our configurators react instantly to user inputs, so customers see their adjustments to product geometry in real-time.
Simple, User-Friendly Controls
Our rule-based configurator unlocks infinite possibilities through user-friendly sliders and selectors. The key to success is a simple customization interface that is intuitive, yet engaging for customers.
Live Pricing and E-commerce integration
Your parametric 3D configurator can seamlessly integrate with major e-commerce platforms including Shopify, Magento, and WooCommerce. Each parameter can be linked to attributes in your existing store allowing for live-pricing calculations, including per-unit pricing.
Generate and export configured models and precise 3D geometry that are production-ready for CNC or 3D printing. Parametric models can be configured and exported in a variety of formats, including STL and STEP formats.
We build parametric 3D configurators that plug seamlessly into your existing 3D model workflow — from the live creation of 3D geometry to production-ready files.
Take parametric configuration to the next level, with stunning 3D visuals, rule-based configuration, and an engaging interface that invites your customers to reach a new level of personalization.
We are the cross-section of mass customization and streamlined production. Join us.
Coalesse wanted to inspire customers and spark creative freedom for their extraordinary LessThanFive Chair. The solution required an intuitive UI that allowed for custom graphics, logos, and color gradients to be altered and rendered in real-time.