WoodWorkCalc
A good idea, ready to plan

Choose a project. Get a build plan.

Explore materials, bits, setup checks and build steps for a project. Customize the plan and estimate what it will cost.

Find a machine for your budget →

Start with your setup

Packages match a process. Check every panel, jig and blank against your machine’s usable area, thickness limits and workholding clearance.

Choose something worth making

9 packages

Beginner · Woodworking

Your first striped cutting board

Learn stock preparation, glue-up and finishing without needing a CNC or laser.

A seven-strip edge-grain design; final dimensions account for trimming and surfacing.

Advanced · Woodworking

An end-grain cutting-board upgrade

Build on a reliable glue-up process with a second assembly stage and explicit material losses.

A rotated end-grain pattern from a 650 mm starting blank; preview final dimensions in the designer.

Beginner · Woodworking

Your first shop cabinet

Build a useful home for your tools while learning square assembly and sheet planning.

600 × 720 × 400 mm cabinet; one shelf; open front.

ALEXSAMPLE LETTERING · TOP VIEW180 mm80 mm high · 12 mm thick · no mounting holes supplied
Sample lettering on the blank · add your own artwork in your cutting-plan software.
Beginner · CNC

A personal CNC desk sign

Start with a small sign blank and learn workholding, lettering and a repeatable zero.

180 × 80 × 12 mm sign blank; artwork added in your CAM software.

OPEN TRAYTab into baseEnlarged joint detail
Wall tabs fit the base · vertical corners are glued butt joints.
Beginner · Laser

Laser-cut desk organizer

Make a tab-and-slot tray and learn how measured thickness changes the fit.

160 × 100 mm clear interior; 65 mm wall height.

Cross-feetfront to backASSEMBLED VIEW
Upright panel with two cross-feet · slots meet halfway up each foot.
Intermediate · Laser

Flat-pack display stand

Create a portable display with editable feet and a reusable vector plan.

160 × 200 mm display panel with two slotted feet.

Advanced · Woodworking

Keepsake shadow box

Plan layered display depth, backing and glazing around an object worth keeping.

500 × 600 × 60 mm starting frame; edit for your objects.

123456SIX BLANKS · NOT A CUTTING LAYOUT400 × 250 mm each · labels identify the blanks
Six separate sign blanks · artwork and holding are planned separately.
Advanced · CNC

CNC sign batch

Move from one sign to a planned batch with stock layout, labeling and real job costs.

Six 400 × 250 × 18 mm blanks; engraving designed in CAM.

123456POSITIONING JIG · TOP VIEWNumbers identify positions, not engraving artwork
Six square openings · three columns by two rows.
Production · Laser

Repeatable laser batch jig

Locate six rectangular blanks consistently and learn to price setup separately from run time.

Three columns × two rows; 90 × 90 mm openings with testable clearance.

Build a settings record you can trust

Start from the exact machine, tool and material guidance. These packages are planning templates; they have not been physically validated on every listed machine.

CNC setup

Record cutter diameter, flutes, stickout, RPM, feed units, depth per pass, stepover and workholding. Simulate, check the origin and make a scrap test before committing stock.

Laser setup

Record module and power, material thickness, speed with units, passes, focus, air and measured kerf. Use approved materials and the manufacturer’s ventilation and operating instructions.

Small tests. Fewer expensive surprises.

Build the skill before you build the batch.

Start with the smallest test that answers the question. These illustrations explain the process; they are not cutting files or tested settings.

Three cutter shapes to recognize

V-bitLettering & V-carving
Flat end millPockets & profiles
Ball noseCurved 3D finishing

Buy the cutters your first toolpaths require. Confirm shank and collet compatibility, cutting length, geometry and the tool maker’s limits. A large assortment does not replace the correct tool.

Test the material, then test the fit

Material testFit coupon

First find usable engraving or cutting behavior on matching scrap. Then measure thickness and test the joint. A tab that fits one sheet may bind or wobble in the next batch.

Keep speed units, module, material, passes and focus with the result. Color in this diagram is illustrative, not a power recommendation.

1

One successful prototype

Measure the finished part, test assembly and complete the intended finish. Keep the failed coupons and notes; they show what changed.

3

A short repeatability run

Make three as an example learning exercise. Compare dimensions, registration and finish, and record real hands-on time.

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A batch you can cost

Only increase quantity after the process repeats. Include setup, waste, rework, maintenance and packaging when you price it.

Before committing to an expensive setup: try a supplier-cut blank, a makerspace session or an outsourced sample where available. Bring your own file and material requirements, and compare the complete result with what you intend to sell or keep.