Ditch Physical Dies! AuraCut A6 Powers Your Short-Run Label Profitability

Short-run custom orders, frequent job swaps and diversified label styles are squeezing profit margins for label converters. Conventional die-cutting requires costly, time-consuming custom dies, which makes small-batch jobs uneconomical.

Vorey AuraCut A6 digital label die-cutter brings die-free roll-to-roll processing to solve these pain points, unlocking revenue from fragmented custom label orders.

Featuring 6 motor-driven cutting heads and 7 slitting units, the machine adopts servo-controlled blades with auto blade-distance adjustment to minimize manual setup. Built-in automatic tension control ensures stable web feeding during long production runs, delivering 0.1 mm repeat cutting accuracy. It produces burr-free clean cuts on PET, coated paper, synthetic paper and most mainstream label materials.

Backed by an onboard PC and Vorey Software 4.0, it imports PLT, DXF, PDF files directly. Cutting files get auto-optimized; blade depth can be set numerically on a user-friendly HMI for fast operator training. The 0.03s high-speed CCD positioning system auto-triggers job switching via QR codes or serial numbers, no production stop required. Dual counters log job counts and running meters for simple production statistics and cost calculation.

All-in-one integrated lamination, waste removal and rewinder finish unwinding, die-cutting, slitting, laminating, waste stripping and rewinding in a single pass, greatly lowering labor workload. Optional waste-interruption shutdown and visual inspection help cut waste and production loss.

With max speed of 11 m/min and robust 990 kg body, AuraCut A6 perfectly fits print shops and SME label factories. It excels at sample prototyping, special-shape labels and variable-data label production.

Zero custom dies, ultra-fast job changeover and low maintenance cost. AuraCut A6 gives small-and-medium converters solid competitive advantages in today’s volatile label market.

Note: Specifications based on lab tests. Real-world performance varies with raw materials and working conditions.