The Lens-Engraver-LC a highly reliable CO2 laser engraver designed to perform, high quality semi-visible and visible markings on progressive-addition and single vision freeform/organic lenses. It precisely engraves any geometric shape including micro-circles, characters, logos (dxf or dwg) and product brands on all organic lens materials, uncoated, hard, AR coated or tinted lenses and convex, concave .

With the power adjustment kit, it guarantees the highest consistency, quality and visibility of the engravings. The system is available in three configurations, desktop, standalone and automated, allowing you to choose the system that best fits the needs of your production lab. Both desktop and standalone can be upgraded to the automated configuration.

Beneftis and features

Low operating costs and costs per lens, due to low consumable processing and minimal maintenance required
Short process time
High reliability and yield with high quality and reproducible results
Small footprint
Continuous operation, long lifetime laser source
Safe system, secure operation - requires no protective eyewear for operator
Sealed CO2 laser source, requires no gas installation
User friendly software for operation, calibration, control and graphical layout design
Fixed or variable engraving objects
Patented technology for semi-visible engraving on tinted lense

Technical information

Lens-Engraver-LC Desktop :
- Dimensions (w x d x h) : 515 x 1340 x 827 mm / 20 x 52 x 32 inches
- Weight: 210 kg / 463 lb
- Lens materials: All organic lens materials including CR39, High Index material, Trivex, and polycarbonate
Lens-Engraver-LC Stand-alone :
- Dimensions (w x d x h) : 1056 x 1347 x 1322 mm / 41 x 53 x 52 inches
- Weight: 316 kg / 697 lb
- Lens materials: All organic lens materials including CR39, High Index material, Trivex, and polycarbonate
Lens-Engraver-LC Automated :
- Dimensions (w x d x h) : 1188 x 1661 x 1387 mm / 46 x 65 x 54 inches
- Weight: 400 kg / 882 lb
- Lens materials: All organic lens materials including CR39, High Index material, Trivex, and polycarbonate