Maximum Power
850 W
Maximum Area
500×500 mm
ZX, small laser marking and cutting for immediate needs
Designed and implemented based on the market’s requests, ZX is OT-LAS laser solution conceived for those companies that want to start without renouncing to cut, half-cut and marking of paper, textile, leather and wood.
ZX is a simple solution yet suitable for multiple sectors, from gadget to fashion.
ZX can process the following materials:
- Textile
- Leather
- Wood
- Acrylic
- Paper
Advantages of the ZX laser machine
The ZX laser machine built on a solid and compact mechanic structure particularly suitable for smaller processing environments.
It can manage powers up to 850 Watt and it is one of the most compact and flexible solutions existing on the market to date.
The ZX highlights:
- Equipped with graphic and operating software and Corel Draw graphic engine.
- One of the most flexible solutions on the market.
- Its three-axis optical system guarantees perfect focusing in all points of the working table.
Technical characteristics
Blade RF | 303 (Sealed off) – 333 – 555 – 777 – 888 (Semi sealed) |
Rated power (W) | 300 – 350 – 550 – 750 – 850 |
Electric consumption | 9 – 9 – 10 – 12 – 13 |
Useful marking area (mm) | 500×500 – Rated Spot 0.5 mm (standard) 300×300 – Rated Spot 0.3 mm (on demand) |
Electric Power Supply (VAC) | machine: 400 3F+T ±10% – 50 Hz refrigerator: 400 3F+T ±10% – 50 Hz |
Accessories and hardware for ZX
Double-station insole table
Automatic table for insoles with tilting system.
Single-station insole table
Insole table with tilting system.
Software for ZX
A machine management software that can open various formats such as PLT, BMP, etc. Engraving allows setting speed and power parameters, and creating processing lists.
A machine management software that can open various formats such as PLT, BMP, etc. Engraving allows setting speed and power parameters, and creating processing lists.
The SmartTrack software is designed to carry out insole excavation. Excavation profiles and cutting of eyelets are projected to insoles, opportunely positioned on valid reference systems for each size and shape.