CutLogic 1D Review: Features, Pricing, and Best Use Cases

CutLogic 1D Tutorial: Maximize Material Yield and Minimize Waste

CutLogic 1D is a one-dimensional cutting optimization tool designed to help workshops, manufacturers, and hobbyists plan cuts that reduce wasted material and lower costs. This tutorial walks through how to set up projects, create efficient cutting patterns, and apply practical tips to maximize yield and minimize waste.

1. Getting started: project setup

• Install & open: Launch CutLogic 1D and create a new project.
• Define stock: Enter the lengths and quantities of your raw material (e.g., 6000 mm lumber, 10 pieces).
• Define pieces (demands): List the lengths and required quantities you need to cut (e.g., 1200 mm × 15, 800 mm × 10).
• Set kerf and allowances: Enter blade kerf (cut width) and any additional allowances like saw loss or safety margins.

2. Choosing optimization settings

• Objective: Use the default yield-maximization setting to prioritize minimizing leftover length.
• Sort options: Try sorting pieces by length (descending) if you want more consistent offcuts, or allow the solver to auto-arrange for absolute best yield.
• Stock usage rules: Enable “reuse offcuts” where available so leftover pieces can be used for other cuts.
• Quantity constraints: Fix stock counts if you have limited raw material, or leave unlimited when estimating required stock.

3. Running the solver and interpreting results

• Run optimization: Click Solve. The program generates cutting patterns and shows material utilization statistics.
• Read key metrics: Focus on yield percentage (higher is better), total waste length, and number of stock pieces used.
• Examine patterns: Each pattern lists how pieces fit into one stock length plus offcuts and kerf consumption.

4. Editing and practical adjustments

• Lock critical pieces: If certain cuts must be made from specific stock lengths, lock them into patterns.
• Merge similar patterns: Combine near-identical patterns to simplify production and reduce changeovers.
• Adjust priorities: Temporarily increase demand for urgent pieces so the solver favors them.
• Manual tweaks: If a pattern is impractical (e.g., many tiny offcuts), manually adjust lengths or redistribute pieces across patterns.

5. Using offcuts efficiently

• Create an offcut inventory: Record leftover pieces by length to reuse in future jobs.
• Set minimum offcut length: Configure the solver to treat offcuts under a threshold as waste to avoid impractical tiny offcuts.
• Plan future jobs: Incorporate offcut inventory into new projects to further reduce fresh stock usage.

6. Exporting and production steps

• Print cutting lists: Export patterns as printable lists for shop floor use, showing sequence, lengths, and sawmarks.
• Label stock and offcuts: Mark each stock piece with the pattern number to avoid confusion during cutting.
• Track actual kerf: Compare expected kerf with real saw kerf and adjust settings for future runs.

7. Advanced tips for higher yield

• Batch similar jobs: Group jobs with common piece lengths to increase pattern reuse and reduce waste.
• Use multiple stock lengths: If available, include shorter and longer stock sizes so the solver can choose the best match.
• Optimize for throughput, not just yield: When production speed matters, accept slight yield loss for simpler patterns that reduce setup time.
• Regularly update constraints: Reflect real-world changes (blade wear, stock defects) in project settings.

8. Example walkthrough (simple case)

• Stock: 6000 mm × 5 pieces, kerf 3 mm.
• Demands: 1500 mm × 6, 1200 mm × 8, 700 mm × 4.
• Solver result: Patterns might include 4×1500 + 1×700 per stock (accounting for kerf), and mixes of 1200 + 1500 + 1200, etc. Review yield %, then lock practical patterns and rerun if necessary.

9. Troubleshooting common issues

• Unrealistic offcuts: Increase minimum offcut length or enable offcut reuse.
• Low yield: Check kerf value and ensure demands are entered correctly. Consider using multiple stock sizes.
• Too many complex patterns: Merge or limit number of patterns; prioritize simpler, repeatable cuts.

10. Checklist before cutting

1. Verify dimensions and kerf.
2. Print/label cutting lists.
3. Lock any required patterns.
4. Confirm offcut reuse rules.
5. Assign stock pieces and mark patterns.

CutLogic 1D can significantly reduce material waste when configured and used thoughtfully: accurate kerf, realistic offcut rules, practical pattern selection, and offcut inventory management are the keystones to maximizing yield and minimizing waste.