OPTIPLEX fiber from 1.5 kW to 20 kW, FG Fabri Gear 4-axis tube laser to 406 mm diameter, and HCR-class CO2 for legacy non-metal work. Every configuration publishes kerf width, max-thickness per steel grade, assist-gas table and wall-plug efficiency — directly comparable on one datasheet.
OPTIPLEX NEXUS 8 kW / 1,500 × 3,000 mm BED
Flat-sheet fiber, 4-axis tube fiber, and legacy high-rigidity CO2 — each configuration published with the same kW / kerf / max-thickness / assist-gas / wall-plug matrix.
OPTIPLEX Fiber, Nexus and FG tube laser published on a single ppm / kerf / max-thickness / wall-plug matrix, comparable by ISO 9013 edge class.
Every fiber configuration ships with a wall-plug efficiency value (typically 35–42% for 6–12 kW class) and a measured kWh/meter table across 1–25 mm mild steel.
Cut-edge results characterised per ISO 9013 (perpendicularity tolerance u, mean peak-to-valley height Rz5). Samples provided before commissioning.
N2 vs O2 vs compressed-air cutting cost documented per sheet thickness. Includes nozzle schedule, dross handling and plate utilisation loss.
SMOOTH CNC release notes, maintenance schedules and consumable-part BOMs available under NDA before the PO — verify parts availability before capital commitment.
Tier 1 (24/7 emergency, 33 states), Tier 2 (next-business-day), Tier 3 (scheduled PM), Tier 4 (self-maintained with remote diagnostics). Coverage published per MSA.
OPTIPLEX Nexus 8 kW running a 12 mm 304 stainless rectangular part with nitrogen assist — sampled against ISO 9013 Class 1 edge target. Live kWh draw displayed on cabinet power meter.
See full cut condition sheetFiber-over-CO2 migration typically cuts wall-plug draw 40–60% for comparable metal throughput. Our published figures are the base for your facility energy modelling — not marketing averages.
Submit the fields you already filled in your internal CapEx brief. We’ll respond with a configuration, lead time and signed TCO estimate — not a brochure.