Who This Budget Fits
A $2,500-$5,000 CO2 laser budget can work for signs, gifts, packaging samples, acrylic displays, leather goods, paper products, and light plywood work. It is usually not the right tool for cutting bare metal or running unattended high-volume production.
Specification Targets
| Spec | Practical target | Why it matters |
|---|---|---|
| Laser power | 60W for engraving and light cutting, 80-100W for thicker acrylic or plywood | Power affects cut speed, edge quality, and tube cost. |
| Bed size | At least 500 x 700 mm for small business signage | A tiny bed limits product size and batch efficiency. |
| Cooling | Dedicated chiller for 80W+ machines | Weak cooling shortens tube life and causes unstable output. |
| Controller | Documented controller with common software support | Controller quality affects workflow, file compatibility, and troubleshooting. |
| Exhaust | External exhaust fan plus ducting plan | Smoke damages optics and creates workspace hazards. |
Red Flags
- Only peak wattage is listed, with no tube model or expected tube life.
- The quote excludes chiller, air assist, exhaust, software, or spare lenses.
- The supplier cannot show sample cuts on your exact material thickness.
- Replacement tubes, mirrors, belts, and controller boards are not stocked or documented.
For a business purchase, reserve part of the budget for ventilation, fire safety, spare
optics, material testing, and packaging. A cheap machine that cannot run safely is not a
low-cost machine.
Supplier Questions
- What tube brand, controller model, lens size, mirror size, and chiller model are included?
- Can you provide a video cutting my material at the thickness and speed I need?
- Which parts are consumables, and what is the delivered cost for each replacement?
- What inspection steps happen before shipment, and how is alignment protected in transit?