We are developing a central parametric engine for wardrobes, walk-in closets, shelving systems, and furniture built-ins – designed specifically to bridge the gap between 3D geometry, technical plans, and dynamic project changes.
Our purpose: Reduce the hours spent on manual corrections after a client or architect requests changes. Instead of redrawing from scratch, you change parameters, the system validates your construction rules, and automatically rebuilds the model.
(Please check our attached charts to see the engine and parameter panel in action!)
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## 🛠️ What the Engine Controls
The system safely manages real-time updates for:
* Dimensions: Width, height, and depth of individual cabinets or an entire furniture run.
* Layouts: Corner wardrobes, walk-in closets, and custom internal M1/M2 partitions.
* Elements & Thickness: Automatic recalculation for sides, top/bottom panels, backs, shelves, fronts, and fillers based on board material changes.
* Smart Dependencies: Drawer packages (recalculating box depths and runner selection) linked dynamically to the surrounding construction rules and shelf gaps.
* Hardware & Clean Layouts: Hanging rails, single/double shelves, plinths, and manual/automatic spacing.
## 🔄 Local and Global Changes
We separate local modifications from project-wide global changes to ensure total data consistency. You can update:
* Shared material or board thickness across multiple units.
* Runner standards (recalculating all drawer boxes instantly).
* Plans, sections, and dimensions after the model rebuilds.
> The Workflow: Parameters ➔ Rule Validation ➔ 3D Geometry Rebuild ➔ Documentation Update.
## 💻 BricsCAD & AutoCAD Compatibility
The core architecture is being developed in BricsCAD using AutoLISP, with full AutoCAD compatibility via a dedicated layer.
We are highly interested in feedback from interior designers, technologists, and AutoCAD/BricsCAD users. Which project changes cost you the most time? What layout updates cause the most manual errors in your current workflow?
---
## 🤝 Open for Custom AutoLISP Work & Collaborations
Beyond developing the core V2B34 engine, we are open to custom automation projects, workflow optimization, and consulting for companies facing recurring CAD bottlenecks.
If you have a specific furniture variant, a complex design workflow to automate, or need custom LISP tools to keep your 3D models and documentation consistent – let's talk.
📬 Interested in testing or need custom CAD automation? Send a private message with a brief description of your furniture types, your CAD environment, and your biggest workflow bottlenecks.
Our purpose: Reduce the hours spent on manual corrections after a client or architect requests changes. Instead of redrawing from scratch, you change parameters, the system validates your construction rules, and automatically rebuilds the model.
(Please check our attached charts to see the engine and parameter panel in action!)
---
## 🛠️ What the Engine Controls
The system safely manages real-time updates for:
* Dimensions: Width, height, and depth of individual cabinets or an entire furniture run.
* Layouts: Corner wardrobes, walk-in closets, and custom internal M1/M2 partitions.
* Elements & Thickness: Automatic recalculation for sides, top/bottom panels, backs, shelves, fronts, and fillers based on board material changes.
* Smart Dependencies: Drawer packages (recalculating box depths and runner selection) linked dynamically to the surrounding construction rules and shelf gaps.
* Hardware & Clean Layouts: Hanging rails, single/double shelves, plinths, and manual/automatic spacing.
## 🔄 Local and Global Changes
We separate local modifications from project-wide global changes to ensure total data consistency. You can update:
* Shared material or board thickness across multiple units.
* Runner standards (recalculating all drawer boxes instantly).
* Plans, sections, and dimensions after the model rebuilds.
> The Workflow: Parameters ➔ Rule Validation ➔ 3D Geometry Rebuild ➔ Documentation Update.
## 💻 BricsCAD & AutoCAD Compatibility
The core architecture is being developed in BricsCAD using AutoLISP, with full AutoCAD compatibility via a dedicated layer.
We are highly interested in feedback from interior designers, technologists, and AutoCAD/BricsCAD users. Which project changes cost you the most time? What layout updates cause the most manual errors in your current workflow?
---
## 🤝 Open for Custom AutoLISP Work & Collaborations
Beyond developing the core V2B34 engine, we are open to custom automation projects, workflow optimization, and consulting for companies facing recurring CAD bottlenecks.
If you have a specific furniture variant, a complex design workflow to automate, or need custom LISP tools to keep your 3D models and documentation consistent – let's talk.
📬 Interested in testing or need custom CAD automation? Send a private message with a brief description of your furniture types, your CAD environment, and your biggest workflow bottlenecks.