The AtomStack F2N Honeycomb is a premium laser cutting and engraving work surface designed to protect your desktop and improve cut quality on every project. With a 325 × 325 mm honeycomb working area housed in a 350 × 350 mm frame, it provides ample room for most laser engraving projects while fitting perfectly on AtomStack frame-style machines. Built from high-strength steel with precision CNC machining, the F2N delivers exceptional flatness and rigidity that won't deform or shift during extended use.
The scientifically designed 10 mm honeycomb cells enable rapid heat dissipation during cutting, resulting in cleaner edges with less charring and burning. The included SUS304 stainless steel cutting mat adds a second layer of protection between the laser and your workbench—essential for both diode and CO₂ laser machines. Integrated anti-slip metal clamps hold workpieces of various sizes securely in place, preventing material movement that causes misaligned cuts. The honeycomb structure also reduces laser reflection, protecting your laser module and extending its lifespan.
Key Features
✓ 325 × 325 mm Working Area: Generous honeycomb surface fits most laser engraving projects
✓ High-Strength Steel Construction: Precision CNC-machined for exceptional flatness and rigidity
✓ Efficient Heat Dissipation: Scientifically designed 10 mm honeycomb cells release heat rapidly for cleaner cuts
✓ SUS304 Stainless Steel Cutting Mat: Included protective pad adds a second layer of desktop protection
✓ Anti-Slip Metal Clamps: Integrated clamps hold workpieces securely to prevent shifting during engraving
✓ Dual Desktop Protection: Optimized honeycomb height prevents laser burns, plus cutting mat blocks residual energy
✓ Laser Module Protection: Honeycomb structure reduces laser reflection, protecting the laser head
✓ Wide Compatibility: Works with CO₂, diode, and fiber laser engravers
✓ Durable & Deformation-Resistant: Won't warp, bend, or shift during long-term use
✓ Positioning Pins Included: 16 positioning pins for precise material alignment
