Select a Calculator Type to Begin
Choose from the dropdown above or click a calculator below to get started. Each calculator retains its inputs, results, and saved projects independently.
Applied between every rip
Uses Part Width, Part Length, and Quantity from above. Edge band width = Material Thickness.
Enter part dimensions and quantity to see results
No saved calculations yet
Linear Open Wood System Calculator
Board quantities, sheet yield, edge banding, acoustics & hardware for open linear systems
Solid Wood (not sheet stock)
Toggle on if boards come from solid wood, not veneer sheets
Edge band width = Board Thickness (0.75")
Large and small clips attach boards to the ceiling grid. Spacing driven by Product Rules (default 24").
Large Clips: 1 per 24" of board LF
Small Clips: 1 per 24" of board LF
Enter coverage area and board dimensions to see results
No saved calculations yet
Linear Closed Wood System Calculator
Board quantities and hardware requirements for ceiling and wall systems
Solid Wood (not sheet stock)
Toggle on if boards come from solid wood, not veneer sheets
Space between boards
Added to board face for tongue-and-groove systems
Used for sheet yield calculation
Large and small clips attach the boards to the ceiling grid. Spacing is controlled by Product Rules (default 24″ / 2 LF each).
• Large Clips: 1 clip per 24" of board LF
• Small Clips: 1 clip per 24" of board LF
Enter coverage area and board dimensions to see results
No Hardware Rules Found
Using default spacing of 24" (2 LF) for all clips. Add rules in the Product Rules Manager with product type Linear Closed and rule names: large_clip_spacing_inches, small_clip_spacing_inches, z_clip_spacing_inches.
No saved calculations yet
Solid Wood (not sheet stock)
Toggle on if baffles come from solid wood, not veneer sheets
Used for rip calculation
Applied between every rip cut
Enter coverage area and baffle dimensions to see results
No saved projects yet
Blade Width and Reveal are read from Blade Thickness and Blades per Foot in the calculator below.
This visualizer is a simplified layout preview based on calculator inputs. It is intended to explain blade spacing, reveal spacing, orientation, and overall grille layout for estimating purposes.
Solid Wood (not sheet stock)
Toggle on if blades come from solid wood, not veneer sheets
Pitch = 12" ÷ blades per foot
Applied between every rip
Dowel Clip Calculation
Toggle on to calculate dowel clips per module
Enter coverage area and blade dimensions to see results
No saved projects yet
Optional
Optional
Leave blank to auto-calculate
Cell Layout
Divides module width
Divides module length
Derived Actual Cell Dimensions
Width: 22.8750" · Length: 23.0625"
Accounts for blade thickness in each direction
Blade Lengths — Auto-Derived from Module
Vertical blades: 96" (= module length)
Horizontal blades: 48" (= module width)
Blade stock thickness
Blade height / drop
Edge band width = material thickness (0.75")
Module Size
48" × 96"
32.00 SF
Actual Cell Size
22.875" × 23.063"
After blade thickness
Modules Required
16
Cells Per Module
8
2 × 4
Total Cells
128
Vert. Blade Length
96"
3/module
Horiz. Blade Length
48"
5/module
Total Blade Count
128
48 vert + 80 horiz
Total Blade LF
704.0 LF
Vert. Blades/Sheet
0
4x8 sheet
Horiz. Blades/Sheet
5
4x8 sheet
Sheets Required
18
incl. 10% waste
Edge Banding Summary
Long Sides
1408.0 LF
Top Edge
704.0 LF
All formulas are shown. Expand each section to verify calculations.
No saved calculations yet
Enter the total coverage area in square feet
Assumed Panel Size (for edge banding)
Applied between every rip
Edge band width = Material Thickness. Uses assumed panel size above.
Enter total square footage to see results
No saved projects yet
Acousti-Slat Calculator
Board quantities, sheet yield, edge banding, acoustics & hardware for Acousti-Slat systems
Edge band width = Board Thickness (0.75")
Large and small clips attach boards to the ceiling grid. Spacing driven by Product Rules (default 24").
Large Clips: 1 per 24" of board LF
Small Clips: 1 per 24" of board LF
Enter coverage area and board dimensions to see results
No saved calculations yet
Cube size is measured centerline-to-centerline of the wood rails — not the clear opening. For example, an 8" cube with ¾" rails yields a 7.25" clear opening.
Centerline-to-centerline
Illustrative only — shows how cube spacing and rail thickness relate to clear opening
Enter ceiling dimensions and cube size to see results
No saved projects yet
The lowest point of the sloped ceiling above the finished floor.
The highest point of the sloped ceiling above the finished floor.
The horizontal run as dimensioned on the reflected ceiling plan.
C = √(A² + B²)
Enter the RCP Flat Length above to see results
Starting Height and Peak Height are optional — leave at 0 for a flat ceiling.