Home / Manufacturing & Production / Panel Optimizer
Vriksai Timber Intelligence

Panel OptimizerSheet Cutting Layout Optimizer

Optimize how your parts are cut from standard sheets to minimize waste. Calculate sheets required, material yield, offcut area and cost using guillotine and nesting strategies for plywood, MDF and laminates.

Sheets RequiredMaterial Yield %Kerf-Aware LayoutCost per PartPDF Report
PO

Panel Optimizer

Sheet Cutting Layout Optimizer

Stock Sheet
mm

Standard: 2440 x 1220 (8x4 ft).

mm
Parts Required
mm
mm
parts
mm

Blade thickness lost per cut.

INR/sheet
OK
Optimization Results
-
sheets
Sheets Required
-
%
Material Yield
-
parts/sheet
Parts per Sheet
-
INR
Total Cost
MetricValueDetail
Optimization Calculation

About Panel Optimizer

The Panel Optimizer calculates how many parts can be cut from a standard sheet and how many sheets a job needs, accounting for the saw kerf lost at every cut. Efficient nesting directly reduces material cost - the largest single expense in panel furniture - and minimizes offcut waste. This tool compares both grain-fixed and rotatable layouts to find the best yield.

Where Is This Used?

Modular Furniture FactoriesKitchen + Wardrobe MakersPanel Saw OperatorsCNC Nesting ShopsCost EstimationPlywood/MDF Cutting India

Formulas Used

Parts across length = floor((Sheet_L + kerf) / (Part_L + kerf))Parts across width = floor((Sheet_W + kerf) / (Part_W + kerf))Parts per sheet = parts_L x parts_W (best of both orientations)Sheets needed = ceil(Quantity / Parts_per_sheet)Yield % = (used part area) / (total sheet area) x 100

Frequently Asked Questions

Why does kerf matter so much in panel cutting?
Every saw cut destroys a strip of material equal to the blade width (typically 3-4mm). On a sheet cut into many small parts, these losses add up and can mean one fewer part per row. Accounting for kerf is the difference between an accurate cut list and running short of material mid-job.
Should I allow parts to rotate?
If your material has no visible grain (MDF, particle board, plain laminate), allowing rotation often fits more parts per sheet and raises yield. For wood-grain laminates or veneers where grain must run one way, you must fix the direction - which can lower yield but preserves appearance.
What is a good material yield percentage?
For rectangular parts, 80-92% yield is typical and good. Below 70% suggests poor part sizing relative to the sheet - consider adjusting part dimensions, combining different parts on one sheet (true nesting), or choosing a different sheet size to improve utilization.
ResourcesView the formulasFormula Library