Honeycomb Laser Bed Extension 37.4in x 18.1in - Cleaner Cuts

In this review of the Honeycomb Laser Bed Extension, the bottom line is simple: this is a solid, larger work surface for hobbyists and small shops using compatible desktop laser engravers who want cleaner cuts and easier debris management. The review focuses on fit and functionality for machines like D1, D1 Pro and S30 series, and highlights the biggest reason to buy - a steel honeycomb grid and included metal tray that reduce burn marks while protecting the workbench. It is a practical upgrade for anyone needing a 950 x 460mm cutting area and stronger material hold.

Key Features

• Compatibility: Works with D1, D1 Pro, S9, S10, S30, S30 Pro and several P and V series machines, giving a large 950 x 460mm working area suited to extended projects.
• Steel honeycomb: The grid is made from steel so you can use strong magnets to secure materials and rely on a tougher surface than typical aluminum honeycombs.
• Reduced burn and smoke: The open honeycomb design allows smoke to pass through and limits charring, producing cleaner cuts and better engraving results on wood and other organic materials.
• Desktop protection: An included aluminum tray sits beneath the grid to protect the table or bench and catch debris from cutting operations.
• Durable construction: Hardened, black-painted honeycomb with riveted edges resists loosening and offers fireproof and rustproof performance for repeated use.
• Material hold options: Comes with 10 plastic honeycomb pins and supports magnet use, giving flexible methods to keep workpieces stationary.

Who It's For

This extension is aimed at makers, jewelry and craft fabricators, and small workshop users who operate desktop lasers and need a larger, cleaner work surface. If you regularly cut wood, acrylic or similar materials and have occasional issues with overburn or smoke staining, the honeycomb grid and metal tray offer a straightforward way to improve cut quality and protect your bench.

It is less relevant for users who do not need the full 950 x 460mm working area or who prefer a lightweight aluminum grid; those users may prefer a smaller or different-style bed. Also, if you cannot use magnets with a particular workflow, consider that advantage carefully compared to other holding systems.

Pros & Cons

Pros

• Strong steel honeycomb allows magnetic holding and feels sturdier than lighter alternatives.
• Included aluminum tray protects the desktop and collects debris, keeping the workspace cleaner.
• Open grid design reduces smoke and burn marks, improving cut and engraving quality.
• Comes with 10 pins to help position and hold materials securely.

Cons

• Heavier steel construction makes it less convenient to lift or frequently reposition compared with aluminum options.
• Overall size requires a machine and workbench that can accommodate the 994 x 504mm footprint.

Specifications

Brand	Dofiki
Working area	950 x 460mm (37.4in x 18.1in)
Overall size	994 x 504 x 22mm (39.1in x 19.8in x 0.8in)
Honeycomb material	Hardened steel, black painted
Included accessories	Aluminum tray and 10 honeycomb pins
Compatibility	D1, D1 Pro, S9, S10, S30, S30 Pro, P20 PLUS, V35 PLUS, P10 and similar

Our Verdict

The Honeycomb Laser Bed Extension is a practical, value-minded upgrade for desktop laser users who need a larger cutting area and cleaner results. Its steel grid, magnetic holding ability and protective metal tray reduce burn marks and protect the bench, making it a good buy for makers and small shops that can accommodate the larger footprint and slightly heavier construction.

Frequently Asked Questions

Will this fit my machine?
It fits machines with a working area around 950 x 460mm such as D1, D1 Pro and S30 series; check the overall size of 994 x 504 x 22mm to confirm clearance.

Does it reduce burn marks?
Yes, the open honeycomb design allows smoke to escape and reduces charring, yielding cleaner cuts on wood and similar materials.

What holding options are provided?
The steel grid supports strong magnets and includes 10 pins to secure materials during cutting or engraving.