Modular Storage & Kitchen Cabinetry Design Using Microvellum for CNC Manufacturing
Milestone PLM developed a modular storage and kitchen cabinetry model using Microvellum, delivering detailed 3D casework, shop drawings, and CNC manufacturing data in just one week.
Milestone PLM delivered end-to-end engineering and drafting support for commercial casework assemblies, ensuring accuracy, functionality, and manufacturing readiness. Using Microvellum, we developed detailed 3D models for shelving systems, drawers, storage units, and integrated cabinetry components. The scope included precise design detailing and comprehensive manufacturing documentation to support seamless fabrication. Every model and drawing was prepared to meet project requirements, maintain design consistency, and streamline the transition from engineering development to production.
What Made This Project Complex
Multi-Compartment casework projects demand precise detailing, consistent dimensions, and seamless coordination between design intent and manufacturing requirements. Even minor discrepancies in measurements or component specifications can lead to fabrication errors, material wastage. The challenge was to develop accurate 3D models and detailed production drawings that maintained design consistency, accommodated assembly requirements, and ensured all casework components were ready for efficient manufacturing and smooth project execution.
How Milestone PLM delivered
Milestone PLM used Microvellum to develop the modular storage furniture model and its engineering package. Design engineers created the upper open shelving, lower storage cabinets, drawers, and vertical partition, ensuring accurate dimensions, proper component alignment, and consistent panel construction. Also prepared detailed shop drawings, material specifications, and CNC manufacturing data to support accurate fabrication and smooth assembly.
- Microvellum 3D Furniture Model: Modular storage unit with open shelving, cabinets, drawers, and partitions.
- Component Detailing: Individual panels and components coordinated for accurate dimensions and assembly.
- Technical Shop Drawings: Dimensions, panel layouts, and assembly details prepared for fabrication.
- CNC Manufacturing Data: Machining details and engineering outputs prepared for production.
- Material Specifications: Board thickness, material selection, and edge banding defined.
- Manufacturing Handoff: Model and drawings reviewed for accuracy and production readiness.
How we structured the work
Sketch-up Reference Analysis & Project Planning
Reviewed the supplied Sketch-up model to understand the cabinetry layout, design intent, storage requirements, and key dimensions. Identified the tall unit, base cabinets, overhead shelves, drawers, and countertop to define the Microvellum modeling scope.
Microvellum 3D Modeling & Casework Development
Used the Sketch-up reference to build the cabinetry assembly in Microvellum. Modeled cabinet units, doors, drawer compartments, shelving, and countertop, maintaining accurate dimensions and alignment across components.
Engineering Detailing & Manufacturing Preparation
Defined panel sizes, materials, hardware, and construction details. Produced shop drawings and CNC data to support fabrication.
Design Validation & Final Deliverables
Compared the Microvellum model with the SketchUp file, checking dimensions, proportions, and component placement. Applied corrections and organized final engineering outputs for production.
Project in Pictures
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