The 1325 laser cutter (1300mm x 2500mm work area) is a powerhouse in industrial laser cutting—but is it right for your business? Unlike hobbyist or mid-size machines, this large-format CO2 laser is built for heavy-duty production. Let’s explore who truly benefits from this industrial workhorse.
✔ Massive Work Area – Cuts full 4’x8′ sheets (ideal for furniture, signage, metal templates).
✔ High Power (100W-300W+) – Handles thick acrylic (20mm+), hardwood (25mm), and engraves metals (with marking additives).
✔ Industrial Durability – Steel frame, servo motors, and high-precision rails for 24/7 operation.
✔ Automation-Ready – Compatible with conveyor feeders, rotary attachments, and CNC integration.
Furniture Makers – Cut plywood, MDF, and acrylic sheets for cabinets, displays, and decor.
Sign & Advertising Shops – Produce large-format acrylic/wood signs without panel joining.
Packaging & Prototyping – Engrave/cut custom molds, industrial templates, and packaging samples.
Engrave stainless steel, aluminum (using Cermark/Thermark).
Cut thin metals (with higher-powered RF tubes or hybrid fiber-CO2 lasers).
Precision-cut gaskets, interior panels, and composite materials.
Engrave serial numbers, barcodes, and labels on parts.
Requires ~10’x6′ floor space + ventilation.
Price range: 15,000–60,000+ (depending on power/features).
❌ Hobbyists & Small Businesses – Overkill for occasional use; consider 6090 or 1318 models instead.
❌ Low-Budget Buyers – Cheaper 40W-100W lasers suffice for thin materials.
❌ Those Without Proper Ventilation/3-Phase Power – Industrial machines need serious infrastructure.
| Model | Laser Power | Best For | Price Range |
|---|---|---|---|
| Bodor BCL-1325 | 150W-300W | Metal engraving, thick wood | 25,000−50,000 |
| HSGQ DY-1325 | 100W-180W | Wood/acrylic fabrication | 15,000−30,000 |
| G.Weike LF-1325 | 130W-200W | Large signage & packaging | 20,000−40,000 |
✅ Buy if:
You run large-scale production (500+ cuts/month).
You work with thick materials (≥15mm wood/acrylic).
You have industrial workspace + budget.
🚫 Avoid if:
You’re a hobbyist or small shop (smaller lasers save space/cost).
You only engrave (a fiber laser may be better for metals).
Need help choosing? Ask yourself:
What’s my monthly production volume?
Do I cut materials thicker than 10mm regularly?
Can my facility handle a 1-ton machine with 3-phase power?
