Acrylic Laser Cutting Machine

Here's the updated information on Mehta Hitech's Acrylic Laser Cutting Machine (ERICA/EVA series) based on the latest from their official Description The ERICA (and larger EVA) series are industrial-grade CO₂ laser cutting and engraving systems designed for acrylic and similar materials. These machines feature metal-sealed CO₂ laser tubes (e.g., Synrad, USA) housed in an enclosed cabinet with pass-through door options. Built for high-speed, clean cuts, they ensure minimal edge charring and low odor, providing smooth, high-quality finishes Applications Ideal for a range of acrylic & laser-compatible materials, the machines are commonly used for: · Trophies, plaques, awards, signage & nameplates · Decorative panels, wedding or event décor · Custom gifts, display items, and designer boxes · Laserable MDF boards and designer wood accentsKey Features Laser Source · High-quality CO₂ sealed glass tube (Synrad USA) in ERICA (30–100 W) and EVA (up to 150 W) models Cutting Performance · Acrylic cutting up to 20 mm (VEGA series) and up to 25 mm (EVA‑48) · Impressively fast engraving & cutting speeds Motion & Precision · AC servo or belt-driven XY motion; positioning accuracy ~0.02 mm · Red-dot pointer aids alignment; USB/ Ethernet interface for direct file import Safety & Usability · Fully enclosed design with exhaust/fume extraction system (~1,200 m³/h) · Pass-through doors for handling long workpieces in EVA series; EMI-compliant foot-mounts for stability Reliability & Control · Durable Synrad metal laser tubes with efficient chiller systems · Power/focus adjustable via software; memory buffers (≥128 MB) for continuous operation . · Auto-resume after power loss; software supports formats like PLT, DXF, BMP, JPG, AI, DWG · Precision & Quality – Edge-charring-free cuts suitable for display and sign applications. · Speed – High throughput ideal for batch production of plaques, awards, and signage. · Flexible Workflow – Supports multiple file types; resume-on-power-failure ensures uninterrupted operation.