Spring Edition – Laser Engraving Alignment Kit (Riser Blocks, L-Brackets & Pins)
Freshen up your laser workspace with this limited Spring Season Color Edition Laser Engraving Alignment Kit. Designed to improve precision and streamline your workflow, this all in one kit includes 3D printed riser blocks, L shaped alignment brackets, and material hold down pins to help create a cleaner and more controlled engraving setup. Each riser block features a magnetic base for quick placement and easy removal. The alignment brackets and pins help keep materials firmly in place while engraving or cutting. Ideal for engraving wood, acrylic, leatherette and more while maintaining accurate placement.
Why You’ll Love It
- Quick magnetic riser placement with no tools required
- Helps prevent material shifting during engraving or cutting
- Reduces flashback marks and improves engraving accuracy
- Keeps materials elevated for cleaner laser results
- Great for signs, crafts, cutting boards, product tags and more
Product Details
- Includes magnetic riser blocks, L shaped alignment brackets and material hold down pins
- Designed for materials under 12 inches wide to avoid sagging
- Compatible with many CO2 laser engravers including Aeon and Glowforge machines
Laser Setup Notes
- Glowforge users remove crumb tray before use
- Auto focus not recommended while using riser blocks
- Pins may break if forced into tight slots so insert gently
- Items shown in photos for display purposes only and are not included unless listed above
3D Care Instructions
Keep your item out of hot cars, direct sunlight for extended periods, or near stovetops and other heat sources. PLA is a plant based plastic and may begin to soften at temperatures above 60°C or 140°F. Store in a cool dry place. Use with care items are durable but not unbreakable.
Print Quality Notice
We use modern 3D printing technology to produce accurate and consistent parts. Because these items are 3D printed small layer lines ridges or minor stringing may occur. These cosmetic details do not affect functionality.
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