For CO₂ Laser & CNC Users
Designed for beginners and hobby users. Minimal settings to reduce setup errors.

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⚠️ SAFETY FIRST (See Safety Icons)

[Icon: Ventilation] Proper Ventilation
Always use strong exhaust ventilation. Acrylic fumes are irritating and harmful.

[Icon: Goggles] Wear Safety Gear
Laser safety goggles required. Never look at the laser beam.

[Icon: Fire] Fire Safety
Never leave the machine unattended. Keep a fire extinguisher nearby.

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1️⃣ MATERIAL PREPARATION (See Preparation Icons)

[Icon: Thickness] Check Material
Confirm you are using a 3mm acrylic sheet.

[Icon: Film] Remove Protective Film
Peel off protective film from both sides before processing.

[Icon: Clean] Clean Surface
Wipe with a lint-free cloth and isopropyl alcohol (IPA).

[Icon: Flat] Keep Flat
Place the sheet flat on the laser bed or CNC table.

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2️⃣ MACHINE SETUP (Laser & CNC)

[Icon: Lens] Clean Optics / Tool
- Laser: Clean lens and mirrors - CNC: Use a sharp, clean cutting tool

[Icon: Focus / Z] Focus or Z-Height
- Laser: Focus on material surface - CNC: Set correct Z-zero before cutting

[Icon: Air] Air Assist / Chip Removal
- Laser: Turn air assist ON - CNC: Use air blast or vacuum to clear chips

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3️⃣ SIMPLE WORKING SETTINGS (Safe Range)

To reduce user error, only general safe ranges are shown. Always test first.

✂️ Laser Cutting (3mm Acrylic)

· Power: Medium–High

· Speed: Medium

· Passes: 1 pass recommended

· Air Assist: ON

✒️ Laser Engraving

· Power: Low

· Speed: High

· Passes: 1 only

Engraving should frost the surface, not cut through.

 CNC Machine Notes (Acrylic)

· CNC machines can also process acrylic sheets

· Use sharp tools designed for plastic/acrylic

· Ensure proper chip removal (air blast or vacuum)

· Avoid overheating, which may cause melting or edge fusion

· Always run a test cut before full production

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�� Other Tools – Important Notes

Laser (Diode / Low-Power Lasers)
- Diode lasers may engrave acrylic but usually cannot cut through clear acrylic - Results vary greatly by color and machine power - Always test before use

Table Saw / Circular Saw
- Use blades specifically designed for plastic - Support material fully to prevent cracking or chipping - Cut at steady speed to avoid melting

Scroll Saw / Jigsaw
- Use fine-tooth blades for plastic - Cut slowly to reduce vibration and cracking

Drilling Acrylic
- Use drill bits suitable for plastic - Drill slowly with light pressure - Support material underneath to prevent breakout

⚠️ Always wear appropriate safety protection and test on scrap material first.

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4️⃣ BASIC OPERATING FLOW (See Flow Diagram)

1. Turn on ventilation / dust collection

2. Wear safety protection

3. Load and secure material

4. Import design

5. Run a small test

6. Start job and monitor

7. Allow material to cool

8. Remove part and clean machine

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5️⃣ QUICK TROUBLESHOOTING (Icons Match Diagram)

Burnt or yellow edges
→ Too much heat. Increase speed or reduce power.

Does not cut through
→ Check focus or Z-height. Run test again.

Melted CNC edges
→ Feed too slow or tool too dull.

Strong odor or smoke
→ Stop immediately and check ventilation.

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TIPS FOR BEST RESULTS

· Always test on scrap material

· Back-side engraving gives best clarity

· Clean tools = better results

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⚠️ Disclaimer: This guide provides simplified reference settings to reduce setup errors. Actual results depend on machine type and condition. Test before full production.

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 PRINT & USE NOTICE (Packaging Insert)

· This guide is intended as a quick-start reference for common acrylic processing tools

· No specific machine settings are guaranteed

· Users are responsible for testing and safe operation of their own equipment

⚠️ Improper use of tools or machines may result in damage to materials, equipment, or personal injury.

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Thank you for choosing our acrylic sheets. Enjoy safe and creative making!