3D Bathroom Vanity & Cabinet Builder

Height, mm

Width, mm

Depth, mm

Shelf —

Shelf |

Door

Handle

Delete

Clear

Add shelves and doors to the plan

Colors

Textures

Legs

Rotation

Grid step

Thickness, mm

Price per m²

Parts area	0 m²
Material volume	0 m³
Estimated weight	0 kg
Total cabinet volume	0 m³
Material cost	0

Use this wardrobe designer to stop guessing and start building. Enter the outer size, add shelves, drawers, rails and doors, and watch a clear 2D plan and a simple 3D model update instantly. The tool also spits out panel area, material volume, approximate weight and a raw cost estimate so you can order parts or get a quote without second-guessing.

Table of Contents

Who benefits from this wardrobe designer

Homeowners who need a realistic preview before buying or installing
DIY builders who want quick, accurate checks without CAD skills
Cabinet shops that need a fast spec and ballpark numbers for quoting
Designers who want client-ready visuals and fast proportion checks

What you can do right away

Set outer dimensions in inches or feet and switch units when needed
Add horizontal shelves, vertical dividers, drawers and sliding doors
Place hanging rods and pick handle styles and positions
Adjust panel thickness and price per square foot to match local rates
Upload textures or choose colors for fronts and carcass
Export a hi-res image and a CSV parts list for the shop

Fast workflow

Enter outer dimensions. Example for a closet: 79 inches tall, 48 inches wide, 20 inches deep.
Pick a grid step. One inch or half inch gives good control for furniture work.
Click Shelf to add a horizontal board. Shelves snap to the nearest vertical divider automatically.
Click Divider to create vertical partitions and organize storage zones.
Draw door or drawer faces and drag handles into position.
Use Rod to place a hanging rail at the required height and check clearances visually.
Check the info panel for area, material volume, weight and cost. Numbers update after every edit.
Export an image and download a CSV parts list for quoting and production handoff.

How the math works under the hood

The app uses feet for area and cubic feet for volume. Convert inches to feet by dividing by 12. Use density in pounds per cubic foot and price in dollars per square foot. The formulas are simple and transparent so you can audit results.

Panel area in square feet equals panel width in feet times panel height in feet
Total area is the sum of panel areas for sides, top, bottom, shelves, dividers and faces
Material volume in cubic feet equals total area times thickness in feet
Weight in pounds equals volume times material density in pounds per cubic foot
Material cost in dollars equals total area times price per square foot plus a waste allowance

Quick reference for depths and spacing

Depth	Typical use
12 inches	Shoes and narrow shelves
18 inches	Standard hanging and shelving
24 inches	Deep hanging, boxes and bulky storage
32 inches	Deep built-ins and combined solutions

Materials, densities and price ranges

Material	Density lb per ft³	Typical thickness	Example price per ft²
Particleboard	44	5 eighths or 3 quarters inch	3 to 6 dollars
Painted MDF	50	3 quarters inch	8 to 15 dollars
Plywood	40 to 44	half or 3 quarters inch	5 to 12 dollars
Tempered glass	156	one eighth or quarter inch	10 to 30 dollars

Practical design rules

Leave hinge and edge clearance to avoid rubbing and noisy doors
Locate heavy storage low to reduce stress on fasteners and shelves
Support long shelves every 30 to 32 inches to avoid sagging over time
Account for ventilation and service access if you build around appliances
Reduce separate faces to save on edge banding and hardware costs
Make glass cutouts smaller by three quarters inch to allow fitting and sealing

Common mistakes to avoid: Mixing units. Confirm whether the project uses inches or metric before cutting. Too many unsupported spans. Add dividers for long shelf runs. Doors that are too thin on large panels. Thicker doors resist warping. Forgetting finishing gaps. Allow for paint, tape and hinge adjustments. Ordering without waste. Add five to ten percent for offcuts and mistakes.

Export and shop handoff checklist

Export a high resolution image for approvals and a CSV parts list for the shop
Include panel orientation and edge banding notes if the shop uses CNC panels
Annotate which edges receive banding and which faces need special finishes
Add the waste factor on the material order to avoid shortages and delays

This wardrobe designer turns ideas into practical plans fast. Use it to validate proportions, lock down hardware and generate a parts list for builders. A short design pass here prevents costly rework at the shop and speeds up the whole project.