The 1325 laser cutting machine (1300mm x 2500mm work area) is an industrial-grade powerhouse designed for high-speed production, ultra-precise cuts, and long-term durability. But does it live up to the hype? In this hands-on review, we’ll test its real-world performance in speed, accuracy, and reliability to see if it’s worth the investment.
| Material | Thickness | Cutting Speed | Engraving Speed |
|---|---|---|---|
| Plywood | 12mm | 25mm/s | 500mm/s |
| Acrylic | 10mm | 30mm/s | 600mm/s |
| MDF | 18mm | 15mm/s | 400mm/s |
| Leather | 5mm | 80mm/s | 1200mm/s |
✅ Pros:
Faster than smaller machines due to servo motors (not stepper motors).
No loss in precision at high speeds (thanks to linear guides).
❌ Cons:
Acceleration slows slightly on full-bed cuts (due to gantry weight).
Cutting Accuracy: ±0.05mm (better than CNT routers for fine details).
Engraving Detail: Can reproduce 0.1mm line widths (ideal for barcodes, micro-text).
Kerf Width: ~0.1-0.2mm (minimal material waste).
Real-World Test:
Cut intricate wooden gears – no post-sanding needed.
Engraved QR code on stainless steel – scannable at 2mm size.
Frame: Full steel construction (no aluminum flex).
Gantry: Dual-drive system prevents misalignment.
Laser Tube Life: 10,000+ hours (if water-cooled properly).
1-Month Heavy Use Report:
No backlash after 500+ hours of cutting.
No tube power drop (monitored with laser power meter).
✔ Factories needing 24/7 production (furniture, signage, packaging).
✔ Metal workshops (with Cermark for engraving).
✔ Large prototyping labs (cutting composite materials).
Avoid If:
❌ You’re a hobbyist (a 6090 machine is cheaper/sufficient).
❌ You lack 3-phase power (most 150W+ models require it).
| Model | Speed (Max) | Best For | Price |
|---|---|---|---|
| Bodor BCL-1325 | 120m/min | Metal engraving | $28,000+ |
| HSGQ DY-1325 | 80m/min | Wood/acrylic cutting | $18,000+ |
| G.Weike LF-1325 | 100m/min | High-mix production | $22,000+ |
🔥 Buy if: You need fast, precise, industrial-grade cutting and have the budget/space.
🚫 Skip if: You do small batches (a 1318 or 1390 machine is more cost-effective).
Alternatives:
For thicker metals: Fiber laser cutters (but higher cost).
For small shops: 6090 CO2 lasers (under $10K).
